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I. Introduction

The oldest living things in the Pacific Northwest are the red cedar trees that grow in groves in the southwest corner of the Olympic National Forest in Washington State. Some have been living for more than 600 years. And in 2006, several men cut down thirty-one of these ancient trees, disturbing one of the last serene cedar groves in the Pacific Northwest. The thieves cut blocks of cedar from the trees, a valuable commodity to artisans, woodworkers, and builders, and sold them on what is essentially a black market.Mike Carter, 2 Year Sentence for Washington Old-Growth Timber Theft, Seattle Times, Apr. 10, 2009, http://seattletimes.nwsource.com/html/localnews/2009020137_weboldgrowth10m.html. Federal agents investigated the crime, arrested the men, and by the spring of 2009 seven had pleaded guilty. The federal prosecutor noted the gravity of the crime, writing in a sentencing memorandum that “[t]he true value of these resources cannot be measured by board-feet or the number of cedar shingles to be harvested from each tree . . . [the loss is like] losing a national antiquity, or a cultural heritage resource.”Id. Notably, U.S. Forest Service law enforcement officer Kristine Fairbanks, one of the lead investigators in the case, had been shot and killed on duty before she could see any of the men sentenced.Id.

Stopping timber theft and enforcing the forestry laws presents several distinct challenges to law enforcement. Detection and intervention of the crime is difficult and rare, and when it is possible, approaching and arresting a timber thief in the backcountry may not be safe. Officer Fairbanks was not killed by a timber thief, but she was shot to death by a criminal miles into the Olympic National Forest, with the next closest law enforcement officer twenty minutes away.Nick Perry, U.S. Forest Service Officer, Suspect Shot and Killed, Seattle Times, Sept. 21, 2008, http://seattletimes.nwsource.com/html/localnews/2008193200_forestservicedeath21m.html. In February of 2012, a Mason County Deputy shot a suspected wood thief in the backwoods.Associated Press, Mason County Deputy Shoots Wood Theft Suspect, Seattlepi.com, Feb. 10, 2012, http://www.seattlepi.com/default/article/Mason-County-deputy-shoots-wood-theft-suspect-3241081.php. The deputy had been conducting surveillance of a potential wood theft site when he encountered the suspected thief.Press Release, Mason County Sheriff’s Office, Deputy Shoots Theft Suspect (Feb. 9, 2012), available at http://so.co.mason.wa.us/index.php?aid=823. The officer called for backup, and when an arrest was attempted the suspect drove his truck at the deputies.Id. The deputy shot the suspect in self-defense, injuring him.Id.

Blocks of wood from old-growth trees are just one type of specialized forest products stolen off private or public lands and fed into the sawmills and wood manufacturing plants of the Pacific Northwest. Other specialized forest products, or SFPs, such as evergreen salal, wild berries, cones, native grasses, mushrooms, and other forest byproducts are abundant in the Pacific Northwest, and their theft is thought to be widespread.One researcher estimated the illegal harvest of moss in Oregon, for example, to be twice that of the legitimate harvest in the mid to late 90s. JeriLynn E. Peck, Commercial Moss Harvest in Northwest Oregon: Describing the Epiphyte Communities, 71 Nw. Sci. 186 (1997). A follow-up study by Peck reaffirmed that the moss industry still saw "rampant" illegal harvesting, and that illegal harvesting remained a factor in making resource-management decisions. JeriLynn E. Peck & John A. Christy, Putting the Stewardship Concept into Practice: Commercial Moss Harvest in Northwestern Oregon, USA, 225 Forest Ecology & Mgmt. 225, 226 (Apr. 2006); see also, Patricia Muir, An Assessment of Commercial “Moss” Harvesting from Forested Lands in the Pacific Northwestern and Appalachian Regions of the United States: How Much Moss is Harvested and Sold Domestically and Internationally and Which Species are Involved?, Final Report to U.S. Fish and Wildlife Service and U.S Geological Survey, Forest and Rangeland Ecosystem Science Center 15 (2004). Most estimates of illegal timber theft suggest more than $1 billion of timber is stolen for national forests alone each year. Lisa M. Paciello, Note, Timber Theft In National Forests: Solutions To Preventing the Widespread, Underprosecuted, and Underpunished Crime, 32 New Eng. J. On Crim. & Civ. Confinement 345, 347–48 (2006). The SFP black market distorts the economics of the timber and wood products industry, and deprives federal and local governments of needed tax revenue. The thefts that supply this illegal trade are often committed without regard to their serious ecological implications.While this paper offers a prescriptive solution to issues involving timber theft, primarily theft of cedar, firewood, and Christmas trees, the analysis is applicable to the theft of all forests products. Other aspects of the issue, such as the precise extent of the economic and ecological effects of timber theft, fall beyond the scope of this paper. Though the scale of the timber theft problem cannot be accurately quantified, it is real. Such theft victimizes the public’s investment in the health and protection of its public lands. Indications suggest the scale of the problem is vast in the Pacific Northwest, especially in Washington, because of the region’s abundance of natural resources and acres of forests, both managed by the state and timber companies, and the area’s stands of untouched old-growth trees.

The forests of the Pacific Northwest offer an easy target for backcountry criminals who need just a basic understanding of chainsaw operation and some experience felling and bucking trees. To such people, the forests are just as prime a target as a parking lot of unlocked cars with a laptop computer on each passenger seat. And criminals know that enforcement is scarce in the woods.Chris Solomon, Ancient Trees Falling Victim to Illegal Drugs: Proceeds from Sale of Old Timber Being Used to Support Meth Habits, Forest Officials Suspect, Seattle Times, Nov. 25, 2001, at A1, available at http://community.seattletimes.nwsource.com/archive/?date=20011125&slug=hottimber25m0. Jay Webster, a patrol captain for the Olympic and Mount Baker-Snoqualmie National Forests, told Soloman, “You know where bad guys go to do bad things? . . . They go to the woods. Cause there’s no cops.” Law enforcement is primarily frustrated by the sheer amount of acreage to cover, officer safety concerns, and general acceptance in some rural communities of timber theft.See Michael R. Pendleton, Taking the Forest: The Shared Meaning of Tree Theft, 11 Soc’y & Nat. Resources 39 (1998) [hereinafter Pendleton, Taking the Forest]. Investigating theft sites after the fact, or tracking stolen wood from a mill back to the harvester, requires more time, energy, and cooperation by civilians than law enforcement agencies can spare or garner. Officer safety is put at greater risk when attempting to stop a theft in action where backup may be distant and culprits may be caught completely surprised. As a result, federal, state, and local law enforcement officers stand the best and safest chance to intercept stolen timber by patrolling the public highways and forest roads a thief must travel to deliver stolen wood to sawmills. Yet, interdictions on highways and roads implicate the legal issue of the vehicle seizure—such traffic stops require individualized and reasonable suspicion.State v. Ladson, 979 P.2d 833, 838 (Wash. 1999). The court, addressing pretexual traffic stops, said “a traffic stop is a ‘seizure’ for the purpose of constitutional analysis, no matter how brief. . . . An ordinary traffic stop has been analogized by federal courts to investigative detention subject to the criteria of reasonableness set forth in Terry v. Ohio, 392 U.S. 1, 88 S.Ct. 1868, 20 L.Ed.2d 889 (1968) and United States v. Botero–Ospina, 71 F.3d 783, 786 (10th Cir.1995).” Id. (internal citations omitted).

Protecting the natural resources of the Pacific Northwest and protecting law enforcement officers trying to stop timber thefts can be accomplished with a change to Washington’s specialized forest products statutes.This article focuses on the statutes of Washington State, though the proposed change need not be unique to Washington. In all states where the harvest, hauling, and sale of specialized forest products are regulated, lawmakers can mimic the solution proposed for Washington. Both goals can be accomplished by giving law enforcement in Washington a clear legal authority to stop suspected timber thieves on public highways, rather than deep in the woods. The change also addresses a legal barrier that has resulted in the reversal of some timber theft convictions, and clarifies for law enforcement officers their permissive authority as they patrol rural and forest roads looking for suspected thieves. Other statutory language could resolve evidentiary issues for other types of forest product theft prosecutions or civil actions, or evidentiary issues in other courts.

Understanding the legal and social issues of forest product theft begins with a survey of the timber industry in the Pacific Northwest, an understanding of the common types of timber theft, and an appreciation of the history of the problem and the social issues surrounding investigation and enforcement. There are three recognized types of timber theft. The first two, affiliated and unaffiliated timber theft, concern large-scale operations where harvesting occurs either without a timber sale contract or outside of its terms. The third type, timber poaching, is committed by individuals without regard to boundary lines or land ownership.See Pendleton, Taking the Forest, supra note 12. The types of theft share elements of greed, a belief that a tree is inconsequential property, and reflect the strong heritage of logging in the Pacific Northwest. Each type of timber theft presents different legal issues and obstacles to their detection, monitoring, investigation, enforcement, and prosecution. This article focuses on timber poaching—the theft of trees and SFP by individuals or small groups acting simply to resell the wood for cash. Such crimes are committed with complete ecological disregard and commonly by people in need of either substance abuse treatment or government assistance.Soloman, supra note 11.

Part I provides a general context by describing the forestlands of the Pacific Northwest and defines a geographic scope for this issue. Economic information about the legitimate timber industry offers the best estimate of the scope of the formal and informal specialized forest product industry.It is notable that figures regarding the number of timber theft prosecutions under these statutes are unavailable for the Northwest and most parts of the country. Further, few timber theft cases constitute published case law; the number of prosecutions that fail at the trial court level due to challenges to the probable cause of a traffic stop is unknowable. Part II of this paper considers the types and styles of timber theft, those who commit it, and provides insight into the social pressures that complicate investigation and enforcement.The organized defrauding of the Forest Service by companies that bid for, receive, and exploit contracts has historically been a serious federal resources management crisis. However, exploring the topic as it occurs today is beyond the scope of this paper, though ripe for further study. Part III outlines the applicable statutes governing legitimate forest product harvesting and possession in Washington, as well as recent efforts to streamline and amend those laws, while Part IV explores a common legal defense to timber theft prosecutions—the improper seizure of a load of stolen wood during a traffic stop. Finally, Part V of this paper proposes statutory language to give law enforcement officers and prosecutors effective and critical tools—de facto reasonable suspicion to stop a vehicle visibly carrying specialized forest products under certain conditions, and a presumption establishing the evidentiary requirement of a willful mens rea, and a stronger forfeiture law to further deter thieves.

II. Pacific Northwest Forests: Owners and Operators

The economy of the West has historically been fueled by natural resource exploitation—minerals, water, game, and timber. The size of the forestry, timber, and lumber industry in the Pacific Northwest has decreased over recent decades, but remains the largest regional source of wood products in the country.Darius M. Adams et al., U.S. Forest Serv., Estimated Timber Harvest by U.S. Region and Ownership, 19502002 40 (2006), available at http://www.fs.fed.us/pnw/pubs/pnw_gtr659.pdf. This quantification relies upon data that timber harvesters reported to state economic agencies, or timber sales activity reports from national forests. When possible, state or federal data is cited rather than the self-reported industry data. In some instances, data points for one state, such as Washington, do not have corresponding data points in another state, making direct comparisons difficult. Thus, the data presented has limitations, but provides a basic quantification of the scope of the natural resources industry in the Pacific Northwest.

The vast forests of Washington and Oregon are predominantly owned and managed by the public through federal and state agencies. Oregon and Washington comprise the Forest Service’s Region 6,Parts of northern California and Idaho have occasionally been included in Region 6. Some data presented in this article includes regional totals from years where Region 6 included these forests. with eleven national forests in Oregon and six in Washington.Pacific Northwest Region, U.S. Forest Serv., http://www.fs.fed.us/r6/pdx/forests.shtml (last visited Apr. 9, 2012). The Forest Service manages 10.1 million acres of land in Washington; the figure tops 17.3 million acres in Oregon.U.S. Forest Serv., FS-383, FY2010 Land Area Report, tbl.4 (Sept. 30, 2010), available at http://www.fs.fed.us/land/staff/lar/LAR2010/LAR_Book_FY2010.pdf. Figure 1 shows the changing amount of forest-use land in the West Coast states. Table 1 displays who owns and manages forestland in the Pacific Northwest and the percentage of acreage under each entity’s stewardship. Notably, the amount of land under tribal control in Washington is high because the Confederated Tribes and Bands of the Yakima Nation control a large reservation generally encompassing the east slope of Mt. Adams south of Mt. Rainier.See Treaty With The Yakima, June 9, 1855, 12 Stat. 951.

On privately-managed lands in western Washington and Oregon, most stands of valuable old-growth were harvested decades ago; that acreage is now typically second-growth, or in some places, third-growth farmed timber.Washington Forestland, Wash. Contract Loggers Ass’n, http://www.loggers.com/timber_facts.htm (last visited Apr. 9, 2012). Public land is targeted more often than private land because cedar and maple thieves seek the preserved old-growth stands,See Wash. State Dep’t of Natural Res., The Future Of Washington Forests 19 (2007). and because public forest agencies almost exclusively contract timber harvesting, creating the opportunity for affiliated timber theft.See Pendleton, Taking the Forest, supra note 12.

figure1

Figure 1. Forest-Use Land by State by Selected Years, 1945–2007.Major Land Use Data Sets, U.S. Dep’t of Agric. Econ. Research Serv., http://www.ers.usda.gov/Data/MajorLandUses/spreadsheets/Total%20land%201945-2007%20by%20state.xls.

Table 1. Stewardship of Pacific Northwest Forestland (By Percentage of Total).Wash. Contract Loggers Ass'n, supra note 24. Timber and Forest Facts of Oregon, Associated Oregon Loggers, http://www.oregonloggers.org/harvestdata.html (last visited Apr. 9, 2012). Notably, in Oregon more than 150,000 private landowners own forestland, with nearly sixty percent of those owners holding properties smaller than ten acres. Oregon Forest Res. Inst., The Future Of Oregon's Working Forests 1 (July 2008), available at http://oregonforests.org/assets/uploads/Working_Web.pdf.

Owner/Designation

Washington

Oregon 

National Forest 

36.6 

48 

National Parks 

5.1 

9 

Other federal 

1.5 

-

State agency 

12 

4 

Tribal 

7 

2 

Timber Industry 

21 

21 

Small land owner 

15 

16 

Other 

2 

-

A. Timber as an Industry in Decline

Environmental regulation, rather than economic pressures, takes the bulk of the blame for the timber industry’s historic decline. During the late 1980s, the federal government was required to conform its practices to the Endangered Species Act,Tennessee Valley Auth. v. Hill, 437 U.S. 153, 173 (1978). ( “One would be hard pressed to find a statutory provision whose terms were any plainer than those in § 7 of the Endangered Species Act. Its very words affirmatively command all federal agencies ‘to insure that actions authorized, funded, or carried out by them do not jeopardize the continued existence’ of an endangered species or ‘result in the destruction or modification of habitat of such species . . . .’ 16 U.S.C. § 1536 (1976 ed.). (Emphasis added).”). which led to acres of public land declared off limits to harvesting so as to preserve the habitat of the Northern Spotted Owl, the Marbled Murrelet, and various species of salmon.See Northern Spotted Owl v. Hodel, 716 F. Supp. 479, 483 (W.D. Wash. 1988) (“[T]he [Fish and Wildlife] Service disregarded all the expert opinion on population viability, including that of its own expert, that the owl is facing extinction, and instead merely asserted its expertise in support of its conclusions. The Service has failed to provide its own or other expert analysis supporting its conclusions. . . . Accordingly, the [FWS’s] decision not to list at this time the northern spotted owl as endangered or threatened under the Endangered Species Act was arbitrary and capricious and contrary to law.”); see also Northern Spotted Owl v. Lujan, 758 F. Supp. 621, 625 (W.D. Wash. 1991) (“In 1982, Congress expressed frustration at the slow pace of implementing the Endangered Species Act. Particular concern focused on the Secretary's critical habitat responsibilities as a source of delay.”).

The historic decline in the timber industry is most apparent when one compares the volumes and the values of timber sales on Forest Service land in the Pacific Northwest since the late 70s. Figure 3 shows this historic trend (the full data is available in Table 5 in the appendix). Nationwide, timber sales peaked in 1987, when 12,712 million board feetThe “M” in “MBF” refers to one thousand, not one million. Rather, “MMBF” refers to a million board feet, or a thousand thousand board feet. One board foot is equivalent to a solid piece of wood one-foot square by one inch thick. An 8-foot 2x4 contains 3.5 board feet. An average 2,300 square-foot home uses about 16,000 board feet of lumber. One metric board foot equals a thousand board feet. (MMBF) were sold.USFS Region 6, Timber Volume Under Contract, FY 1905-2011 National Summary Cut And Sold Data and Graph, available at http://www.fs.fed.us/forestmanagement/documents/sold-harvest/documents/1905-2011_Natl_Summary_Graph.pdf (last visited Apr. 9, 2012). The U.S. Forest Service maintains additional information and updated cut and sale information at http://www.fs.fed.us/forestmanagement/reports/sold-harvest/index.shtml. A year later, the Forest Service posted its greatest timber sales in Oregon, selling 8,600 MMBF.Id. Similarly telling is the decline of the number of sawmills, plywood mills, and single mills in the Pacific Northwest, between the early 90s and the beginning of this decade. Table 2 compares the number of these mills using the most recent data available, and data at the time of the major downturn in federal timber harvest.

Table 2. Wood Product Manufacturers.Figures represent the number of mills inspected by the U.S. Department of Labor Occupations Safety and Health Administration for the years listed. Inspections Within Industry, U.S. Dep’t of Labor, Occupations Safety & Health Admin., http://www.osha.gov/pls/imis/industry.html (allowing users to compile inspection data). Data from 1990–1991 sorted by SIC code (plywood mills, 2436; sawmills, 2421; single mill, 2429); data from 2010–2011 sorted by NAICS code (plywood mills, 321212; sawmills, 321113).

 

Washington

Oregon

Sawmills, 1990–1991

93

96

Sawmills, 2010–2011

23

31

Plywood mills, 1990–1991

19

29

Plywood mills, 2010-2011

8

6

Shingle mills, 1990–1991

37

6

Shingle mills, 2010-2011

7

3

Despite the decline of the timber industry in the last thirty years, it remains a significant part of the Washington and Oregon economies, and the states lead the nation in producing timber and wood products.In 2009, the most recent year with available data, Washington was second to California in the economic output of the forestry and fishing industry with $7.713 billion, or 26.4% of the industry’s national output; Oregon was fifth ($1.44 billion, or 4.95%). Oregon was third in the nation for economic output of the wood product manufacturing sector ($1.176 billion, 5.64%); Washington was ninth ($861 million, 4.13%). Gross Domestic Product by State, U.S. Dep’t of Commerce, Bureau of Econ. Analysis, http://www.bea.gov/regional/index.htm. The historic health of the timber industry, as well as its decline, can be seen both in annual timber sales and in the amount of timber cut each year. For example, Oregon has historically been a major source of timber; the state’s total annual wood harvest, from both public and private forests, reached a high of 8.6 billion board feet in 1988,Oregon Dep’t of Forestry, 25 Year Harvest History, http://egov.oregon.gov/ODF/STATE_FORESTS/FRP/docs/2006rpt25YearTable.xls (last retrieved Mar. 22, 2012). a figure more than half of the Forest Service’s record-breaking harvest.USFS Region 6, supra note 34. Twenty years after that historic harvest in Oregon, the state produced 4.3 billion board feet,Oregon Dep’t of Forestry, supra note 38. a figure twice the forest service’s national harvest of 2,296 MMBF.USFS Region 6, supra note 34.

Since 2005, the demand for forest softwoods plummeted as residential construction waned, and the industry contracted an average of 4.7% a year from 2005 to 2010.Ctr. for Econ. Vitality, W. Wash. Univ. Coll. of Bus. & Econ., Logging Industry Snapshot 1 (2011), available at http://www.pacificedc.org/Library%20Docs/Industry%20Snapshot%20-%20Timber.pdf. Most telling may be the recent decline in employment output in the timber industry, as outlined in Figure 4 (in the appendix). Historical data shows the industry peaked in 1979, when the wood product manufacturing sector alone employed as many as 32,000 in Washington.Wash. State Office of Fin. Mgmt., 2010 Long-Term Economic And Labor Force Forecast 3-6 (2010). That number dropped to 13,200 over thirty years, and may fall further, with the state estimating only 10,300 employees in the sector by 2030.Id.

As timber harvests decline so too does the economic size of the industry and its contribution to the states, as shown in Figure 2. Activity in these sectors declined since 1985, and the forestry and wood products sectors now each contribute less than one percent of each state’s economic activity. For the historic output of the economic sectors, see Table 4 and Figures 5–7 (in the appendix).

figure2

Figure 2. Percentage of State GPD for Select Economic Sectors.Interactive Access to Industry Economic Accounts Data, U.S. Dep’t of Commerce Bureau of Econ. Analysis, http://www.bea.gov/itable. Retrieve data using the BEA Interactive Data feature at http://www.bea.gov/iTable/index_industry.cfm. Notably, the forestry sector also includes fisheries. State GPD achieved by searching “all sectors.”

figure3

Figure 3. USFS Region 6 Sawtimber Sales by Volume (MBF) and Value (Not Adjusted for Inflation) 1977–2008.USFS Region 6, supra note 34.

B. The Economic Impact of Specialized Forest Products

While harvesting and processing timber is a closely watched economic indicator in the Northwest, economic analyses overlook the harvest of specialized forest products (SFPs), which represent a share of the Pacific Northwest’s natural resources economy. The only existing data on SFPs are estimates rather than precise accounting. The U.S. Forest Service requires its offices to track the SFP permits distributed by district offices each year. This tracking provides some of the most reliable information about SFP harvesting on federal lands. The self-reported information from Region 6 forests is aggregated in Table 3, showing millions of pounds and thousands of dollars of products legitimately harvested each year. One recent estimate by the Forest Service places the value of SFPs harvested from its lands alone at $27 million annually.Wash. State Dep’t of Natural Res., Report To The Legislature: Specialized Forest Products Work Group 5 (2008).

Harvesting some SFPs can be profitable only when collected en mass. Illegal harvesters of moss, a type of SFP, can sell the greenery to florists and earn between seventy-five cents and $1 per pound. In one publicized incident, an eastern Oregon sheriff’s deputy making a traffic stop discovered a pickup truck with about 3,000 pounds of moss in the bed.Erin Madison, Moss Theft? Yes, There is Such a Crime, Corvallis Gazette-Times (Corvallis, Ore.), June 25, 2005, available at http://forests.org/shared/reader/welcome.aspx?linkid=43457.

As with many types of crime, the number of timber thieves is unknown and almost impossible to track, making it difficult to estimate the impact the theft has on the economics of the timber industry. Thievery has a direct, though unmeasured, effect on the timber industry because the wood from the illegally-cut trees is often purchased by mill owners for less than wood from a legitimately-harvested tree, but is sold after processing at market value.Soloman, supra note 11. In this way, thievery subsidizes the wood products industry.

Large-scale organized theft props up and supports the natural resources industry to a greater extent, though the precise amount is unknown. However, it is more important to understand that this timber theft occurs and that it affects the market than it is to quantify that effect. The statutory changes discussed below would not cost much money because the changes place the onus on the public to comply, rather than on an agency to change permitting procedures. Thus, a cost-benefit analysis is not necessary. Understanding the context of timber theft—an appreciation for the size of the timber and SFP industry in the Northwest, as well as the industry’s decline—informs why it occurs, how to address it, and why new tools are needed for officers to safely enforce timber laws.

Table 3. USDA SPF Harvests in 2010 (Region 6 Forests).These figures do not include firewood.
Federal figures are from Automated Timber Sales Accounting System Sold and Removed Worksheet, The U.S. Forest Serv., http://www.fs.fed.us/r6/nr/fp/FPWebPage/FP70104A/Special%20Forest%20Products.htm.
Oregon figures are from Oregon Dep’t of Forestry, supra note 38 at S-78.
Economic data is from Jerry Smith et al., U.S. Forest Serv., A U.S. Forest Service Special Forest Products Appraisal System: Background, Methods, And Assessment, PNW-GTR-822 (July 2010), available at http://www.fs.fed.us/pnw/pubs/pnw_gtr822.pdf.

Christmas Trees

55,000

Limbs or boughs

2.3 million pounds

Foliage (inc. salal)

11.7 million pounds

Seasonal grasses

2.3 million pounds

Mushrooms

462,730 5-gal. buckets

Total SFP permits

$622,217 in fees

Oregon State SFP receipts

$60,255 (1990-1994)

Oregon cedar permits

$165,835 (1990-1994)

SFP Economy

SFP economy (1998)

1,381 employees, 221 businesses, $45.9M payroll

SFP economy (2007)

2,216 employees, 231 businesses, $75.5M payroll

Est. Unreported SFP economy

10,300 employees, 60 businesses (Washington, Oregon, and British Columbia, Canada)

III. Cops, Robbers, and Loggers

A. The Three Types of Timber Theft

There are three types of timber theft—affiliated timber theft, unaffiliated timber theft, and what is commonly known as timber poaching. As mentioned in the introduction, affiliated and unaffiliated timber thefts are organized operations occurring either in violation of a timber sale contract, or without a contract in place at all. These crimes occur when the perpetrator either trespasses onto the victim’s land and cuts trees, or has the landowners’ consent and exceeds the scope of consent when cutting trees without permission.Aric M. Larsson, Cause of Action for Damages Resulting from Timber Trespass, 45 Causes of Action 2d 655, at § 9 (2010). Timber poaching meanwhile, involves one-person or small-scale tree cutting.

The three types of timber theft are distinct and enjoy different levels of community acceptance, engagement, and in some cases, tolerance by law enforcement. It is tough for law enforcement to crack down on these crimes because some thefts go undetected, whereas others are blatant but the community and some regulatory agencies may turn a blind eye. If law enforcement was to change its enforcement tactic by enforcing theft and timber laws on a public highway where thieves transport these goods, rather than trying to determine the location of a theft site in the forest, the distinction between types of timber theft becomes only marginally important.

The most common and most profitable type of timber theft is “affiliated theft,”The three types of timber theft were first named and categorized by Michael R. Pendleton of the University of Washington. Pendleton, Taking the Forest, supra note 12. where trees are taken in conjunction with an authorized timber sale. Contract logging companies committing this theft exceed the conditions of their contract by either harvesting species of trees not included in the timber sale, or by harvesting trees outside the geographic boundaries of the sale.Paciello, supra note 9. Affiliated theft ran rampant on Forest Service land in the late 1980s and early 1990s, coinciding with the peak of the timber industry.See Brad Knickerbocker, US Fight Against Timber Thieves, Christian Science Monitor 1, Mar. 23, 1998, available at http://www.csmonitor.com/1998/0323/032398.us.us.4.html. By conservative estimates, tens of millions of dollars’ worth of timber each year left the West’s federal forest lands by industrial loggers who regularly moved boundary markers or stole cans of the tracer paint used by the Forest Service to mark trees slated for cutting.Id. The thefts were also committed by thieves who tampered with the computers at weigh scales, or logging trucks that just bypassed scales all together.Paciello, supra note 9 at 347. In the mid 1990s, when timber sales were depressed, the estimated value of timber stolen through affiliated theft may have reached $100 million a year.Knickerbocker, supra note 54.

Similar to affiliated theft is “unaffiliated theft,” where thieves establish a commercial logging operation without operating under the color of any contract or authority.Michael R. Pendleton, Looking the Other Way: The Institutional Accommodation of Tree Theft, 20 Qualitative Soc. 326 (1997) [hereinafter Pendleton, Looking the Other Way]. Small-scale unaffiliated theft also occurs where a private landowner hires a contractor to harvest timber, but the contractor then crosses the property boundary to harvest from an adjoining parcel.See, e.g., Paciello, supra note 9 at 348. These are true instances of timber trespasses and typically result in civil actions, if there is to be any resolution at all.See, e.g., N.Y. State Legislative Comm’n on Rural Res., Timber Theft in New York: A Legislative Briefing D-6 (2008).

These two types of theft are important to the discussion at hand only in that they are the most substantial source of illegitimate wood in the timber market and are commonly one’s first impression of timber theft. These types of theft cannot be practically stopped with the prescriptive element in this article—the big rigs loaded with logs on public highways are supposed to be measured and verified by weigh stations or at the mill, not by individual patrol officers. To address such large-scale theft by organized or corporate thieves, major institutional changes are needed. Allowing officers to make legal traffic stops of suspected timber thieves, as suggested in this article, is meant to target the small-time and solo thief.

The third type of timber theft, the primary focus of this paper, is best described as “timber poaching.”Timber poaching has also been known as “timber piracy.” In this situation, a poacher trespasses onto private land, or traverses through public lands, to cut down standing timber and buck it into marketable pieces. Poachers typically take small batches or single trees at a time, focusing on those of high value. Such thieves are often driven by poverty or drug addictions,Soloman, supra note 11. whereas the large-scale thefts are driven by corporate greed.See Eco-Terrorism and Lawlessness on the National Forests: Oversight Hearing Before the House Resources Subcommittee on Forests and Forest Health, 107th Cong. 102-16 (2002) (statement of Michael Roy Pendleton) [hereinafter Pendleton (2002)]; see also, Pendleton, Looking the Other Way, supra note 58. Interdicting timber theft gives the criminal justice system, with its court-ordered rehabilitation and substance abuse treatment, access to a population in need.

In the Pacific Northwest, cedar trees and some spruce are valuable because the wood is used for ornamental woodworking, poles, shake roofing, and other products.Herbert McLean, Timber Theft on the National Forests, 100 Am. Forests 9/10, 17 (1994). Other softwoods, such as Douglas fir, are cut, converted to firewood, packaged, and sold.Mary Swift, Upper County Timber Theft Is ‘Stealing From Children': Thieves Take 60 To 80 Trees On State Land, Daily Record (Ellensburg, Wash.), June 24, 2010. Timber poachers typically act alone or in small groups using personal tools rather than commercial logging equipment.See, e.g., Pendleton, Looking the Other Way, supra note 58. While policymakers, environmental groups and the Forest Service, to an extent, have tried to address affiliated timber theft, timber poaching does not enjoy the same attention due to the lower-profile and less-glamorous culprits. Institutions can take action against affiliated theft by changing the way they conduct business, but stopping the timber poacher is left to the law enforcement officer in the backcountry.

B. The Timber Poacher’s Techniques, Profile, and Impact

Timber poachers typically carry out their crimes in three alternate methods: convenience poaching, an adopted highline rigging approach, or simply carrying the wood by hand.Pendleton, Taking the Forest, supra note 12. Convenience poaching is, as the name suggests, the easiest method for thieves to engage in. In such instances, the thief maintains access to his or her vehicle by taking trees along rugged roads.Pendleton, Looking the Other Way, supra note 58. There are thousands of miles of accessible forest roads in the Pacific Northwest, making it nearly impossible for law enforcement to have the presence to stop such thieves in the act. The Washington Department of Natural Resources (DNR) alone controls 14,000 miles of forest roads.Wash. State Dep’t of Natural Res., Policy for Sustainable Forests 47 (2006). In Oregon, more than 1,150 miles of forest roads crisscross the million acres of the Umpqua National Forest alone, and it is only the fifth smallest of eleven national forests in Oregon.Umpqua National Forest, U.S. Dep’t of Agric., http://www.fs.usda.gov/umpqua (last visited Apr. 21, 2012). A common practice by commercial timber companies compounds the problem, making private forests just as attractive to roadside thieves. Timber companies typically leave high-value timber standing near property lines and along roads as environmental or aesthetic buffers, while the harvesting occurs within the parcel.David Mercker, Univ. of Tenn. Agric. Extension Serv., Pub. No. SP595, Timber Theft!: How to Avoid It and What to Do if It Happens, available at https://utextension.tennessee.edu/publications/Documents/SP595.pdf.

Thieves also adopt the highline rigging approach, cutting trees uphill from a loading site, rigging a steel wire around the tree, and using pulleys or a truck’s winch to drag the tree to the vehicle.Forest Officials Alarmed at Increased Firewood and Timber Theft, U.S. Fed. News Serv., Feb. 17, 2009; see, e.g., Pendleton, Taking the Forest, supra, note 12. In some instances, individual thieves, especially those stealing cedar blocks,Cedar is valuable, even in small chunks, because it can be milled into roofing shingles. Therefore, it is the most likely to be carried by hand or by backpack from a theft site. will simply load a backpack and hike from the theft site.Interestingly, this method requires strength and endurance, time-honored qualities of the respected logger. Pendleton, Taking the Forest, supra note 12; see also State v. Walker, 181 P.3d 31, 35 (Wash. Ct. App. 2008).

With either of the first two forms of timber poaching theft—where the ill-gotten tree is bucked or limbed near the load site—the thieves leave substantial evidence of the theft in the form of fresh sawdust, stumps, or discarded pieces of the tree. Still, law enforcement must still find the theft site amid the maze of forest roads or trails. Regardless of the method a thief uses, the crime is always vulnerable to detection by law enforcement while it is underway. But for law enforcement to patrol all possible theft sites would be onerous. However, any method a thief uses requires him to transport the wood out of the forest using public roads, and law enforcement can best maximize its presence by patrolling the primary roads into and out of the forests.

C. The Trees that Are Targeted

Timber thieves in the Pacific Northwest target several types of trees. In addition to cutting down cedar trees for a few blocks of wood, thieves have cut down entire trees just to sell the fragrant tips of the branches for use in potpourri.Alex Fryer, Chipping Away at Tree Poaching, Christian Science Monitor, Aug. 13, 1996. Fir and spruce trees are popular Christmas trees and thieves target them in late fall. Maple trees are also a popular target,A Michigan man was fined $300 and sentenced to ten days in jail for stealing six maples. Knickerbocker, supra note 54. as trees that show a distinctive “birds eye” pattern in the heartwood are used to make violins and guitars. Thieves will notch a standing maple tree and remove a slice of the trunk to see if it will show the distinct pattern, harming those trees that are not ultimately cut down and stolen.Warren Stashenko, Maples Falling Victim to Backwoods Thieves, Seattle Times, May 17, 2007. As the reporter explained, “Beneath the bark might be distinctive puckers, ripples and warts, signs that the honey-colored wood can be cut and polished to reveal a three-dimensional pattern of shimmering flames or undulations.” Stashenko quoted Larry Raedel, the DNR’s chief law enforcement officer, as saying “When they find one that does [have the bird’s eye feature], they cut down the entire tree and pack out a five or six foot section. They might make $500–$400 for a slab of birds eye.” See also Lori Compas, Hide Your Trees: Timber Theft is Increasing Across the Country, E: The Envtl. Mag., Sept.–Oct. 2010, at 14.

In other regions of the United States other types of trees and forest products are more susceptible to thieves. Thieves target cherry trees in New England, where the value of thefts there has been reported as high as $100,000.Joel Stashenko, State May Update 93-Year-Old Timber Theft Provision, Associated Press, July 5, 2002, available at http://forests.org/shared/reader/welcome.aspx?linkid=12850. The Daniel Boone National Forest in Kentucky has repeatedly sought the public’s help catching criminals stripping bark off the slippery elm tree, which sells as an herbal remedy to soothe the throat, stomach, and skin irritations.Theft of Slippery Elm Bark Recurring on National Forest, U.S. Fed. News, May 24, 2007, available at 2007 WLNR 25878897; Two Men Plead Guilty to Stripping Elm Bark on National Forest, U.S. Fed. News, Aug. 29, 2008, available at 2008 WLNR 16416629; 'To Take or Not to Take' Collecting Forest Products on National Forest Land, U.S. Fed. News, Apr. 6, 2009, available at 2009 WLNR 6406865. In California, timber poaching occurs from the water, where intrepid loggers scout for and drag away giant redwood trees that have naturally fallen into rivers.Kenneth R. Weiss, Red Gold Brings Its Own Rush: Redwoods that Fall in State Preserves Remain Protected by Law, Los Angeles Times Mar. 19, 2004, at A1. Although these thieves are not physically cutting down the redwoods, the removal of these naturally fallen trees is still illegal in the state.

D. Gauging the Scope and Cost of Timber Theft

It is difficult, if not impossible, to accurately quantify the scope of the timber poaching problem, either in Washington or elsewhere. Because timber thieves are typically charged under the general theft statute in the Washington criminal code, and not under the specific timber theft statute,Wash. Rev. Code § 9A.56. Just as Wash. Rev. Code § 76.48 includes an affirmative defense to possession of SFPs without a permit when the SFPs were harvest off of one’s own land, or with permission of the landowner, the state’s theft statute includes an affirmative defense when the defendant took property “under a claim of title made in good faith.” Other possible charges include the trafficking in stolen property, id. §§ 9A.82.050, 9A.82.055, and in rare cases, organized crime and racketeering, id. § 9A.82.060.  See Fryer, supra note 75. it is difficult to compile the caseload involving timber theft.The Administrative Office of the Courts, which prepares monthly and annual caseload reports by county in Washington, separates offenses into eight categories of felonies, including theft. At this time, the office does not count the number of prosecutions by individual statute. But, drawing on what estimates do exist, timber theft appears to be a multi-million dollar problem nationwide.

The Forest Service has never officially calculated the cost of individual timber poachers operating on its land. But estimates in the mid 1990s ranged from $10 million to $100 million or more each year.One egregious account came from the Tongass National Forest in Alaska in which unknown persons “approach deserted beaches in a small and fairly quiet tow boat (maybe at night), quickly felling choice red cedars and Sitka spruces some 250-plus years old. They pull the heisted logs off the beach with a boat and cable and tow them to secret destinations for big bucks.” McLean, supra note 64. Investigators for the U.S. House of Representatives Appropriations Committee confirmed that amount as reasonable estimation in 1993.See, e.g., Scott Sonner, Report: Timber Theft Costs U.S. Millions—Probe Says Lumber Industry Can Defraud and Steal, then Hamper Federal Investigations, Associated Press, May 4, 1993; see also, Pendleton (2002), supra note 63.

More recently, the Associated Press compiled an estimate that suggests the illegal timber industry may trade as much as $1 billion in illegal domestic wood each year (including affiliated timber theft).Martha Mendoza, Losing Ground to Timber Thieves: Illegal Logging Chips Away at Forests, but One Court Puts Foot Down, Associated Press, May 26, 2003. The article describes the methodology of the study:
A dozen forestry economists consulted by The Associated Press said that, based on the limited data available, thieves may be stealing trees worth at least $1 billion a year at the sawmill. That's enough to produce the framing, siding and shingles for about 25,000 single-family homes. By comparison, the estimated value of auto theft was about $8 billion last year.
Large lumber companies, which provide about thirty-five percent of the nation’s lumber production, estimate their losses from poachers to be $350 million per year, a figure that is in line with the $1 billion estimate.Id.

Some anecdotal estimates of the size and cost of the problem exist, shedding some light on the scope of the timber theft problem. Estimates range from hundreds of millions of dollars’ worth of timber illegally cut and converted, to possibly a billion dollars a year. For example, in Washington’s Snohomish County, officials reported that the value of thefts there reaches about $1 million a year.Jim Haley, Tree Thieves Cut Down College Revenues, Cmty. Coll. Week, Jan. 8, 2001, at 12. Because proceeds from timber on state trust lands are redirected into the state coffers, specifically to fund K-12 and higher education in Washington State, timber theft has a direct impact on the finances of education in the Washington State. One estimate from British Columbia, Canada, suggests tree theft costs about $20 million in lost royalties to the province.Eleanor White et al., Microsatellite Markers for Individual Tree Genotyping: Application in Forest Crime Prosecutions, 75 J. Tech. Biotech. 923 (2000).

Governments and researchers have come up with estimates for timber and specialized forest product thefts in other parts of the country, and they provide some frame of reference to understand the size of the issue in the Pacific Northwest. In New York State, officials estimated in 2002 that the amount of revenue lost due to timber theft was more than $100,000 a year.Joel Stashenko, supra note at 78. In the southern United States alone, estimates suggest that between five and ten percent of the volume delivered to sawmills is stolen, with an estimated value of $75 million per year.Shawn A. Baker & James E. Johnson, Forestland Security for Small-Scale Forest Landowners, in Proceedings of Human Dimensions of Family, Farm and Community Forestry International Symposium 283 (D.M. Baumgartner, ed., Mar. 29–Apr. 1, 2004), available at http://www.familyforestrysymposium.wsu.edu/Proceedings1/httpdocs/table-of-contents/index.html. In Mississippi, the problem costs the state and landowners $3 million a year, the state’s natural resources agencies estimated in 2010.Press Release, State of Miss., Sec’y of State, The State Cracks Down on Growing Timber Theft Problem (June 29, 2010) available at http://www.sos.ms.gov/news_press_release.aspx?id=189. In West Virginia an estimated $12 million per year is stolen.Andy Horcher & Rien J.M. Visser, Unmanned Aerial Vehicles: Applications for Natural Resource Management and Monitoring, in 2004 Council on Forest Engineering Conference Proceedings: “Machines And People, The Interface" (Apr. 27–30, 2004).

The government, or the public, does not feel the economic impact of timber theft each year the same way a business would see an effect on its bottom line. Timber poaching from public lands cannot be measured as an economic loss the same way stealing from a timber company’s log deck may be. But to properly grasp the scope and impact of the timber theft problem, one must attempt quantify the amount stolen in terms of merchantable timber, and the amounts, as outlined above, are shocking.

E. Pressures on Safe Enforcement

Using a chainsaw to bring down and buck a tree, legally or otherwise, is a prominent part of the Pacific Northwest’s logging heritage. Pioneers settling the region found the land covered with dense forest, and timber seemed as disposable a resource as the region’s plentiful freshwater. Logging was a way of life, and pioneers literally carved communities out of the forests. As a result, generations have tolerated a certain amount of abuse of the natural resources, such as timber poaching and timber theft, and these local attitudes have affected law enforcement response.Pendleton, a professor of forestry at the University of Washington, conducted more than 600 hours of observation by riding with Forest Service law enforcement officers of the Pacific Northwest in the 1990s. Tree theft was among the most prolific criminal violations observed in the study; on virtually every field observation evidence of tree theft was encountered. To date, his ethnographic studies have not been challenged or repeated. See Pendleton, Looking the Other Way, supra note 58; see also Pendleton, Taking the Forest, supra note 12.

Affiliated timber theft, for example, is part of the identity of the commercial logger. Timber companies regularly took advantage of a ten-percent “overharvest” clause in most Forest Service contracts in the 1990s.Pendleton, Taking the Forest, supra note 12. And when environmental regulation, especially concerning the spotted owl habitat, hamstrung industrial harvests, those in the industry needed to find ways to keep the wood industry alive. The practice of affiliated timber theft has been accepted by the industry and, to a large extent, accepted by the Forest Service.“Affiliated timber theft as a form of deviance serves not as a means to exclude people from the community, but as a vehicle for affirming shared values of family and loyalty. In effect, one role of timber theft is to create community cohesion.” See Pendleton, Taking the Forest, supra note 12.

Similarly, the logging community, and to some extent law enforcement, accepts tree poaching as a cultural practice. Tree poaching reinforces and maintains the shared heritage of logging. It also provides access to social status in the logging communities of the Northwest—experienced fallers are respected for their ability regardless of how it developed. Tree poaching also requires community—trust-based relationships between cutters and buyers reap economic rewards. Finally, it also serves the opposite purpose, giving the community a way to divide itself and exclude some loggers by labeling them as criminals.Pendleton posited that tree theft persists because it actually serves as a stabilizing influence in the rural social order; to criminalize it would disrupt the shared identity of this community. See id. Generally, law enforcement does not have incentive to vigorously pursue the criminals who may be illegitimately exercising the skills of their heritage when other criminals, those who do not enjoy community support, use public forestlands for purposes like clandestine drug production.See id.

From the enforcement side, Forest Service officers exercise a kind of passive acceptance of timber theft and sometimes an outright avoidance of the thieves, especially deeper in the forests.Pendleton was struck by the prevalence of non-enforcement in the field level or at the investigative level. Such enforcement simply did not occur as a formal U.S. Forest Service action, he noted. See id. The social acceptance of timber poaching may play a role, but so does the Forest Service’s perception of not being a law enforcement agency.See Hearing Concerning the Administration’s Views on Law Enforcement Personnel in the Forest Service Before the Subcommittee on Civil Service Committee on Post Office and Civil Service United States House of Representatives, 103rd Cong. (1993) (testimony of Dale Robertson, Chief of the U.S. Forest Serv.). Robertson said, “I would like to begin by putting our law enforcement program into context. The Forest Service is not a law enforcement agency. Rather, we are a natural resource management agency with some law enforcement problems because we are responsible for the safety of people using the National Forests and the protection of resources.”
Land management agencies, such as the Forest Service, exercise the “good host doctrine,” meaning that the forest visitor is due a pleasant experience while on public lands. As a result, Forest Service employees, especially law enforcement officers, innately tried to minimize contact with visitors. When contact was necessary, the preferred approach was educational, rather than penal. One Forest Service supervisor told Pendleton, “We don't want them (LEO's) out there playing cowboy. We prefer the social relations approach which emphasizes public relations.” Pendleton, Looking the Other Way, supra note 58, at 330.
Officers also have a compelling motivation to avoid thieves—their personal safety. Law enforcement officers in national forests drive marked patrol vehicles and seem to provide a pattern of cues to would-be criminals in order to avoid confrontations: briefly sounding the vehicle’s siren before approaching a known theft site; telling the district office receptionist the officer’s whereabouts and patrol plan for the day; and purposefully patrolling in routine routes and schedules.See Pendleton, Looking the Other Way, supra note 58. “These patterned behaviors increase the likelihood that tree thieves can learn these routines to avoid apprehension. By avoiding these contacts the L.E.O.'s can operate within the ‘good host doctrine’ and reduce the likelihood of an uncontrolled confrontation. In effect assimilatory accommodation is a mutually beneficial practice,” Pendleton wrote. The concern for officer safety by the officers themselves cannot be underestimated.See id. One officer told Pendleton during his study “It’s deep and dark in this district. If someone decided to shoot me they could do it and probably never get caught.”

For one officer in 2008, coming unexpectedly across a criminal in the Olympic National Forest did prove fatal.Perry, supra note 4. Kristine Fairbanks, a K-9 officer with the Olympic National Forest, was patrolling alone when she came upon a van without license plates occupied by Shawn Roe, a mentally disturbed man. She was more than three miles into the national forest and more than seven miles from the closest highway. Roe shot her while her only backup, a German Shepherd named Radar, remained locked in the patrol SUV.Fairbanks carried a trigger device, which would have unlocked and opened the doors to her patrol car, letting the K-9 officer out in a case of officer emergency. But Fairbanks knew her device did not function and was waiting for a new patrol car anyway. Tom Callis, Solemn Anniversary: FBI Report Provides Details of Officer's Fatal Shooting Year Ago Today, Peninsula Daily News (Port Angeles, Wash.), Sept. 20. 2009.

A Clallam County Sheriff’s deputy arrived about forty minutes after Fairbanks failed to respond to a radio call from dispatch.Timeline of Events Peninsula Daily News (Port Angeles, Wash.), Sept. 21. 2008, http://www.peninsuladailynews.com/apps/pbcs.dll/article?AID=2008809220304. The deputy found that Roe had dragged Fairbanks’s body off the road and behind a tree. Roe was shot and killed by Clallam County Sheriff’s deputies later that evening.Id.

Six months after Fairbanks’s death, the last four co-conspirators of a major timber theft operation investigated by Fairbanks pleaded guilty in federal court. Three others had already pleaded guilty. The pleas posthumously closed her last major investigation, which, as discussed in the introduction, involved the arrest of a crew that cut down thirty-one cedar trees from a pristine stand of old growth red cedar in the Olympic National Forest.Carter, supra note 1.

Understanding why timber attracts thieves however, requires picturing the woods, where one tree looks very much like another. If a thief walks far enough off the road, no one may have walked there for years, and may not for years to come. Wood is valuable, and it surrounds the thief. With a little methamphetamine, one has all the energy needed to run a chainsaw, pry with a peavey hook, and haul blocks of wood back to a vehicle. Some thieves are smart enough to obscure the sounds of their crime by running a hose from a power saw’s muffler into a bucket of water, or using mallets wrapped in rubber hose.See, e.g., Pendleton, Taking the Forest, supra note 12.

Under the Routine Activity Theory developed by social scientists, the three major components required for crime to occur are present during timber theft: an opportunity, a motivated offender, and a suitable target.Shaun Baker, An Analysis of Timber Trespass and Theft Statutes in the Southern Appalachian Region 109 (May 1, 2003) (M.S. Thesis, Virginia Polytechnic Institute and State University), available at http://scholar.lib.vt.edu/theses/available/etd-05212003-153313/unrestricted/timb_theft_thesis.pdf. Another crime model, the “CRAVED” model, posits that property most susceptible to theft has six characteristics, all of which apply to trees: concealable, removable, available, valuable, enjoyable, and disposable.Id. The trees of the Pacific Northwest are removable, available, valuable, and disposable in the sense that sawmills provide an easy fence for thieves to exchange their hauls for cash. The trees are enjoyable because the proceeds of the theft are pleasant, and also, considering the social acceptance aspect of timber theft, there is an enjoyable respect in the physical feat of harvesting trees.For example, Pendleton observed law enforcement officers come across a thief who had carried cedar blocks downhill on his back. They admired his strength and decided not to arrest the man until a more "controlled time" so as to avoid a fight with such a strong man. Pendleton, Taking the Forest, supra note 12. The evidence of the crime is concealable; moss and slash can be piled over the stump.McLean, supra note 64. Additionally, once on the roadway, the thief blends in with legitimate traffic. The appearance of vehicles transporting cut timber along roadways is a common sight in the Pacific Northwest.Baker, supra note 108.

It is with regard to this last aspect—the thief believing he can leave the theft site safely because a load of wood in a vehicle blends with other rural traffic—that law enforcement has the greatest opportunity to interrupt the “conceal” element of the CRAVED crime model. If officers focus attention on interdicting timber theft on the public highways, thieves become more likely to be stopped and apprehended. Increased attention on the highways may also convince thieves that their trip from a theft site to a mill may be dangerous and risky, creating a deterrent effect, comparable to media publicity in advance of increased drunk driving patrols.

As discussed above, law enforcement feels substantial pressure to avoid detecting and stopping timber theft at its source. The paramount concern is officer safety, as working in the forestland means working alone in an inherently unpredictable environment. By comparison, the side of a public highway or a primary forest service road is a much safer site to meet a suspected timber thief. Officers are better equipped to perform traffic stops, control the interaction with a suspect, and safely make an arrest with their vehicle and equipment available. Getting officers out of the deep woods and giving them more tools to perform their duty in a safer place will result in more-aggressive interdiction and investigation of timber theft. However, giving Washington law enforcement better and safer tools starts with changes to the SFP statute, and striking the balance between enforcement and permissive public harvesting.

IV. Law and Disorder–Current Statutory Inadequacy

Perhaps one of the factors that most complicates investigating timber theft, or determining whether a theft has occurred at all, is that Washington allows cutting and taking SFPs in certain circumstances. A tree may be cut with valid permission, pursuant to a permit, or cut under the mistaken belief that a permit is valid when it is not. In such instances a theft has not occurred. But whether legitimately, by mistake, or in complete disregard of the law, the tree does not know the difference, and a law enforcement officer finding the scene weeks or months later may not know the difference. By way of analogy, enforcing timber theft laws when the state issues SFP harvesting permits is similar to police trying to determine if a suspicious person is a shoplifter or has a valid 100-percent-off coupon given to him by the store.

Analyzing the relevant Washington statutes and recent legislative changes to the code exposes where weaknesses in the law persist despite the efforts of lawmakers. Reviewing past changes to the law also evidences where changes can be made to better achieve the goals of the stakeholders who advised the Legislature, while giving law enforcement agencies critical tools to prevent and investigate timber theft.

A. Washington’s Specialized Forest Products Statute

In 1967, the Washington State Legislature created a regulatory system with regard to specialized forest products.Wash. State Dep’t of Natural Res. (2007), supra note 25. The statute, codified at R.C.W. 76.48, regulates the harvesting of specialized forest products from public and private land, and their possession, sale, processing, and resale.Wash. Rev. Code § 76.48.031 (2011). The statute requires SFP processors and buyers to keep certain records of SFP sales, which provides law enforcement with a paper trail when they investigate the transfer of stolen SFPs. The chapter intends to serve three primary purposes: assist law enforcement, protect landowners (private and public) from theft, and minimize the burden of the requirements on those legitimately in the SFP industry.Id. § 76.48.011(2).

The Legislature modified the SFP statute several times over the last forty years in the hopes of better reflecting demand for SFPs, their manufacture, and the concerns of those in the SFP industry. This piecemeal approach left the law in a ragged patchwork of amended sections and cross-references.Letter from Peter Goldmark, Comm’r  of Pub. Lands, to Wash. State Legislature (Feb. 2, 2009), in Wash. State Dep’t of Natural Res. (2008), supra note 47. The last substantial changes to the law occurred in 2009, when the Legislature passed House Bill 1038,2009 Wash. Sess. Laws 1317. recompiling the statute for clarity and adjusting statutorily-allowed quantities of SFPs to reflect, again, changes in the SFP industry. The bill did not include any new authority for law enforcement to interdict thefts.

The SFP statutes have long required harvesters to acquire permits from a county sheriff’s office.See Clallam County Forest Products Harvesting Permits, Clallam Cnty., http://www.clallam.net/PermitsLicenses/html/permits_forest.htm (last visited Apr. 9, 2012). Some counties are better than others in terms of administering the permits. See Wash. State Dep’t of Natural Res. (2007), supra note 25, at 35. The statute currently provides that any dealing in SFPs without a valid permit, or without complying with an alternative permitting process, is a violation of the statute and is a gross misdemeanor.Wash. Rev. Code § 76.48.151 (2011). By way of comparison, Oregon requires permits for SFP harvesting, possession, and processing. Oregon’s permitting process is less formal than Washington’s, requiring only that the rightful landowner supply certain verifiable information on a form to the harvester, rather than requiring a permit from local law enforcement.Or. Rev. Stat. § 164.813 (2011). The Oregon code specifically criminalizes both the purchasing of cedar from anyone not bearing a permit and the transport of more than five conifer trees.Id. §§ 165.109, 164.825. Oregon also places an affirmative duty on peace officers to note and investigate violations of these sections.Id. § 164.835.

In 2007 and 2009, the Washington State Legislature passed bills significantly affecting the regulation of SFPs. In 2007, the House of Representatives sought to change the law after hearing from local wood carvers about being caught up in court for not having permits for cedar blocks they owned legitimately. It was the beginning of a two-year legislative process that ultimately led to an additional form of SFP permitting, a more refined definition of SFPs subject to regulation, and new record keeping by SFP purchasers to aid law enforcement in tracking stolen wood. However, other than providing a stronger paper trail for investigators, the legislative changes failed to give law enforcement any new tools to apprehend thieves.

1. Public Lobbying Leads to House Bill 1909 (2007 Session)

Donna Quezada and her husband, Joaquin Quezada, own Creative Wood Sculptures, and sell chainsaw carvings in Enumclaw, Washington. In the spring of 2006, police stopped them as they transported three small cedar blocks from their home cutting yard to the Washington State Fairgrounds in Puyallup, Washington. They did not have a permit to haul their own wood and it was seized. The couple had to spend more than $20,000 in legal fees to adjudicate the matter. Their experience prompted them to lobby the Washington State Legislature to prevent other wood artisans from being ensnared by the law.Protecting from the Theft of Specialized Forest Products: Hearing on HB 1909 Before Agriculture & Natural Resources, 60th Leg., Reg. Sess. (Wash. Feb. 13, 2007) (Testifying before the house committee, the couple brought hand-held pieces of cedar to illustrate that even small pieces of wood could land an artist or craftsman in jail because the statute did not specify a minimum size of wood chunk requiring a permit). Audio of the hearing is available at http://tvw.org/index.php?option=com_tvwplayer&eventID=2007021157. Three other representatives of woodworking and artisan groups testified at the same hearing in support of the legislative proposal,H.B. Rep. 1909, 60th Leg., Reg. Sess. (Wash. 2007). and eleven people testified at the companion Senate committee hearing.S.B. Rep. 1909, 60th Leg., Reg. Sess. (Wash. 2007). There was no testimony in opposition.

House Bill 1909 initially sought to revamp the reach of the state’s SFP regulations, balancing law enforcement tools with a person’s rightful ownership of regulated products.State Agric. & Natural Res. Comm., Wash. State H.R. Office of Program Research, Bill Analysis: HB 1909 (2000), available at http://apps.leg.wa.gov/documents/billdocs/2007-08/Pdf/Bill%20Reports/House/1909.HBA%2007.pdf. For example, the bill included an intent clause, stating that the Legislature wanted “law enforcement to prosecute those legitimately stealing SFPs, while not enforcing against small actors who are responsibly collecting SFPs from willing landowners. Prosecutorial discretion is urged.”Id. After the bill passed the House, the Senate replaced the text and passed Substitute House Bill 1909, which created the Specialized Forest Products Workgroup, spearheaded by the DNR.2007 Wash. Sess. Laws 1790; see, e.g., Wash. State Criminal Justice Training Comm’n, Law Enforcement Digest (July 2007).

2. Legislature Creates SFP Workgroup to Review Statute

The workgroup created by House Bill 1909 identified problems with the existing SFP statute, proposed solutions by consensus, and approved the first draft of proposed House Bill 1038.Wash. State Dep’t of Natural Res. (2007), supra note 25. Through a series of public stakeholder meetings, the group found that the SFP statute improperly impacted those who legitimately owned fine timber, but did not have any supporting paperwork.Id. at 5–10. Law enforcement members of the group highlighted issues, such as confusion of the law and not knowing which agency has jurisdiction on which public lands.Id. at 9. Generally, law enforcement officers told the group that logistical difficulties led to a breakdown of enforcement at the point of harvest.Id. at 11. In response, the workgroup suggested greater emphasis on enforcement where the SFPs enter the stream of commerce. Law enforcement stakeholders asked that SFP buyers collect more information upon purchase, thus creating a better paper trail for officers tracking stolen wood pieces.Id.

The workgroup found that the existing permitting system was inadequate and allowed thieves to cloak their illegal activities.Id. at 19. At the time, the law required an SFP permit, or a copy of the permit, to accompany wood products from harvest to the point of sale to the consumer. Each permit has a specific permit number, and as loads of wood were split up and sold piecemeal, the permit number needed to follow. The permit number system functioned similarly, as if each batch of harvested wood had a serial number instead of as if each piece of wood had a serial number. Under the old system, sellers complained they needed to use rigorous accounting procedures to account for the origin of every product they possessed.Id. at 18. The workgroup proposed better record keeping by the first purchaser, including recording and filing the permit number of each load of wood. To offset the impact of the stricter record keeping on the wood product industry, simpler bills of lading with names, addresses, and company names could accompany the products further into the stream of commerce.

The workgroup also suggested stiffer penalties for SFP thieves who hide behind false permits. The group recommended that anyone knowingly using false documents when selling SFPs be charged with a Class C Felony, the lowest level of ranked felony in Washington. This change was primarily aimed at sawmill owners who knowingly trafficked in stolen wood by falsifying records.The workgroup reported to the Legislature that actors in the industry repeatedly break this law. Increasing the penalty was meant to discourage repeat offenders who knowingly produced false documents. Id. at 19. The group also wanted to encourage trial judges to exercise their statutory discretion to bar repeat offenders from receiving future SFP permits. Though admittedly not much of a deterrent to the violator, the workgroup pointed out that the addition of this penalty to an offender’s sentence gives forest landowners the ability to effectively bar thieves from their land, having the same practical effect as a trespass order.Id.

3. Recommendations Appear in House Bill 1038 (2009 Session)

Nearly all of the workgroup’s recommendations became law in 2009 with the passage of House Bill 1038.2009 Wash. Sess. Laws 1317. With regard to the permitting process, the bill retained the validated permit system, under which SFP permits must be received from the sheriff’s office before harvesting or transporting. The bill also created a verifiable permit system, whereby a permit could be obtained from the Internet before harvest or transport, but must be delivered to the sheriff’s office within five days of the harvest or transport. The suggested felony punishment for forged permits was codified and a statute allowing law enforcement officers to seize property upon arrest, including vehicles, stayed on the books.

The statutory changes proposed in 2007, and those approved in 2009, attempted to make the law friendlier to those whose livelihood depends on SFPs. The new permitting process sought to clear confusion and give members of the public more options. But better record keeping was required on the back end of any SFP transaction so as to counter the possible abuse of the verifiable permit system and to assist law enforcement. The paper trails may help law enforcement track down suspects, but the statutory changes offered no new tools to prevent, deter, or, more importantly, to interdict SFP theft.

B. Timber Theft Case Law

Investigating a timber theft after the fact by gathering forensic evidence and trying to determine the identity of a culprit involves similar legal protections and procedures as the investigations of other sorts of theft. Officers attempting to catch thieves in the act of stealing timber or SFPs from public lands must abide by the same search, seizure, confession, and other constitutional protections.

The most common source of case law involving timber theft comes from convictions overturned because officers stopped vehicles carrying loads of wood without having reasonable suspicion to effectuate the stop.The most common legal challenge to a timber theft conviction seems to be sufficiency of the evidence. The most common legal challenge unique to timber theft prosecutions, however, was an attack on the traffic stop. Other legal issues, such as the conflict between the specific SFP statute and the general theft statute,See United States v. Manes, 420 F. Supp. 1013 (D. Or. 1976); State v. Darrin, 647 P.2d 549 (Wash. Ct. App. 1982). or the question of double jeopardy in prosecution for both theft and trespass,See United States v. Gemmill, 535 F.2d 1145 (9th Cir. 1976); Manes, 420 F.Supp 1013. have been well adjudicated.

1. Circumstantial Evidence—State v. Hansen

At trial, timber theft prosecutions rely largely on circumstantial evidence for many reasons. Trees do not have serial numbers like personal electronics or currency, and branding stamps to identify ownership of already-cut trees can be removed or obscured. Absent genetic or microsatellite tracking, connecting stolen timber at a mill or in the back of a truck with a downed and harvested tree at the theft site is difficult and sometimes unpersuasive.See White, supra note 88. Usually the circumstantial evidence used to convict is discovered at the time a police officer first stops the suspect, usually within a short time after any timber poaching was committed. 

In State v. Hansen, a Washington appellate court addressed a timber theft case where law enforcement officers connected the defendant with a known theft site based on evidence that individually was weak, but was persuasive in its totality.State v. Hansen, No. 93-1-00215-7, 1997 WL 117021 (Wash. Ct. App. Mar. 14, 1997). Officers with the Washington State Department of Fish and Wildlife (DFW) saw an empty pickup truck and a small car drive into the woods, then leave two hours later with the truck full of cedar. The officers stopped both the truck and the car, and subsequently built a case relying on available circumstantial evidence.

The appellate court upheld the conviction, summarizing the evidence thusly:

Under cover of darkness, he drove a truck into the woods empty, then came out two hours later with cedar blocks. He did not have a valid permit to harvest the cedar. A beer bottle and shirt from [the] car, which was following Hansen, suggested that the two men had been working together to cut cedar. Hansen gave a palpably false explanation of having harvested the cedar on Harstene Island [where the permit provided]. The tire treads on the truck matched photos of tire tracks near the theft scene. Wood grain on some of the cedar in Hansen’s truck exactly matched grain from splats recovered from the theft site. A tarp used to conceal a stump at the theft site matched a tarp in the truck. The value of cedar taken from the downed trees easily exceeded $1,500, and “hundreds” of trips had been made along the zig-zag path, indicating that the wood in the truck was only the most recent of many loads hauled from the site.Id. at *2.

From this evidence, the jury found Hansen guilty. The appellate court affirmed, holding that the jury’s finding was reasonable.Id.

The Hansen court did not address the validity of the traffic stop or whether the DFW officers had probable cause because the issue was never raised. But Hansen demonstrates how an officer simply patrolling roads, highways, and forest roads may make a typical arrest and file with prosecutors a case heavy on circumstantial evidence. In other instances where officers stopped a truck laden with cedar blocks, convictions have been overturned on the basis of a bad seizure alone, including two in Washington. In both cases, discussed below, a law enforcement officer witnessed a vehicle carrying blocks of cedar down a forest road, leaving a known cedar theft site, and effectuated a stop.

2. Reasonable Suspicion—State v. McCord and State v. Thorp

In the earlier of two cases discussed, State v. McCord, a sheriff’s deputy told dispatch he saw a truck carrying cedar, suspected the cedar was illegal, and asked another deputy to stop the truck down the road.State v. McCord, 576 P.2d 892 (Wash. Ct. App. 1978). The original officer did not articulate the basis for the suspicion over the radio, nor did the prosecution offer a basis for the suspicion in court.The court said that the other officer:
is presumed to be a reliable informant, but the information coming from the “reliable informant” was conclusory only, a mere suspicion that the truck was hauling cedar. A police officer's unfounded suspicion or hunch is not a legal basis for an intrusion into a person's privacy even for momentary interrogation. There must be some further factual basis.
Id. at 895. The first officer that radioed his suspicions was not called to testify at trial, a fact the court suggested may have doomed the admissibility of the stop.
During the stop, the driver told the second officer he was hauling a few cedar blocks and produced an SFP permit the officer suspected to be fraudulent. The driver was also sweaty and covered in cedar sawdust, implying the cedar had been freshly cut.While U-Haul trucks, such as the one driven in McCord had been used in cedar thefts previously, neither deputy knew of this connection at the time of the stop. The court held that one deputy’s suspicion being communicated to another did not provide a basis to support the traffic stop or arrest by the second officer.The court declined to draw a parallel to a similar stop involving a stolen television being carried in a specific type of cab from a high-crime area. State v. Sinclair, 523 P.2d 1209 (Wash. Ct. App. 1974) (holding that traffic stop in a high-crime area was reasonable where specific types of property are known to be carried in a specific company’s cab).

Almost twenty years later, in State v. Thorp, an appellate court overturned a drug conviction because police discovered the evidence during a traffic stop based on a suspicion that cedar being hauled came from a known theft site.State v. Thorp, 856 P.2d 1123 (Wash. Ct. App. 1993). A Grays Harbor County Sheriff’s deputy passed a flatbed truck hauling cedar blocks. The deputy testified that he stopped the truck solely to determine if the driver, Thorp, had a valid SFP permit. The State did not argue that the deputy had probable cause or an articulable suspicion to effectuate the stop.Id. at 1124–25. Rather, the State argued that a county ordinance permitted law enforcement officers to stop vehicles transporting cedar products to check for compliance with the SFP laws. Had Thorp produced the necessary permit he would have been free to go.Id. The court found that, given the full protections of the U.S. Constitution’s on searches and seizures, the ordinance was unconstitutional because it did not require individualized suspicion.Id.

3. Mens Rea—Proving Theft Was Not an Unintentional Act

McCord and Thorp present the only substantive case law regarding the enforcement of SFP laws.In a 2003 unpublished opinion, the court found that even though a law enforcement officer investigating timber theft followed a trail of freshly broken branches and drag marks from the victim’s land, Weyerhaeuser Corp., onto the suspect’s land, enough probable cause had been developed for the search warrant before the officer trespassed. State v. Davis, No. 32140-8-II, 2005 WL 2746671 (Wash. Ct. App. Oct. 25, 2005). Other legal issues, such as double jeopardy, whether the misdemeanor statute supersedes the felony statute, and attacks on the mens rea requirement have largely been challenges to the statutes and problems for prosecutors, not law enforcement officers. Such attacks on the mens rea requirement of the statute were found only at the federal level.See, e.g., United States v. Derington, 229 F.3d 1243 (9th Cir. 2000); United States v. Henderson, 721 F.2d 276 (9th Cir. 1983); United States v. Wilson, 438 F.2d 525 (9th Cir. 1971). Until 1976, the U.S. Code included a strict liability misdemeanor offense for cutting government timber. Currently, the entirety of 18 U.S.C. § 641 does not have an explicit mens rea requirement, but courts hold that a willful element is inherent in the words “steal, purloin.” Further, the section includes “knowingly converts.” The property damage statute, 18 U.S.C. § 1361, does include the mens rea requirement of “willfully.” While no challenges to the mens rea requirement of Washington’s SPF statute could be found, that is likely because prosecutions occur under the theft statute, which has an established mens rea, or because the pertinent sections of Washington law are strict liability statutes.

Further, instances of dismissals or acquittals because mens rea could not be proven may not be reported or taken up on appeal. That does not mean, however, that such legal challenges do not frustrate prosecutors. In some larcenies, such as shoplifting, the concealment of goods is prima facie evidence of intent to steal.Baker, supra note 108. But in the forests it may be weeks or more before a theft site is discovered. Because the scene of the crime is open and exposed to the elements, it is not possible to know how it has been degraded or how other people have tainted it. Addressing this legal requirement requires only a simple statutory change, discussed below. However, the requirement of reasonable suspicion during a traffic stop hinders investigators; these issues arise in the field at the time of detection and cannot be mitigated later by a prosecutor or by charging an alternate crime. A mistake in the field during a Fourth Amendment event may doom the subsequent case, not to mention costing time and resources as the case is fully adjudicated.

V. Giving Law Enforcement Tools for Safety and Efficiency

Law enforcement officers investigating timber theft need all the tools they can get. They are often working alone, trying to cover vast geographic areas, and investigate a type of theft that enjoys a level of community support in rural Washington. As Officer Fairbanks’s death demonstrates, officers working public forestlands deal with a safety concern unique from their urban counterparts. To encourage officers to zealously enforce the timber theft law requires giving them a safe venue from which to investigate thieves. The backwoods is inherently not that venue. Public highways and forest roads, which thieves must travel to complete their crime, provide a sort of choke point for thieves, and give officers more access to backup, other civilians, and the ability to control the encounter.

Timber theft, as a larceny, is unique. At a typical urban theft site, police can inspect the site for evidence of an intruder by looking for what is there that ought not be. But investigating a theft of forest products, such as evidence of a missing tree or branches, can be obscured. Evidence like sawdust, tracks, or spilled chainsaw fuel would degrade over time. Timber theft investigation and prosecution, therefore, is made much easier by catching a thief with the stolen goods. But to catch a thief safely means letting the officer dictate the time and place of the confrontation.

In timber theft trials, prosecutors face a disproportionate challenge overcoming a defendant’s claim of ignorance as to the state’s SFP law; proving the mens rea of willfulness is difficult. Sometimes criminal prosecution is not enough deterrence in a community with a rich logging heritage. To avoid these issues, the Washington State Legislature should develop three tools to support law enforcement officers and prosecutors in their effort to stop timber theft: (1) a de facto reasonable suspicion for officers patrolling public roads to effectuate a traffic stop of a suspected thief; (2) declaring noncompliance with the SFP statutes to be rebuttable evidence of willful intent in criminal prosecutions; and (3) strengthening seizure statutes to strip suspected thieves of the tools of theft upon arrest, and forfeit them upon conviction.

A. De Facto Reasonable Suspicion for Traffic Stops

Law enforcement learns about timber theft in one of two primary ways: an officer comes upon a theft operation in person, as occurred in Mason County in early 2012,As has been mentioned previously, there are safety concerns that can make officers reluctant to catch thieves in the act. or the stolen wood is seen in transit on forest or rural roads. As previously noted, the McCord and Thorp cases suggest that catching criminals in transit is only effective if the criminals provide some pretext for a stop, such as hauling an unsecured load, a broken taillight, or talking on a cell phone. Allowing officers to check the legitimacy of SFP loads they pass on the road would be an easy and effective method of both investigating and deterring SFP theft. It is an efficient tool because officers are patrolling roads for other criminal infractions. Further, officers working in rural forested areas know the location of frequented theft sites and the roads that lead to and from them. But, having to follow a truckload of suspicious cedar blocks without ever seeing a pretext for a stop is a reality for officers post McCord and Thorp.

A way to give law enforcement an effective and unobtrusive tool to catch timber thieves rests in a statutory fix. To determine the right approach, an examination of the county ordinance giving the deputy in Thorp the authority to effectuate the traffic stop there, and why it was determined to be unconstitutional, is informative.

In Thorp, the deputy had authority to stop Thorp based on Grays Harbor County Ordinance 23(8), which provided:

Any peace officer . . . shall have the power to stop, inspect and search without a warrant any person or vehicle observed transporting . . . five or more pounds of . . . cedar products for the purpose of ascertaining whether or not the same are being transported in violation of the provisions of this ordinance.Thorp, 856 P.2d at 1126, n.3.

The Thorp court held that the ordinance violated the Washington State Constitution and the Fourth Amendment by permitting essentially roving traffic stops without any individualized suspicion.Such stops were found unconstitutional by the U.S. Supreme Court in Delaware v. Prouse, 440 U.S. 648, 663 (1979). The Grays Harbor rule was meant to check compliance with the county and state laws regarding SFPs, not to investigate a suspected violation of the law. The ordinance ineloquently tried to give peace officers de facto reason to stop a vehicle hauling cedar. If the transportation of the cedar itself had been a violation, probable cause would have existed as a violation would have been in plain view. Instead, there was no apparent violation to justify the seizure of Thorp and subsequent investigation, making the ordinance flawed and unconstitutional. Thus, in order to return to law enforcement the tool the Grays Harbor lawmakers attempted to provide, there must be some possible violation of a law an officer could observe and could thus use as a basis for a traffic stop and investigation.

The Washington State Legislature should amend Washington Revised Code § 76.48 to declare an officer has a reasonable suspicion to effectuate a traffic stop when an unpermitted load of SFPs is being hauled down a public road. Not every load of wood on a public road is illegal, and the same concerns that prompted legislative action in the past five years are present—innocent wood owners being ensnared in a fabric of regulatory paperwork. But, the streamlining of the SFP permitting process by the passage of House Bill 1038 in 2009 should make it easier for legitimate woodworkers to comply with the regulations regarding hauling SFPs. The changes that year made it easier for all legitimate SFP harvesters to acquire permits, with both the validated and verifiable permitting process available to the public. A legitimate SFP harvester or hauler can therefore be expected to have a permit of some sort.

The statute should require a hauler display a duplicate permit or a special SFP hauling tag on the load whenever SFPs are being hauled on public roads. The absence of such a permit or tag provides the reasonable suspicion that an officer would need to stop the vehicle and investigate whether the owner has a valid permit. Ideally the permits, or a tag accompanying the permit, would have a unique design, color, or ink to make forgery difficult, but designing and printing these tags is unrealistic for counties or the state at a time of shrinking government budgets.

The SFP permits could have large type on them, or a second page with large print could accompany the original permit, so that an officer tailing a vehicle carrying SFPs could recognize the permit. If an officer sees this permit, there is no reason to stop the vehicle solely on the basis of checking for illegal SFPs. If the tag is missing the officer would have reasonable suspicion for a temporary seizure. Currently, a driver is required to carry the original permit or a valid copy on his person as he or she hauls the SFP. Thus, if the permit on display is illegible or blows off the load, the driver could simply produce the actual permit at the time of the stop and assuage the officer’s suspicion. The law already has a presumption of validity—if the SFPs described in the permit are of the same general type as the SFPs being hauled, it is presumed that the permit covers the SFPs in question.Wash. Rev. Code § 76.48.061 (2011). Thus, the only imposition on a valid SFP permit holder is the inconvenience of the traffic stop.

The Legislature should consider the following statutory language:

Any person hauling specialized forest products upon a public road in a manner where they are visible to others on the road shall affix to the load of specialized forest products a true copy of the SFP permit, or an SFP hauling tag, in a manner so that the permit or the tag may be reasonably viewed by motorists traveling behind. A peace officer on a public road or highway unable to see a permit copy or hauling tag on a load of suspected specialized forest products, may stop the vehicle and seek from the driver or others in the vehicle, proof that a valid specialized forest products permit accompanies the products. Hauling such forestry products without a permit on display shall constitute a civil infraction. If a valid permit is provided, the driver shall not be cited for a violation of this section.If a hauling tag, something like 4” x 6” piece of paper or card stock which says “SFP HAULING PERMIT—DATE RANGE,” is created, a separate section may be needed or amended to authorize the creation of the hauling tag and provide that one accompany any validated permit from a sheriff’s office or any verifiable permit received from the internet or other source. Extremely large letters on the actual SFP permit, and the permit coming in duplicate, would also allow the driver to carry a copy and to affix a copy to the load. Most Region 6 forests require and provide brightly colored tags attached to SFP permits on which a hauler is required to punch out the operable date, affix, staple or nail to the load being carried. See, e.g., U.S. Forest Serv., Firewood Removal Guide Map (2003–2004), available at http://www.fs.fed.us/r6/oka/global-websites/pdf-files/firewood_rules.pdf; see also Willamette National Forest: Forest Products Permit, U.S. Forest Serv., http://www.fs.usda.gov/detail/willamette/passes-permits/forestproducts/?cid=FSE_005558 (last visited Mar. 25, 2012).

This proposed law is similar to a Vermont statute that allows peace officers to stop vehicles carrying one or more evergreen trees “under such condition or circumstances as to reasonably justify” a belief the trees were stolen.Vt. Stat. Ann. 13 § 3609 (2011). The statute reads, in full:
A person found transporting upon a public highway one or more pine, spruce, hemlock, cedar, or other evergreen trees, under such condition or circumstances as to reasonably justify any police officer or a person from whom trees of such type have been stolen, or his or her employees, to believe that such trees have been stolen or taken without the consent of the owner, such police officer, person or his or her employees, or any of them, may stop the person transporting such trees and interrogate such person as to where and from whom he or she obtained such trees and ask such person to produce a bill of sale or a writing showing his or her rightful possession of such trees. If the person interrogated fails to produce a bill of sale or writing showing his or her rightful possession of such trees or refuses to answer such interrogations, or if his or her answers to such interrogations are false, it shall be prima facie evidence that such person has stolen such trees and upon conviction for such an offense he or she shall be imprisoned for not more than six months or fined not more than $300.00, or both.
The statute does not define what circumstances would justify such a belief. If the driver cannot produce a bill of sale or a writing showing the rightful possession of the trees, refuses to answer questions, or lies to the officer, it constitutes prima facie evidence that the person has stolen the trees.Id.

This proposal does not suggest that the absence of the permit or hauling tag affixed to the load of SFPs be considered evidence that the products are stolen, nor does it suggest that a civil or criminal penalty accompany the failure to display the permit. The purpose of the proposed statute is not to provide prosecutors with more evidence of theft, but to avoid suppression hearings when timber thieves are arrested after being pulled over. Further, it would empower peace officers to diligently patrol rural and forest roads for thieves and allow them to effectively perform their duty from the relative safety of public roads rather than backcountry theft sites where, even though a law enforcement officer may have jurisdiction, the encounter would be on the criminal’s turf.

The Washington State Constitution provides greater privacy protections than the U.S. Constitution.No person shall be disturbed in his private affairs, or his home invaded, without authority of law.Wash. Const. art. I, § 7. Some may question whether the proposed statutory language provides an unconstitutional authority to police in Washington State to seize persons without just cause. The Thorp case makes clear that stopping vehicles simply to check compliance with the law is unconstitutional. Such stops are akin to other stops that do not require individualized suspicion, such as sobriety check points.

Washington State’s leading case on suspicionless seizures involves highway stops to check a driver’s sobriety. In City of Seattle v. Mesiani, the Washington State Supreme Court made clear that the Washington Constitution “provides greater protection to individual privacy interests than the Fourth Amendment.”City of Seattle v. Mesiani, 755 P.2d 775, 776 (Wash. 1988). The court said, “From the earliest days of the automobile in this state, this court has acknowledged the privacy interest of individuals and objects in automobiles.” Stops, such as those at sobriety checkpoints or on a country highway when a truck is full of wood, must be done under the authority of law.Id. at 777. The court concluded, “No argument has been presented to this court that would bring the checkpoint program within any possible interpretation of the constitutionally required ‘authority of law.’ The Seattle sobriety checkpoint program therefore violated petitioners' rights under article 1, section 7.” The proposed legislation, therefore, must create some “authority of law” by which to authorize law enforcement officers to seize an individual. Whereas the Vermont statute explicitly allows law enforcement to perform a stop, the Washington statute must create the reason. Thus, the statute must create a civil infraction, akin to driving without vehicle tabs,Wash. Rev. Code § 46.16A.030 (2011). which would provide the “authority of law” for an officer to make a traffic stop. This avoids the problem the Grays Harbor ordinance faced because an officer who cannot see a permit or hauling tag on a load of SFPs would not be stopping a vehicle to check compliance, but rather to investigate an apparent infraction.

B. No Permit Proves Intent

Although the “willful” mens rea does not seem to be a legal issue brought during the appeal of timber theft convictions in Washington,Likely because most timber theft cases, when prosecuted as felonies, are prosecuted under the state’s theft statute, Wash. Rev. Code § 9A.56.020, which includes the mens rea requirement of “wrongfully” or “intent to deprive.” The mens rea problems I specifically address in the following paragraphs refer to “willfully” or “knowingly”—language that shows up in the federal statute and the SFP statutes of several states other than Washington. it has been an issue at the federal level. The federal laws create separate offenses for damaging the government’s property and taking the government’s property. An act of cutting a valuable tree in a national forest, then taking it off the public land, could implicate both 18 U.S.C. § 641, which criminalizes the stealing, knowing conversion of, and receipt of known-stolen government property,18 U.S.C. § 641 (2011). and 18 U.S.C. § 1361, which criminalizes the willful degradation or damage of government property.Id. § 1361. Both sections require willfulness as an element. Often, both violations are charged at the same time.United States v. Manes, 420 F.Supp. 1013 (D. Or. 1976).

Lawmakers should give prosecutors a tool to help convict timber thieves charged under a statute similar to the federal regulations. Specific statutory language could prevent post-conviction legal challenges in cases where a questionable element of the crime was intent, willfulness, or acting knowingly. While the Vermont statute provides that a failure to produce a valid tree-hauling permit constitutes prima facie evidence of a theft, the absence of an SFP permit would serve a different evidentiary role under this proposal. In order to avoid ensnaring those who misplace their SFP permit or drivers who do not know the permit must be carried with the SFPs, the absence of a permit could simply prove intent rather than guilt, and it could be a rebuttable presumption.I note that this proposed legislation is meant to address the mens rea hurdle for theft prosecutions only.

Thus, any SFP statutes that require willfulness as an element of proving timber or forest resources theft should include the following provision:

Absence of a valid specialized forest product permit during the hauling or harvesting of any SFP may be considered by a court as evidence of willful conduct. Such a presumption is rebuttable only by testimony or evidence under oath directly from the legal owner of the land where the SFPs were harvested, if the harvest occurred on private property, that the defendant had been granted permission to harvest the SFP in accordance with the provisions elsewhere in this chapter.

This proposed statutory language does not lead to automatic convictions, like the Vermont statute does—a de facto mens rea still requires evidence of an actus reus. Producing a valid permit in a pretrial motion for dismissal would likely lead to a dismissal of the charges. The statute suggested above would give prosecutors a powerful tool to overcome claims of ignorance from timber thieves, while still preventing conviction of those merely ignorant of the law.

C. Take the Thief’s Tools of Crime

If stronger investigative techniques or easier prosecution in court does not deter thieves, law enforcement can attack the problem where it counts—in a thief’s wallet, or more likely, pickup toolbox.As one law enforcement officer said in the mid 1990s,
If I see an area where they’ve been working, I’ll watch it. If I hear a power saw or see a truck, I’m going to photograph them before we go in . . . . We may confiscate their load, their trucks, and their power saws. It really hurts these guys when you take their power saws. That’s the tool of the trade.
Fryer, supra note 75. Quote attributed to Lar Douglas, law enforcement officer with the Washington State Department of Natural Resources.

In 1987, the Alabama State Legislature passed the Timber Theft Equipment Condemnation Act, placing an affirmative duty on law enforcement officers to seize, upon arrest, any vehicle or equipment in possession of the arrestee suspected to have been used in the commission of a timber theft.Ala. Code § 9-13-220-227 (2011). Specifically, the statute applies only at the time of an arrest for a violation of the state’s timber theft law, or any felony law involving timber.Ala. Code § 9-13-221 reads, in part,
The seizure of vehicles and equipment provided in this section is authorized only when the arrest is for a crime involving the theft of timber harvesting equipment or the parts thereof, the harvesting, removal, transportation, or disposal of any forest products, or any other transactions related to forest products or timber harvesting equipment or any part or parts from timber harvesting equipment.
The law has provisions for storing the seized property, a duty to report the seizure to the suspect and prosecuting attorney, as well as procedures to return the property if the defendant is not convicted of a timber theft crime, or condemn it if he or she is.

In light of the concern of woodworkers in Washington that innocent artists and wood turners have been ensnared in the state’s SFP laws, and that seizure of vehicles and property could befall innocent actors, important distinctions should be pointed out.This concern was specifically mentioned in the Washington State Department of Natural Resources Specialized Forest Products Workgroup report. Wash. State Dep’t of Natural Res. (2008), supra note 47. The Alabama law created the affirmative duty to seize and impound equipment only upon arrest, not citation. It is also important to note that artisans hauling small to moderate amounts of cedar or wood products, such as the Quezadas were in 2006, were not arrested but were issued citations instead.Hearing on HB 1909 Before Agriculture & Natural Resources, supra note 123. The Quezadas would not be subject to this impoundment power. If concerns that innocent actors could have power saws and vehicles impounded for simply forgetting to carry a permit when hauling SFPs, the new proposed statute could require an officer to articulate in the seizure report the location of the suspected theft site, and what evidence connects the site to the SFPs that were seized. This could screen out those instances where law enforcement seizes SFPs pending investigation, or because they were being hauled without a permit. Instead, it would require some connection to a known theft before vehicles or equipment would be seized.

VI. Conclusion

The theft of forest products, as compared to other larceny, constitutes a unique crime in terms of the property taken, the methods of taking, and its role in the economy and heritage of the Pacific Northwest. Forest products illegally harvested and carried out of public forests range from pinecones to Christmas trees, bark and berries, fungi and foliage. But most egregious is when trees, having stood for decades if not hundreds of years, are indiscriminately lopped over, sliced into chunks, and carted off piecemeal.

This exploration of the unique issues facing timber theft investigations, prosecutions, and SFP statutes has not sought to reveal holes or deficiencies in the government’s response to timber theft. Rather, it has identified opportunities to strengthen the response. Stolen timber can be large and easily detected, and law enforcement officers commonly spot loads of stolen timber on the roadway. However, the current laws inadequately address the needs of law enforcement officers or allow them to carry out their duties under the SFP statute as effectively and safely as possible.

Allowing officers to stop suspicious loads of wood, when no SFP permit accompanies the wood, will frustrate and hopefully deter thieves. It could also allow more thieves to be caught, giving law enforcement a chance to learn more from arrestees about how the crime is committed and which sawmills traffic in stolen wood. But more importantly, it would allow officers to interdict thieves on the officers’ terms. Law enforcement officers conduct hundreds of traffic stops each year and are familiar with the risks to their safety in effectuating such stops. Preventing timber theft by finding the theft sites, and trying to interrupt the culprits, may occur occasionally, and when it does, it is so fraught with unknown elements that the risk factors cannot even be addressed or qualified.

While Officer Fairbanks was not shot by a timber thief, her killing emphasizes the inherent risk faced by law enforcement officers operating deep in the forestlands, away from backup and other civilians. The shooting of a suspected thief in Mason County highlights the danger of the field investigations. Because backup is more readily available on a public highway than deep in the forests, an officer may be more likely to enforce a timber theft law. Further, even if the investigation is conducted at the theft site, by visiting or by establishing surveillance, the arrest of the thieves could still occur on a public highway where an officer can pick the place and the surroundings.

Lawmakers have an opportunity to give law enforcement and prosecutors new and stronger tools to deter, investigate, apprehend and incarcerate SFP thieves, all while working within the existing regulatory framework of specialized forest products. These changes would save the public millions of dollars in lost resources and protect one of the most ancient and precious natural resources in the Pacific Northwest.

VII. Appendix

Table 4. Economic value and contribution to state GPD of select economic sectors.U.S. Dep’t of Commerce, Bureau of Econ. Analysis, supra note 37.

Sector

1985

1990

1995

2000

2005

2009

Wood products sector, Economic value (in millions), Washington

$1,716

$2,290

$2,334

$1,269

$1,394

$861

Wood products sector, percent of state GPD, Washington

2.22%

1.93%

1.51%

0.56%

0.50%

0.26%

Wood products sector, economic value, Oregon

$3,137

$3,229

$3,418

$1,841

$2,306

$1,176

Wood products sector, percent of state GPD, Oregon

7.95%

5.71%

4.19%

1.63%

1.61%

0.70%

Forestry sector, economic value, Washington

$876

$1,637

$1,652

$1,670

$1,891

$2,212

Forestry sector, percent of state GPD, Washington

1.13%

1.38%

1.07%

0.73%

0.68%

0.67%

Forestry sector, economic value, Oregon

$362

$662

$852

$1,442

$1,441

$1,444

Forestry sector, percent of state GPD, Oregon

0.92%

1.17%

1.04%

1.28%

1.01%

0.86%


figure4

Figure 4. Employment in Lumber and Wood Product Sectors 1994–2002 (Thousands of Workers).Series Report, U.S. Dep’t of Labor, Bureau of Labor Statistics, http://data.bls.gov/cgi-bin/srgate (last visited Mar. 25, 2012). Generate date by searching for series IDs SAS4100003240021 and SAS5300003240021. Data generated Feb. 10, 2012.

figure5

Figure 5. Oregon Employment and Employers, by Sector and Year (2001–2010).Id. Data series ID: ENU41000101113, ENU41000102113, ENU41000105113, ENU41000105321, ENU41000201113, ENU41000202113, ENU41000203321, ENU41000205113, ENU41000205321. Data generated Feb. 10, 2012. With a change in industry reporting codes between 2001–2002, the federal agencies collected and reported economic and employment data in better detail.

figure6

Figure 6. Washington Employment and Employers, by Sector and Year (2001–2010).Id. Data series ID: ENU53000105113, ENU53000105321, ENU53000205113, ENU53000205321. Data generated Feb. 10, 2012.

figure7

Figure 7. Economic Output of Select Economic Sectors for Selected Years.U.S. Dep’t of Commerce, Bureau of Economic Analysis, supra note 37.

Table 5. Forest Service Region 6 Timber Sales by Volume (MBF) and Value (not Adjusted for Inflation), 1977–2008.USFS Region 6, supra note 34.

Oregon Sawtimber Volume (MBF)

Oregon Sawtimber Sales

Oregon Sawtimber Cut Value

Washington Sawtimber Volume (MBF)

Washington Sawtimber Sales

Washington Sawtimber Cut Value

R6 Sawtimber Volume (MBF)

R6 Sawtimber Sales

R6 Sawtimber Cut Value

1977

3,020,883

$509,634,340

$2,746,455

1,272,118

$132,867,532

$1,148,529

4,300,178

$643,229,011

$3,903,915

1978

3,169,373

$657,970,182

$2,824,483

1,410,990

$171,750,875

$1,078,366

4,591,047

$831,576,866

$3,916,092

1979

3,266,200

$959,406,477

$2,866,976

1,503,894

$308,431,370

$1,180,773

4,786,084

$1,272,744,821

$4,057,986

1980

3,263,666

$1,024,859,986

$2,195,797

1,273,628

$247,105,086

$989,833

4,537,566

$1,272,003,809

$3,189,904

1981

3,344,113

$934,749,398

$2,050,224

1,557,014

$278,611,140

$938,605

4,912,547

$1,218,173,559

$2,990,080

1982

2,885,252

$295,118,960

$1,343,537

1,138,889

$64,524,648

$635,358

4,024,712

$359,682,809

$1,979,668

1983

2,901,125

$359,310,316

$2,385,541

1,308,303

$96,488,169

$965,070

4,210,627

$455,854,761

$3,351,762

1984

2,909,611

$360,228,582

$2,688,185

1,162,136

$89,396,649

$1,046,961

4,078,237

$450,098,801

$3,735,146

1985

2,854,044

$304,869,161

$2,973,078

987,544

$69,199,125

$1,011,745

3,848,728

$374,432,741

$3,990,625

1986

3,100,340

$431,604,463

$3,016,297

1,212,868

$107,709,595

$1,058,953

4,324,033

$539,988,669

$4,080,786

1987

3,270,026

$541,425,524

$3,442,045

1,209,371

$136,448,142

$1,237,321

4,481,179

$678,074,150

$4,685,730

1988

3,133,253

$669,707,966

$3,335,043

1,153,714

$195,073,671

$1,312,429

4,295,722

$866,200,084

$4,655,657

1989

1,822,191

$499,471,169

$3,328,064

524,704

$91,932,461

$1,131,310

2,346,915

$591,403,710

$4,464,059

1990

2,377,752

$914,668,502

$2,483,625

1,054,582

$265,197,029

$798,736

3,443,345

$1,182,338,986

$3,290,002

1991

1,309,985

$358,349,359

$2,009,911

432,797

$87,070,874

$709,772

1,742,782

$445,420,233

$2,723,545

1992

423,829

$147,963,167

$1,310,564

99,203

$20,201,039

$471,264

523,035

$168,164,327

$1,781,831

1993

456,488

$171,476,453

$984,230

92,300

$20,465,525

$324,535

548,788

$191,941,979

$1,311,927

1994

173,052

$79,463,022

$633,170

88,749

$24,803,259

$199,012

261,800

$104,266,280

$837,566

1995

127,647

$37,781,324

$473,509

74,875

$13,824,101

$156,200

202,522

$51,605,425

$629,710

1996

551,440

$144,282,189

$375,253

165,762

$32,668,560

$152,268

717,205

$176,951,948

$527,524

1997

479,979

$127,559,562

$391,449

138,806

$34,843,411

$120,408

618,812

$162,408,985

$511,883

1998

390,571

$74,662,849

$341,538

116,137

$17,710,777

$115,195

506,716

$92,374,913

$456,741

1999

262,588

$47,363,375

$297,533

64,393

$9,773,161

$106,359

326,981

$57,136,536

$403,892

2000

92,318

$10,647,962

$206,316

66,158

$9,926,238

$81,170

158,476

$20,574,200

$287,486

2001

120,421

$13,834,996

$117,289

58,787

$7,440,596

$72,821

179,208

$21,275,592

$190,110

2002

176,500

$29,284,380

$130,543

40,767

$5,417,325

$61,654

217,267

$34,701,705

$192,197

2003

226,823

$32,085,955

$172,254

95,665

$8,210,941

$62,505

322,488

$40,296,896

$234,759

2004

327,990

$33,785,644

$309,327

101,135

$8,873,793

$100,723

429,125

$42,659,437

$410,050

2005

311,286

$37,215,693

$338,516

100,024

$13,152,095

$77,832

411,310

$50,367,787

$416,348

2006

355,897

$49,973,169

$217,010

110,787

$12,564,283

$87,681

466,684

$62,537,451

$304,691

2007

308,679

$31,952,668

$223,844

127,481

$11,372,554

$95,993

436,160

$43,325,223

$319,837

2008

375,092

$28,975,558

$194,451

102,018

$7,759,593

$104,444

477,110

$36,735,151

$298,895

Introduction

China’s phenomenal growth over the last three decades has come at a well-documented price. High profile environmental disasters and the nation’s pollution problems leading up to the Beijing Olympics have exposed the world to the problems China faces internally. With so much attention being paid to these domestic issues, it is easy to overlook the other side of China’s environmental footprint: the country’s rapid growth has required unprecedented levels of resource consumption, and China is now reaching into the farthest corners of the globe in its search for raw materials. The finished products available on store shelves around the world may be labeled “Made in China,” but they began as copper from mines in Zambia, timber from dwindling swathes of rainforest in Gabon and Guinea, and iron from the Congolese jungle—all shipped to China and forged into products using oil from Sudan, Angola, and Nigeria.

This article focuses on this aspect of the supply chain. During the last decade, China has forged close trade relationships with the many developing African nations that are eager to capitalize on their natural resources. This eagerness for foreign investment, however, can have disastrous effects on the local environment. As Sino-African trade relations continue to expand, China, African nations, and the international community must develop a more effective environmental regulatory system in order to protect local environments from irresponsible corporate development.

This article identifies the array of environmental problems surrounding Chinese resource extraction in these developing nations and recommends reasonable and potentially effective legal solutions. Part I provides background on China’s consumption of African resources and the negative effects the trade relationship has on the environment in Africa. Part II explains why traditional legal regimes are often inadequate to address the issues that arise in international resource extraction projects. Part III examines the roles of each of the Chinese bureaus and agencies that influence or regulate foreign investments. Part IV explains the common goals that might be achieved if these departments emphasized responsible corporate conduct abroad. Part V considers several approaches that might help reduce the negative environmental impacts associated with the growing trade relationship between China and African nations. We hope that this analysis can provide policymakers with some new ideas and approaches, so we have focused our efforts on developing suggestions that are realistic and take into account the unique circumstances of both Chinese and African governance.Additionally, we have constrained our analysis to legal and governmental issues, thereby excluding several topics that are closely linked to the problems we will identify. Most noticeably, we have refrained from delving too deeply into international law regimes and the voluntary measures that corporations use to hold themselves to a higher standard of conduct than is legally required. Many Chinese corporations have signed onto the U.N. Global Compact, for example, and adopted internal systems to minimize their impacts overseas. While these kinds of initiatives and partnerships will be an important part of China’s global corporate citizenship going forward, our goal has been to focus on legal and governmental actions rather than to analyze every possible method that could help address this daunting problem. This narrow focus will allow us to provide more concrete analysis and recommendations for policy planners and regulators both in China and abroad.

It is important to stress at the outset that China is by no means the only nation whose corporations have caused environmental destruction in developing nations. American and European explorers and corporations have exploited developing nations for centuries, and there is plenty of literature available detailing these investments and activities. However, China’s shifting role in the global economy—from capital-recipient to capital-exporter—is just beginning and is therefore ripe for both discussion and early policy implementation that might help all parties achieve short and long term goals.

I. Sino-African Trade

A. China’s Expansion into Africa

Trade between China and Africa has flourished primarily as a result of China’s expanding need for raw materials and African nations’ hunger for capital investment.Tamara Trinh et al., China’s Commodity Hunger, Implications For Africa and Latin America 2 (Maria L.Lanzeni ed., Deutsch Bank Research 2006). China is currently the top consumer worldwide of aluminum, copper, lead, nickel, tin, zinc, iron ore, coal, wheat, rice, palm oil, cotton, and rubber.Daniel Griswold, Director, Ctr. for Trade Policy Studies, Cato Inst., Address to the Annual Meeting of TEGMA/CMC, The Competition for World Resources: China's Demand for Commodities (Feb. 8, 2007), available at http://www.cato.org/pub_display.php?pub_id=10906. It has been the world’s leading consumer and producer of steel for over a decade, producing approximately one-third of the world’s total output, three times the amount of the United States or Japan.Id. All of this production and growth have also vaulted China into the upper echelon of energy and oil consumers, second only to the United States.Energy Info. Admin., Country Analysis Briefs: China (May 2011), available at http://www.eia.doe.gov/cabs/China/Full.html. Clearly, all of this consumption is a result of the increased production of finished goods, stainless steel, electrical wiring, cable and infrastructure that have occurred in China throughout the last few decades. With GDP and per capita income still on the rise, demand will only increase in the foreseeable future.

The dichotomy is clear: Chinese corporations are flush with cash from years of unprecedented growth and eager to secure long-term access to the minerals and fuel that will be the lifeblood of its production economy for the foreseeable future. On the other hand, the African continent holds some of the richest resource reserves on Earth, but many of its nations remain among the world’s poorest.Econ. & Soc. Council of the United Nations, Least Developed Countries, Nations Online Project, http://www.nationsonline.org/oneworld/least_developed_countries.htm (last visited Feb. 29, 2012). The result is a marriage of opportunity between some of the most notoriously unstable and corrupt governments in the world and Chinese companies seeking access to the resources those governments control.

Thus, China—a relatively new player in the game of international resource acquisition—has worked hard to cultivate its relationships with the African nations that are capable of providing the resources it needs. Because outward foreign direct investment (OFDI) emanating from China was limited to a few government run companies until the mid-1980s, the Chinese business behemoth was not turned loose on the global acquisitions market until just two decades ago. As a result, the vast majority of accessible resource reserves were already in the hands of major multinationals—many of them based in Europe or the United States—by the time Chinese companies began searching for foreign supplies of oil and minerals. Many of the available reserves that were not already depleted were (and still are) located in less developed or volatile nations in Africa, Latin America, and Asia. Chinese firms took advantage of these openings by making overtures to nations that many Western companies had ignored or avoided because of concerns over the safety of their investments or the perceived problems of doing business with unstable or undemocratic governments.A prime example is China National Petroleum Corporation’s (CNPC) expanded operations in Sudan in the wake of Western withdrawals during that nation’s brutal civil war. See Erica Downs, The Fact and Fiction of Sino-African Energy Relations, 3 China Sec. 42, 58–62 (2007) (describing CNPC’s role in Sudan).

The Chinese government itself paved the way for many of these arrangements, both by offering incentives for Chinese firms to “go global”Org. for Econ. Co-operation & Dev. (OECD), OECD Investment Policy Reviews: China, Encouraging Responsible Business Conduct 83 (2008) [hereinafter OECD Review]. in their hunt for resources, and by cultivating relationships with the governments of African nations like Angola, Sudan, and Nigeria, all of which are now major oil suppliers to China.China’s top five trading partners—Angola, South Africa, Sudan, Equatorial Guinea, and the Republic of Congo—contribute more than eighty percent of Chinese imports from Africa. Trinh, supra note 2, at 6. China holds a great deal of African debt as well, which the State Council regularly refinances or forgives outright when it seeks to gain good will or needs a bargaining chip with a debtor nation.Inyambo Mwanawina, African Econ. Research Consortium, China-Africa Economic Relations: The Case of Zambia 20 (2008), available at http://www.aercafrica.org/documents/china_africa_relations/Zambia.pdf. Finally, Chinese government officials have signed off on dozens of commodities agreements that guarantee access or fixed prices to Chinese firms in exchange for Chinese-financed or constructed infrastructure projects. Widely known as “oil-for-infrastructure,” these arrangements are seen by both sides as the most efficient way to provide what each nation needs most. They have become routine in almost every African nation with which China enjoys significant financial ties.

These financial ties are indeed profound. “More than 800 Chinese State-owned companies are managing about 900 projects in Africa, many of them in the oil industry. Last year Sino-African trade was $106.8 billion U.S., ten times the level of 2000 and more than double the value of bilateral trade in 2006.”Jonathan Manthorpe, The Party's Over for Chinese in Africa, Vancouver Sun, Oct. 4, 2009. Lest we get too caught up in the bandwagon of commentators who frantically opine that China’s buying power is cutting other nations out of the picture, it is worth remembering that “China is only the third largest market for Africa’s oil exports, accounting for 12.5%, behind the US (31.8%) and EU (31.5%).” Tom Orlick, Hu Jintao: ‘Every time I go to Africa I feel like I am going home’, China Translated (Mar. 2, 2009), http://www.chinatranslated.com/?p=178. The benefits flow both ways, however. While China enjoys increased access to much needed resources, African nations receive many of the goods and services they need to raise standards of living.In fact, China may be better suited than entrenched Western MNCs to develop practical solutions for the problems facing African nations because China faces many of the same challenges. Currently the worldwide leader in solar technologies, for example, China will be an essential partner in the quest to provide rural African communities with electricity. Peter Bosshard, John Hopkins Univ., China’s Environmental Footprint in Africa 4 (Sch. of Advanced Stud., Working Paper No. 01-08, 2008), available at http://www.sais-jhu.edu/sebin/i/f/BosshardWorkingPaper.pdf.

Furthermore, Chinese corporations are able to provide these services quickly and without the transparency and red tape that Western corporations require for major OFDIs. These procedural and substantive hurdles have, for better or worse, long prevented African nations from carrying out some major projects, but African nations have now found partners in Chinese business and government who are willing to make deals without imposing stringent conditions related to human rights, the environment, and corruption. While this approach does indeed increase the availability of financing and investment, it very likely does so at the expense of laborers and the environment.

B. Causes for Concern

While there are undoubtedly many Chinese companies operating responsibly in Africa, the increased corporate activity raises new environmental concerns. It is not that Chinese firms are any hungrier for profits than their Western counterparts, but that they are doing business under fundamentally different circumstances that pose unique threats to the environment. This section identifies these unique concerns.See id. at 5 (providing an abbreviated version of this discussion that was a primary source for the issues laid out in this section).

1. China’s Environmental Track Record at Home

China’s limited success dealing with environmental issues domestically does not bode well for its foreign operations.See id. (“China’s domestic policies have prioritized economic growth over the protection of the environment, with harrowing results.”); Elizabeth Economy, The River Runs Black 248 (2004) (generalizing about the priorities and general mentality of many Chinese decision-makers). From everyday air pollution that threatened to scuttle the 2008 Olympic Games, to the high-profile benzene spill in the Songhua River that forced over ten thousand residents to evacuate, China’s domestic struggles are well-documented and need not be detailed here.See, e.g., Lisa A. Kirschner & Edward B. Grandy, Songhua River Spill: China’s Pollution Crisis, 20 Nat. Resource & Env’t 66 (Spring 2006) (describing the Songhua spill in detail); see generally Economy, supra note 14, at 59–91 (thoroughly discussing the issues that plague environmental enforcement in China). Worth noting, however, are a few of the major issues that hamper efforts to address pollution domestically because these are the problems that China risks exporting as it expands into less-developed nations.

First, China’s environmental laws lack the level of detail required for meaningful accountability and enforcement. Additionally, government officials often fail to prioritize environmental enforcement because polluting industries typically provide many local jobs and government revenues.Economy, supra note 14, at 200. Even when local officials want to confront a problem, they may be hindered by a lack of resources or authority, as many governments have allies in higher reaches of government who can prevent effective regulation.Erica Downs, Brookings Inst., Brookings Foreign Policy Studies, Energy Security Series: China 16−24 (Dec. 2006), available at http://www.brookings.edu/~/media/Files/rc/reports/2006/12china/12china.pdf (noting, for example, that “[t]he general managers of China’s [national oil companies] . . . have direct access to the country’s senior leadership . . . .”). Finally, the system is permeated by a lack of understanding of environmental issues and the associated health and safety risks, making it difficult to convince anyone with authority to take meaningful action.OECD Review, supra note 8, at 265–67. These problems also exist—often to an even worse degree—in the host nations where Chinese corporations are establishing so many operations, as described below.

2. Activities in Particularly Sensitive Places

Because of China’s late entry into the global resource market, its companies are gaining access to many previously undeveloped areas. Extractive industries typically carry above average environmental risks, but Chinese investors are developing projects in remote and previously untouched areas that are likely to be very sensitive to disturbances.Bosshard, supra note 12, at 5. While it may be possible to exploit resources in these areas responsibly, China’s domestic track record does not give critics reason to believe that it will value environmental concerns over financial gain as its corporations continue to drill, chop, and mine the African backcountry.

This concern came to the forefront in 2006, when one of China’s largest oil companies attempted to set up operations in Gabon’s Loango National Park.Chris Haslam, Oil Prospecting in Gabon, Wildlife Extra News, Oct. 2006, http://www.wildlifeextra.com/go/news/gabon-oil.html#cr. Loango has been described as one of the last untouched paradises on earth—a lush coastal preserve where extremely rare wildlife species wander the beaches, blissfully unaware of humankind’s existence. It is home to healthy populations of endangered lowland gorillas and elephants, as well as manatees that breed in the crystal clear waters off its coast. In 2006, scientists working in Loango reported that Sinopec contractors had entered the park and were employing destructive exploratory tactics, including dynamiting gorilla habitat and a manatee breeding site.Id. One professor commented:

They're using dynamite, which is killing and scaring the wildlife, sending the gorillas deeper into the forest and outside the protection of the park where they risk becoming bushmeat. They're bulldozing roads through the park, polluting the waters with chemicals and slurry and hunting the wildlife to eat . . . . I don't want to forbid the Gabonese from profiting from petrol but modern techniques exist, like horizontal drilling that would allow the oil to be extracted without setting foot in the park.Id. (quoting Christophe Boesch).

Sinopec was ultimately forced out of Loango before they were able to cause the extensive damage that conservationists and scientists feared, but similar problems can occur wherever corporations move into previously untouched lands and virgin forests. With Chinese acquisitions rapidly expanding into these areas, immediate and irreparable damage is likely.

3. Sensitive Nature of the Projects and Investments

Because China’s investments in Africa are so heavily concentrated in natural resource extraction, Chinese corporations tend to have a disproportionately large impact on the environment of host nations. For example, mining and oil exploration entail significant levels of blasting, seismic testing, and pollution, all of which can affect local ecosystems to varying degrees.

The town of Kabwe, Zambia exemplifies the dangers of irresponsible mining. This town, in the heart of the Zambia’s Copperbelt, has for decades suffered from highly toxic lead dust and sulfur dioxide fumes emitted from the smelters nearby.Danstan Kaunda, Zambia Penalizes Chinese Investors for Pollution, Voice of America, June 12, 2007, http://www.highbeam.com/doc/1P3-1287300591.html. Barefoot children play on mounds of poisonous waste, while citizens pick through the rubble searching for scraps of metal they might be able to sell for a few pennies.Penny Dale, Zambia's Child Poisoning Tragedy, BBC, Nov. 6, 2003, http://news.bbc.co.uk/2/hi/africa/ 3241037.stm. As a result, the level of lead in citizens’ blood is five to ten times that which the U.S. government would consider safe.Id. In spite of all this, the Zambian government continues to welcome investors, offering tax breaks and waivers to anyone willing to invest in Zambian mines.Chris Mfula, Zambia Won’t Reintroduce High Mine Taxes, Reuters, Dec.12, 2009, http://af.reuters.com/article/zambiaNews/idAFGEE5BB09G20091212. The tax incentives are still in place.

While not responsible for the appalling conditions that exist today, Chinese firms have expanded into Zambia rapidly, often rekindling the same problems that have earned Kabwe its title as the fourth most-polluted place in the world.Kabwe, Africa's Most Toxic City, Irin News, Nov. 9, 2006, http://www.irinnews.org/Report.aspx?ReportId=61521. The three cities topping the list of the world's most toxic sites ahead of Kabwe are Chernobyl, Dzerzhinsk (a Russian, Cold War-era chemical weapons production facility), and Haina, Dominican Republic, “where emissions from an old car battery smelter have caused almost the entire population of 85,000 to suffer from lead poisoning.” Id. A mine run by Chiman Manufacturing, Ltd., in particular, has been criticized repeatedly for failing to control air and water pollution at its smelter and dumpsites. Though town officials repeatedly “urged” Chiman to address the problems after it began operations several years ago, Chiman’s smelter continued to pollute the town with relative impunity.Reduce Air Pollution, Chinese Firm Urged, The Times of Zambia, Feb. 11, 2008, http://allafrica.com/stories/200802110293.html.

4. Lack of Environmental Safeguards in Associated Projects

Mines and smelters like those described above are obvious pollution sources. However, Chinese companies are often involved in massive construction projects that may result in less apparent environmental impacts. Companies carry out these projects both to facilitate the extractive process and as a form of compensation for the right to operate in the host counties, an arrangement often referred to as “oil-for-infrastructure.”New Trends in Financing Infrastructure, Future Challenges (Feb. 6, 2012), http://futurechallenges.org/searchlight/ ,te 82dcing footnote 44 will work. The Bosshard artlce at least seems to imply this assertion. ring on the side of leaving thenew-trends-in-financing-infrastructure/. In September 2007, for example, China agreed to finance thousands of miles of roads and railways in Congo in exchange for 10 million metric tons of copper and 600,000 tons of cobalt.Global Witness, China and Congo: Friends in Need, A report on the Democratic Republic of Congo 9 (Mar. 2011), http://www.globalwitness.org/sites/default/files/library/friends_in_need_en_lr.pdf. These oil-for-infrastructure contracts are popular with local governments because they provide much needed infrastructure and construction jobs.See Future Challenges, supra note 29.

However, the projects often have negative consequences that are not adequately considered.See Mwanawina, supra note 10, at 10–11 (describing the lack of coordination among bureaucratic officials and contractors and the poor construction that results). Traditionally, developing nations relied upon international lending institutions to finance the large scale projects now being built or financed by the Chinese. These international institutions, such as the International Finance Corporation (IFC) of the World Bank Group, have adopted environmental guidelines that projects must meet in order to receive financing. Chinese investors and suppliers often do not have guidelines or standards that are consistent with international standards.Bosshard, supra note 12, at 5. Consequently, many of these projects never receive the kind of environmental review that international institutions require, such as environmental impact assessments (EIAs).Global Witness, supra note 30, at 35.

On the other hand, the transparency and environmental standards that Western institutions tend to enforce have prevented many African projects from going forward.Mwanawina, supra note 10, at 21 (“All Zambia[n] agreements with China are confidential, making them closed to public scrutiny and at variance with both China’s and Zambia’s increased commitment to openness and public transparency and accountability.”). By lowering or eliminating these standards, Chinese corporations and financiers allow African leaders to pursue projects they believe will help their communities.Id. at 6 (specifically noting that the Chinese traditionally fund Zambian “projects [that] other donors are not interested in”). From the African perspective, this allows leaders to achieve their development goals with few strings attached.See Bosshard, supra note 12, at 6–8. This is how the Sudanese government, for example, finally obtained financing to build the Merowe Dam on the Nile, a project that was uniformly rejected by major Western financiers because of its severe social and environmental impacts. Believing that the potential benefits of the project were worth the risks, the Sudanese government eventually received funding from China’s Ex-Im Bank, the largest foreign aid bank in China, and hired China International Water and Electric Corporation to build the dam. The closed-door planning process resulted in several blatant breaches of accepted international environmental standards.

II. Legal Difficulties Regarding Environmental Destruction by Foreign Corporations

It is clear that the environmental consequences of corporate activities abroad can lead to serious problems for local residents and ecosystems. Less clear is how those affected can successfully intervene to stop or mitigate the damage, or to seek compensation after the fact. Traditional legal regimes are generally inadequate for dealing with instances of malfeasance by both Chinese and multinational corporations (MNCs).

A. Domestic Law in Host Nations

Although all foreign investors are subject to the control of the host State, it is often very difficult to enforce environmental laws against foreign firms in developing nations.Elisa Morgera, Corporate Accountability in International Environmental Law 25 (2009). Prior to entering the market, foreign firms must comply with all national foreign investment laws governing entry, “which not only provide for guarantees against expropriation[,] . . . dispute settlement, and tax and non-tax incentives, but also detail a screening process of entry through administrative agencies and often require a feasibility study . . . [which] may include an EIA.”Id. at 26. During the life of the project, investing companies must also continue to “abide by all national laws and regulations—including environmental ones, as the investor voluntarily subjects himself to regime of the host State by making entry into it.”Id. Nevertheless, problems arise during both phases.

1. Compromises at Entry into the Market

The fierce competition for investment in developing countries can significantly affect the terms under which investors operate. First, national entry regulations are often lax or vague.Mwanawina, supra note 10, at 10 (stating unequivocally that Zambia “lacks laws and systems which are results oriented and accountable”). Even basic requirements, such as EIAs, may be little more than mere formalities or overlooked entirely.While most nations appear to have laws that require EIAs for major projects, few have any authoritative or meaningful guidelines for these reports, so it is not unusual for an EIA to be inadequate or even entirely inaccurate. Objective oversight or review by third parties is not required, and internal review by a host State’s environmental officials is not guaranteed even when required by local law. See Bosshard, supra note 12, at 7 (describing the shortcomings in the Sudanese dam environmental impact assessment). Second, the host nation’s desire for capital investment generally puts the potential investor at a substantial bargaining advantage. During negotiations, a potential investor may extract from the host nation numerous contractual guarantees that protect the investor’s money and property, but which can prevent the host nation from enforcing or enacting meaningful environmental standards.Morgera, supra note 38, at 27. Even beyond these specific agreements, there are international conventions dealing with the protection of alien property, and expropriation of assets is considered a breach of customary international law. It is important to note that these issues are regularly enforced at an international level: investor protections have “been gradually extended from tangible assets to cover . . . other investors’ rights, thus limiting the sovereignty of host States over their natural resources, and enlarging the sphere of corporate interests protected at the international level.” Id. at 51. This begs the question of why wealthy international investors have been given forums and mechanisms to protect their investments, while poor host nations have no comparable way to protect their communities from environmental destruction.

An example of one seemingly innocuous provision with potentially far-reaching environmental consequences is the “stabilization clause.”Id. at 27. Stabilization clauses “seek to freeze the laws of the host State as at the time of entry so that the operating conditions of the foreign investment process will remain constant throughout the life of the foreign investment contract.”Id. Such contractual provisions severely restrict the right of the host nation to update, enact, or enforce environmental laws that might apply to the foreign investors’ operations.Even when this might otherwise be construed as a non-compensable regulatory taking, recent international law cases have indicated that an environmental regulation can, in some cases, “constitute an act ‘tantamount to expropriation.’ ” Metalclad Corp. v. United Mexican States, ICSID Case No. ARB(AF)/97/1, Award (Aug. 30, 2000), 40 ILM 35.

2. Lack of Local Enforcement

Host State legal systems often do not have adequate mechanisms for ensuring that foreign firms operate in an environmentally responsible way. Local officials rarely have any incentive to crack down on industrial polluters because these companies are often the financial lifeblood of the community, providing much of the tax base and employment in the area.Mwanawina, supra note 10, at 10 (noting that Zambia, at least, “is a place where you keep your job by not doing it.”). In some nations, concessions from these MNCs constitute a significant portion of the national GDP, so there is incentive to look the other way.As an example, a Canadian MNC operating a gold mine in Guyana provided twenty percent of that nation’s GDP in 1995 when it was sued for damages related to a massive spill into Guyana’s Essequibo River. The Canadian court hearing the case acknowledged serious concerns regarding the fairness of proceedings involving such an influential entity in Guyana. Recheres Internacionales Quebec v. Cambior Inc., 1998 QJ N2554 (QL). Even when officials act in good faith, they may be hampered by a lack of enforcement resources, technological ability, and awareness of risks.Mwanawina, supra note 10, at 10. Finally, the potential legal consequences stemming from violations of regulations that are enforced are often insufficient to motivate compliance.

3. Difficulty of Pursuing a Legal Claim

Compounding the problem are numerous obstacles that prevent plaintiffs from successfully asserting civil claims in response to environmental harm. Plaintiffs may lack standing to challenge a general harm inflicted on a region, particularly when the harms alleged are not specific to the individual or causation is difficult to prove.Id. at 29. What cause of action, for example, could a concerned citizen have brought to try to stop Sinopec’s blasting in Loango National Park?

Even if local plaintiffs succeed in asserting a claim, they are usually underfunded and dependent upon legal aid that may not be available.Alice Palmer, Found. for Int’l Envtl. Law & Dev., Community Redress and Multinational Enterprises 8 (Nov. 2003), available at http://www.field.org.uk/files/Community_redress.pdf. Chinese multinationals, on the other hand, have the resources to defend themselves and are likely to structure their deals in ways that limit liability. A host nation’s court may not be able to assert jurisdiction over a Chinese parent company at all, and even it did, judgments would be difficult to enforce either in the host nation or in China.Id. at 10. As a practical matter, local plaintiffs are simply unlikely to obtain adequate remedies or damages from Chinese corporations in host nation courts.

B. Foreign Direct Liability

Because redressing environmental harms can be particularly difficult in host nations, it is sometimes more effective for the home State to regulate its corporations’ activities abroad, which is known as foreign direct liability. This concept encompasses both extraterritorial regulation, wherein subsidiaries acting abroad are forced to abide by the laws of the home State, and also home State liability, which allows host nation citizens to seek damages from foreign corporations in the corporation’s home State.Daniel Bodansky, The Art and Craft of International Environmental Law 131.

1. Extraterritorial Regulation

There are several practical difficulties with applying home State law to activities occurring abroad. First, it is important to remember that home States are permitted to exercise jurisdiction over their MNCs abroad.See Christen Broecker, “Better the Devil You Know”: Home State Approaches to Transnational Corporate Accountability, 41 J. Int’l L. & Pol. 159, 178–79 (2008) (briefly describing the legitimate bases for extraterritorial regulation). Even developing nations that typically object to international interference in domestic affairs, such as China and India, have occasionally expressed support for the idea that a MNC’s home government “should also undertake obligations, including . . . ensur[ing] that the investor’s behavior and practices are in line with and contribute to the interests and development of policies of the host [State].”World Trade Organization, Working Group on the Relationship Between Trade and Investment: Communication from China, Cuba, India, Kenya, Pakistan, and Zimbabwe—Investors’ and Home Governments’ Obligations, WTO Doc WT/WGTI/W/152 (2002); see also Morgera, supra note 38, at 30–34 (describing both the theoretical and practical problems with home State control and extraterritoriality). U.N. Special Representative John Ruggie, the head of U.N. initiatives regarding transnational corporations and human rights, has also indicated “that extraterritorial regulation by home States of TNCs headquartered in their territories is permissible under international law and may even be desirable in some circumstances.”Broecker, supra note 54, at 177 (citing Mr. Ruggie).

Nevertheless, the fact that such regulation is permissible does not make it particularly practical. Many significant obstacles impede a home State’s ability to oversee corporate activities effectively in foreign states. First, the host State may view such intervention in its internal affairs with suspicion and could even prevent the home State from exercising effective control by asserting its own right to national sovereignty.Palmer, supra note 51, at 12. Second, a host nation that permits such intrusion risks establishing a system in which MNCs in the same industry operate “subject to different environmental regulations depending on their country of origin.”Morgera, supra note 38, at 31. The host country would face tremendous regulatory and enforcement challenges in such a system.

On the other hand, the home nation may not exercise effective control either. In a nation like China, for example, competing bureaucratic interests, devolved enforcement authority, lack of interest and knowledge on environmental issues, and vague laws all conspire to prevent effective regulation of foreign activities.See generally Economy, supra note 14, at 59-91(thoroughly examining the ineffectiveness of China’s environmental laws and general disinterest in environmental policy). Courts around the world have been extremely reluctant to exercise extraterritorial jurisdiction in environmental damage cases, precisely because the issues involved are generally so local in nature.See Jennifer. K Rankin, U.S. Laws in the Rainforest: Can a U.S. Court Find Liability for Extraterritorial Pollution Caused by a US Corporation? An Analysis of Aguindo v. Texaco, Inc., 18 BC Int’l & Comp. L. Rev. 221, 251 (1995) (noting the aversion that U.S. courts seem to have against recognizing extraterritorial jurisdictional claims in environmental cases). Given the difficulties that plague environmental enforcement within China, it is particularly difficult to imagine the Chinese government creating or exercising effective enforcement mechanisms that could stem pollution and resource damage in distant and less developed nations. On a deeper level, there is very little culture of compliance within China, nor any meaningful sense of responsibility for corporate actions abroad.Li Junhai, Chinese Acad. of Soc. Sci., Philosophy and Approaches to Strengthen Corporate Responsibility in China 13; see also Dan Haglund, Regulating FDI in Weak African States: A Case Study of Chinese Copper Mining in Zambia, 46 J. Mod. Afr. Stud. 547, 559 (2008) (recounting the forceful argument of a Chinese official in Zambia “that Chinese companies must simply follow local laws, and that responsibility for identification and sanctioning of non-compliance should rest with the Zambian government”).  This mentality poses a difficult obstacle for effective home State regulation.

2. Home State Liability

Home State liability is often used as a method of last resort for complainants in host States who have suffered harm but have not been able to pursue their claims in their own nation’s courts.Palmer, supra note 51, at 10. This is the principle that underlies the United State’s Alien Torts Claim Act, which provides a forum for suits alleging violations of international law by those who cannot obtain justice elsewhere. 28 U.S.C. § 1350 (2006) (also known as the Alien Tort Statute). Foreign citizens may bring claims against Chinese corporations in Chinese courts, but considering the difficulty that domestic plaintiffs have collecting damages for environmental harms, such a suit would not be likely to succeed. Simply getting access to legal assistance within China from far-off African nations would be difficult. Furthermore, procedural hurdles often keep plaintiffs from even making it past the pleadings stage.Morgera, supra note 38, at 33. If plaintiffs make it to the courtroom, proving the case against the Chinese corporation could be impossible when the evidence needed “is in the hands of the [corporation] or of a host State unwilling to cooperate.”Id. Even where a plaintiff can prove liability, Chinese courts may not be willing to hold Chinese firms responsible in cases where major SOEs are involved or when foreign subsidiaries caused the destruction.Collecting from a Chinese parent company on judgments rendered against its foreign subsidiaries poses unique problems as well. While “piercing the corporate veil” is not easy in Western nations, it is even more difficult in China. Under the Companies Law of 2005, the parent company is considered a shareholder of its subsidiaries, but it is not held liable for the subsidiary’s judgment debts unless two conditions are met. First, the plaintiff must show that that the parent company shareholder has attempted to “[evade] the payment of its debts by abusing the independent status of legal person or the shareholder’s limited liabilities.” Art. 20. This subjective standard of fault is exceptionally difficult to prove. Second, the plaintiff must show that the subsidiary’s action has “seriously injure[d] the interests of [a] creditor . . . .” Art. 64. This amorphous requirement is not only difficult to prove, but gives the judge considerable discretion in deciding whether to hold a parent company liable. Additionally, the creditor must also become involved in the case in order to prove this element. Companies Law of the People’s Republic of China (promulgated by the Standing Comm. Nat’l People’s Cong., Oct. 27, 2005, effective Jan. 1, 2006) (China), available at http://www.csrc.gov.cn/pub/csrc_en/laws/rfdm/statelaws/200904/t20090428_102712.htm. Finally, courts may be reluctant to impose liability when foreign relations issues are involved, as they almost always are in Sino-African resource acquisition projects.Morgera, supra note 38, at 33.

III. Law and Regulatory Control of OFDI and Operations Abroad

The discussion thus far has exposed some of the difficulties of dealing with destructive acts by multinationals in general and Chinese corporations in particular. The remainder of this article will examine this problem in the specific context of the Chinese government and related institutions that are involved with Chinese corporate actors around the globe.

The Chinese government already has an elaborate regulatory system in place to oversee foreign investments, but this system focuses primarily on commercial and strategic viability, rather than environmental oversight and enforcement. Nevertheless, with the government already so deeply involved in foreign investment projects, it could exercise more effective and meaningful oversight if it chose to do so. This section describes the Chinese entities involved in outward foreign direct investment (OFDI) regulation and the ways that environmental concerns are incorporated into their decision making.

A. National Development and Reform Commission

 The National Development and Reform Commission (NDRC), an agency under the State Council, is a macroeconomic planning entity charged with managing general economic policy.OECD Review, supra note 8, at 87. Depending on the particulars of an OFDI project, it may also review and approve individual proposals.Id. at 83. In order for the NDRC to approve a project, it must find that the project will comply with domestic laws, regulations, and policies, and “comply with the demands of sustainable development of the economy and society . . . .”Article 18 of The Interim Measures for the Administration, Examination and Approval of Overseas Investment Projects provides:

The requirements for the project that shall be examined and approved by the National Development and Reform Commission are as follows: (1) it shall abide by the laws and regulations of the state and the industrial policies, not do harm to the sovereignty, safety and public interests of the state and not violate the rules of international law; (2) it shall comply with the demands of sustainable development of the economy and society and be helpful to the development of strategic resources required for developing the national economy . . . .

The Interim Measures for the Administration, Examination and Approval of Overseas Investment Projects (promulgated by the Nat’l Dev. and Reform Comm’n, Oct. 9, 2004) (China), available at http://www.asianlii.org/cn/legis/cen/laws/timftaoeaaotoip1038/.
Since these vague terms are undefined, however, such a finding may not ultimately require much by way of actual evidence that the project will operate sustainably. Finally, given NDRC’s macroeconomic focus, NDRC does not seem to emphasize environmental issues in its review process. In most respects, its approval process and criteria are largely similar to that of the Ministry of Commerce, described below, except that NDRC is less likely to delve into the technical details and analysis of specific projects.

B. MOFCOM

The Ministry of Commerce (MOFCOM, or sometimes MOC) is responsible for “setting administrative measures and specific policies, guiding China’s overseas investment, approving each OFDI proposal, and recording OFDI data.”OECD Review, supra note 8, at 87. MOFCOM and NDRC’s review criteria may be similar, but MOFCOM tends to review projects in more specific detail, both with regards to economic viability and operations in the host country.Id. at 87–88. Overseas investors must submit various documents disclosing financial details and attesting that projects will comply with local laws and be compatible with Chinese strategic interests. MOFCOM also administers a database regarding local laws in nations where Chinese businesses operate in an effort to help businesses succeed and comply with local laws.Id. at 89, 93.

MOFCOM’s authority is further split among several departments tasked with overseeing different aspects of foreign economic activity. The Department of Foreign Economic Cooperation (DFEC) is charged with regulating all Chinese companies operating overseas and has the authority to punish corporations that violate MOFCOM regulations or Chinese laws.Bates Gill & James Reilly, The Tenuous Hold of China Inc. in Africa, Wash. Q., Summer 2007, at 42.  The Department of Foreign Aid (DFA) administers China’s aid projects, including concessional loans and oil-for-infrastructure projects. In this role, DFA is responsible for approving Chinese contractors and “takes direct responsibility for the safety and quality of construction in China’s aid projects.”Id. at 43.

All this project-level involvement puts MOFCOM and its departments in a good position to exercise oversight of OFDI, but this capacity is underutilized in the environmental context for a variety of reasons. Most importantly, MOFCOM has incompatibly conflicting responsibilities because it is charged with both helping Chinese companies succeed in their overseas business ventures and with regulating them. As long as MOFCOM and the State Council’s primary interest continues to be economic development, regulatory enforcement is unlikely to emanate from MOFCOM itself in all but the most egregious cases. Furthermore, MOFCOM does not have direct authority over any of the SOEs operating abroad, so it cannot take effective action against these companies in most cases.Id. at 44–45.

C. Economic and Commercial Counselor

The Chinese embassy in each host nation also has an Economic and Commercial Counselor (ECC) office that manages economic links between the host nation and China. The ECC has a unique role in OFDI policy because it is sometimes the only office in a position to oversee projects from beginning to end, but occupies a sort of no-man’s land in the bureaucracy that leaves it at once independent from oversight, yet powerless in its own right. On one hand, the ECC is not directly subject to the administrative authority of any ministry that might seek to enhance environmental compliance, such as MEP or MOFCOM (which does not have administrative authority over the ECC, in spite of their close relationship), so it need not enforce any other department’s decision if it chooses not to do so.To those who are less familiar with the workings of Chinese bureaucracy, or who accept the “China, Inc.” model that portrays Chinese government and business interests as a unified force, this idea of competing bureaucracies may seem strange. However, the truth is that turf wars between ministries and with the central government are common, and regulating businesses is often more difficult than people presume. For further discussion of the complexities of the Chinese bureaucracy with regards to OFDI and the energy sector in particular, see generally Gill & Reilly, supra note 73 and Downs, supra note 17 at 16–39. On the other hand, the ECC is responsible for providing MOFCOM with relevant information regarding any proposed project,Under Articles 10 and 11 of The Measures for Overseas Investment Management, MOFCOM must solicit the ECC’s opinion regarding “the basic information on the investment and other relevant information” before MOFCOM can approve a proposed project. The Measures for Overseas Investment Management (promulgated by the Ministry of Commerce, Mar. 16, 2009) (China), available at http://www.procedurallaw.cn/english/law/200904/t20090402_202192.html. including an opinion regarding the proposal’s impacts “on the bilateral political, economic and trade relationships.”Article 11 states:
The [economic and trade counselor’s office of the] embassy or consulate of China in the foreign country or region shall put forward its opinion in such respects as the security status of the host country and the impact of the investment on the bilateral political, economic and trade relationships, and make a reply within 10 workdays after receiving the letter of request for opinion.
Id.
Yet, the ECC has no authority to do anything if its opinion is negative. The ECC also helps inform each company of the laws that apply to it in any given situation. This role draws significantly upon MOFCOM’s expertise with the financial and legal requirements in each host nation, but again ECC’s role is limited to information sharing.OECD Review, supra note 8, at 93. Finally, like MOFCOM, the ECC has no direct lines of authority over Chinese corporations in Africa.Gill & Reilly, supra note 73, at 45, 47; see also Downs, supra note 17, at 21–24 (describing some of the ways officers avoid responsibility or circumvent bureaucratic oversight).

In spite of these handicaps, the ECC is in a position to observe both potential and actual environmental effects in projects. In fact, it is arguably required to do so. For example, the ECC’s assessment of probable trade effects could include a full report of a project’s potential environmental impacts since adverse effects to host nation environments can easily lead to strained relations. However, the ECC must file its opinion on the project within ten days of receiving a request from MOFCOM, which is not enough time to conduct a thorough environmental evaluation.The Measures for Overseas Investment Management, supra note 77, at Art. 11. Furthermore, although the ECC is tasked with helping Chinese corporations increase their knowledge and compliance with host State laws, it has neither the environmental expertise nor the manpower to monitor operations. The ECC office in Zambia, for example, had only six staff members in 2007 when the Chiman mining problems occurred.Haglund, supra note 61, at 557 (as of 2007).

D. SASAC

The State-owned Assets Supervision and Administration Commission (SASAC) either owns or holds a controlling share of stocks in all of China’s State-owned entities (SOEs).Id. at 42. Because the SOEs carry out the vast majority of resource acquisition OFDI from China into Africa, SASAC is a key player in decisions regarding corporate operations in host nations.Gill & Reilly, supra note 73, at 44 (noting that because “[p]rovince-level SOEs make up approximately 88 percent of all Chinese firms investing abroad” provincial governments are key players “in China’s corporate engagement strategy overseas”). SASAC’s role is virtually indistinguishable from that of a typical managing shareholder in that its sole concern is in maximizing the economic performance of its companies.Id. at 42. This gives SASAC every incentive to avoid costs associated with environmental compliance. This is particularly problematic because SASAC is not effectively checked by any other ministries with competing interests. As an organ of the State Council, SASAC’s bureaucratic ranking is equivalent to any of the ministries that might try to exert authority over SOEs, so State-owned corporations enjoy the privilege of influencing both the implementation and enforcement of regulations that affect them.Id.; see also Downs, supra note 17, at 21–24 (discussing the relationship of the oil companies to the government).

This is not to say that SASAC thwarts every attempt to regulate SOE conduct. It recently issued several directives ostensibly intended to raise the level of SOE conduct. The Guiding Opinion on Fulfilling Social Responsibilities by Central Enterprises (December 2007), for example, sets forth lofty goals for sustainably conducting business within China, including establishing norms for evaluating and reporting corporate social responsibilities.OECD Review, supra note 8, at 190–91; see also id. at 225–35 (full text of the Guiding Opinion). The Guiding Opinion also specifically recognizes that good corporate citizenship is increasingly important for fostering international political and economic relationships and developing an image of responsibility for central enterprises.Id. at 191.   Accordingly, many of China’s largest SOEs in Africa have adopted corporate codes of conduct and at least nominally committed themselves to international corporate social responsibility (CSR) initiatives like the U.N. Global Compact.United Nations, Pamphlet, The United Nations Global Compact (2011), available at http://www.unglobalcompact.org/docs/news_events/8.1/GC_brochure_FINAL.pdf. To see what companies are members of the Global Compact, see http://www.unglobalcompact.org/participants/search. Some enterprises have even implemented external auditing procedures that are designed to demonstrate compliance with international standards and meet the expectations of foreign investors or partners.OECD Review, supra note 8, at 214. While such voluntary initiatives are commendable, they are no substitute for effective governmental regulation and oversight.

E. Financial Institutions

China Development Bank (CDB) and the Export-Import Bank (Ex-Im Bank) are China’s two major State-owned banks that deal with foreign investment and aid projects. As the primary funding source for the kinds of development projects we have discussed, these financial institutions often have the most direct contact with the operating details of specific projects. CDB is responsible for managing the China Africa Development Fund, which makes approximately $5 billion available for increasing agricultural and manufacturing investments in ongoing Chinese projects in Africa.Id. at 117.

The Ex-Im Bank, however, is the most important bank in African policy, holding an outstanding loan balance of at least $7 billion for African projects, which account for nearly twenty percent of its total business.OECD Review, supra note 8, at 115. Ex-Im Bank coordinates with MOFCOM to arrange bidding for all of China’s official economic aid projects, provides low-rate loans to African governments for aid programs, and encourages Chinese firms to invest in Africa through export credits and loans for overseas projects, often with direct support from government officials.Gill & Reilly, supra note 73, at 43. The vast majority of these projects are in the infrastructure development sectors, including “dams, hydropower, thermal nuclear power plants, oil facilities, copper mines, and railways.”Id. Ex-Im Bank reportedly made approximately $20 billion available for further projects in Africa in 2008–2010.

IV. The Government Interest in Promoting Environmentally Responsible Conduct

Although the governmental structure described above does not appear to provide sufficient oversight, the Chinese government has shown an increased interest in promoting corporate environmental and social responsibility. Just as the government has acknowledged the need for better environmental protection domestically over the last decade, it seems to have realized that rampant destruction in African host nations is unsustainable as both an environmental and a commercial practice. Each of the governmental bodies detailed in the previous section has reason to help ensure that Chinese corporations conduct business in environmentally responsible ways, even if it comes at some expense.

At the national level, the Central Government has at least nominally recognized that it is not in China’s long term interest to allow its companies to wreak havoc on the environments of host nations.OECD Review, supra note 8, at 186. Such actions contribute to an already somewhat negative image of China as a player in the international business community, which can be damaging in several ways. First, wealthier Western corporations are increasingly conscious of public perceptions regarding their corporate responsibility.See, e.g., Karin Buhmann, Corporate Social Responsibility in China: Current Issues and Their Relevance for Implementation of Law, 22 Copenhagen J. Asian Stud. 62, 83 (2005) (“Low respect for CSR is increasingly recognized as a risk for corporate investment and reputation.”). Major companies are therefore less willing to be associated with high profile environmental destruction, even if the actions are perpetrated by suppliers or foreign partners.OECD Review, supra note 8, at 157 (quoting Chinese scholar Wang Zhile, who points out that “[i]international society will not apply lower standards to Chinese corporations overseas simply because they are from a developing country”). This trend could make it increasingly difficult for China to attract foreign investment and forge partnerships with the wealthy corporations that will help ensure China’s economic prosperity in the future.Id. at 162 (“[M]ultinationals may prefer to source items from suppliers deemed capable of implementing international standards of corporate conduct.”). Developing environmentally responsible operations and implementing credible mechanisms to report on corporate responsibility can help Chinese suppliers and manufacturers secure and retain business from international customers.

Second, the perception that Chinese businesses are destructive to host nations makes it less likely that other nations will open their doors to Chinese corporations. This not only hurts immediate business interests but also affects China’s long term resource goals.Daniel H. Rosen & Thilo Hanemann, Peterson Inst. for Int’l Econ., China’s Changing Outbound Foreign Direct Investment Profile: Drivers and Policy Implications (2009) (“Shielding pariah-state governments or providing ‘no strings attached’ loans to the developing world might help some of the established OFDI players, but it hurts the reputation of China’s firms among consumers and thus harms the interest of China’s next generation of OFDI investors.”). Rampant environmental destruction in host nations may cause such resentment that foreign governments are forced to address the problems through more stringent regulations. In the most egregious cases, a host nation may react more harshly still, as Sierra Leone did when it banned timber exports entirely at the beginning of 2010.While not directly blaming any specific entities for the destruction, Sierra Leone officials noted that “tens of millions of dollars’ worth of logs were smuggled out of the country to Middle Eastern and Southeast Asian countries . . . .” Rhett A. Butler, Sierra Leone Cracks Down on Illegal Logging by Banning Log Exports, Mongabay, Jan. 2, 2010, http://news.mongabay.com/2010/0102-sierra_leone.html. Such backlash could imperil long term relations with the supplier nations that are vital to China’s continued growth and development. So while NDRC and MOFCOM, for example, may not presently be interested in environmental regulation, they must come to realize that their common goal of increased economic prosperity can only be achieved by ensuring a certain level of responsible conduct.Rosen & Hanemann, supra note 99, at 12 (“Anti-Chinese sentiment in host countries and concerns articulated by third-country governments and nongovernmental organizations have forced an internal debate between the steward of China’s new-found soft power, the Ministry of Foreign Affairs (MOFA), and those concerned only with maximizing overseas access.”).

Accordingly, the government has adopted an active posture in urging corporations to conduct their operations abroad responsibly. The latest version of the national Company Law includes a requirement that companies adhere to notions of social and business morality.OECD Review, supra note 8, at 144. China has also significantly increased its participation and visibility in regional and international programs aimed at fostering corporate responsibility.Id. at 202–08 (describing several recent and ongoing efforts). The government has focused on encouraging businesses to work voluntarily toward higher standards of CSR, perhaps because this “is easier than relying on regulations that the State lacks the administrative capacity to enforce and that, if enforced, would reduce global competitiveness.”Editorial: ‘CSR’ Will Not Be Delivered by Businesses Alone, China Dev. Brief, Nov. 4, 2005, www.chinadevelopmentbrief.com/node/287. There also appears to be a heightened expectation that companies actually make efforts to abide by the commitments of such programs, as opposed to simply signing onto them.The enzyme producing company Novozymes China and mining company Lafarge, for example, have supported significant domestic projects by the Chinese chapter of the World Wildlife Federation (WWF), “partly in response to growing expectations from the Chinese government.” Buhmann, supra note 96, at 72. While this effort is commendable in many respects, Chinese notions of CSR must begin to include responsible conduct in the supply chain, rather than only in the immediate production process.

V. Opportunities for Improvement

A. Structural Improvement

The current regulatory structure may be unwieldy and inefficient, but it does allow the government several opportunities to review and regulate environmental impacts associated with OFDI. Even where the process currently purports to take environmental considerations into account, it would benefit from increased reference to objective standards. This final section presents an analysis of several tools that can be employed to help Chinese companies address environmental issues in foreign nations.

1. Consolidate Oversight Authority

The problems of the bureaucracy described above are clear. Each of the bodies mentioned has a different mission and different priorities regarding overseas investments. SASAC seeks, for example, to maximize profits, just as any corporate stakeholder does.Gill & Reilly, supra note 73, at 42. This purpose can easily conflict with the goals of MOFCOM, which is involved at the macro level in approving and facilitating projects that are consistent with larger policy goals.OECD Review, supra note 8, at 87. Even within these bodies, the State Council has decentralized much authority to lower levels, thereby increasing the number of competing offices involved in OFDI approval and oversight.Gill & Reilly, supra note 73, at 44 (“China relies heavily on coordination among a complex array of corporations and government bureaucracies to achieve its policy objectives in Africa. These companies are ranked at city, province, and national levels and are responsible to different bureaucracies, impeding effective government oversight.”). As a result, no single entity is responsible for evaluating and monitoring environmental impacts, nor is it clear who should be responsible for addressing issues as they arise. This systemic problem makes it extremely difficult to conceive of a solution within the current governmental structure.

While we recognize that it is unrealistic to expect wholesale changes to this bureaucracy, the preferred solution is to empower a single governmental body to administer and regulate the environmental issues associated with foreign investment projects. Just as the elevation of SEPA to a ministry-level body has greatly expanded its influence domestically,OECD Review, supra note 8, at 263. designating one department within the Chinese government to exercise control over all environmental impacts abroad would greatly increase the efficacy of the regulatory power. None of the current agencies is specifically responsible for reviewing and overseeing the environmental aspects of these projects, so the government should either establish a new department or designate an existing one to assume this role.

The best solution is to authorize a department within MEP to exercise authority abroad and to operate independently of the economic agencies that are currently involved in the process. It would be virtually impossible to force any real changes in corporate practices abroad without MEP’s involvement. MEP is the only existing ministry with the expertise to monitor projects in any meaningful sense. Additionally, MEP’s exclusive duty is to oversee environmental issues, so it is the only agency that could begin to counteract the influence of the economic agencies that currently dominate the process. Finally, MEP’s ministry-level status makes it at least theoretically capable of exercising authority over the corporate entities it would regulate. If MEP were specifically charged with regulating foreign investment projects, it would be able to contend with the economic agencies’ efforts to maximize profits and business relationships in host nations.Gill & Reilly, supra note 73, at 44 (“Finally, the interests of Chinese corporations and their supporting bureaucratic agencies of the Chinese government may conflict with the interests of other Chinese government bureaucratic actors also engaged in Africa.”).

Currently, MEP is technically authorized to dispatch counselors abroad, but it needs the permission of both the Ministry of Foreign Affairs and the State Council in order to do so.This rule is distilled from the directions contained in The Working Rules of the State Council, Art. 39; The Regulation on the Main Functions and Staffing of the Ministry of Environmental Protection of China, Art. 16-4; and The Law of China on Diplomatic Personnel Stationed Abroad, Art. 24-3. This impedes its independence and ability to maintain a presence where it is needed. MEP should be independently authorized to establish offices alongside the ECC and DFEC in the nations where Chinese businesses operate so that it is in a position to exercise oversight of environmental issues in these host nations.

The same enforcement difficulties that plague MEP domestically would be present in foreign offices on an even larger scale.Such problems include “the limitations of bureaucratic capacity, geographical distance, and companies’ incentives to hide information,” all of which make it very difficult to “[access] timely information sufficient for oversight.” Gill & Reilly, supra note 73, at 44. However, the current situation allows corporate and economic interests to exercise virtually unfettered control over foreign operations. Any effort that brings environmental experts and policies into the foreign regulatory structure would be an improvement over the status quo.

2. Meaningful Review and Oversight Within the Current Structure

In the absence of a newly-authorized foreign division of MEP, there are other ways that current bureaucratic procedures could better address the environmental impacts of foreign projects. Within the current structure, MOFCOM and its DFEC seem best-positioned to provide substantive environmental review of investment projects. DFEC must approve projects at an operational level,Id. at 42–44. which requires it (theoretically, at least) to engage in an analysis of the project itself and the environment—both physical and legal—of its proposed location. DFEC also supposedly possesses the authority to punish firms that do not adhere to MOFCOM regulations and to Chinese law,Id. at 42. so DFEC should be able to enforce requirements both before and during overseas investment projects.

MOFCOM already appears to be accepting increased responsibility for environmental issues pertaining to foreign projects, both in terms of information sharing and oversight. In order to help Chinese companies comply with local laws, MOFCOM administers a database of laws in every nation with which China enjoys significant economic ties, including environmental laws.Id. at 42; OECD Review, supra note 8, at 89. While these laws may not be rigorous enough to prevent environmental degradation in all situations, MOFCOM’s efforts at least indicate a willingness to help companies comply with these laws. Increased consultations between operators and MOFCOM officials should be encouraged so that companies can use this information to guide development choices.

More importantly, MOFCOM has begun to coordinate with other bodies to require more responsible corporate conduct. For example, SEPA (now MEP) and MOFCOM issued a circular in October 2007 that instituted a “green trade policy” intended to increase domestic penalties for Chinese enterprises that have violated environmental laws and regulations within China.OECD Review, supra note 8, at 265. Under this policy, the government has the power to severely restrict a business’s ability to engage in export activity and foreign trade if the business violates Chinese environmental regulations and laws.Id. This sort of policy promotes cooperation between agencies and shows that China is capable of using trade restrictions as an enforcement tool against polluting industries. If a comparable regulation applied to industries operating outside of China, those firms would have increased incentives to obey the laws and behave responsibly. The threat of losing import/export licenses or government support would force businesses to take modest steps toward fulfilling their environmental responsibilities in foreign nations.

More basic goals can be achieved by requiring that MOFCOM/DFEC’s initial analysis include a substantial and reliable environmental impact assessment of every major project. Legal authority for this requirement arguably exists within the current Measures for Overseas Investment Management. Article 12 of the Measures requires that an array of application materials be submitted to MOFCOM for approval before projects begin,Article 12 requires:
An enterprise making any overseas investment prescribed in Article 6 or 7 of these Measures shall submit the following materials:
1. an application form, which shall mainly cover the name, registered capital, amount of investment, scope of business and duration of business of the overseas enterprise, an explanation of sources of investment capital, the specific contents of the investment, the equity structure, the analysis and assessment of the investment environment, and a statement of lack of any of the circumstances prescribed in Article 9 of these Measures;
2. a photocopy of the business license of the enterprise;
3. the bylaw of the overseas enterprise and the relevant agreement or contract;
4. the approval or filing document issued by the relevant state department;
5. a Pre-report on Overseas Merger or Acquisition (see Annex 3 for its format) if it is an overseas investment in the category of merger and acquisition; and
6. other documents as specified by the competent department . . . .

The Measures for Overseas Investment Management, supra note 77.
but because that Ministry’s primary focus is economic, it reviews primarily financial arrangements and investment conditions. However, the final subsection (Article 12, Section 6) gives MOFCOM the authority to require “other documents as specified by the competent department,” which could easily be defined to include an MEP-approved EIA.Id. Ideally, there would be some mechanism for ensuring that environmental data were subject to independent verification. Developing a culture of compliance and increasing the reliability of such assessments would be no simple task, but any level of increased attention to environmental issues in both the planning and operational phases will be an improvement.

Additionally, Article 9 of the Measures requires MOFCOM to deny an application if a proposed project will damage China’s relationship with the host nation.Article 9 provides:
Where the overseas investment of an enterprise falls under any of the following circumstances, the Ministry of Commerce or the provincial commerce department shall disapprove it:
1. endangering the state sovereignty, national security and public interests of China or violating a law or regulation of China;
2. damaging the relationship between China and a relevant country or region;
3. likely violating any international treaty concluded by China with a foreign party; or
4. involving any technology or goods prohibited by China from import.
The economic and technical feasibility of an overseas investment shall be the sole responsibility of the enterprise . . . .
Id.
As it becomes clearer that environmental destruction can damage relationships between China and the host, this clause should be used to reject projects that pose a serious threat to the environment, particularly where that threat has health implications for local residents.See, e.g., Gill & Reilly, supra note 73, at 46 (describing the high profile anti-Chinese backlash in Zambia following a deadly mine explosion in 2006).

3. Regulatory Standards

While a general re-structuring of the bureaucratic oversight mechanisms would permit more centralized review, increased efficiency, and better decision making,This assumes of course that the government’s intense involvement in commercial transactions can deliver these benefits at all. OECD Review, supra note 8, at 89. The OECD recommends that the government remove its oversight authority and permit firms to make investment decisions based on their evaluation of the markets. improvements are possible within the current system by the simple application of meaningful standards to the approval process. For example, there are no firm guidelines governing environmental impact assessments, nor is there any mechanism to allow third parties to review them for accuracy and completeness. Without third party review, there is no mechanism to verify the accuracy of completed project assessments.

In order to facilitate meaningful oversight of corporate conduct generally, the government must develop and support a system of nationally recommended standards that corporations will eventually be required to meet. Such standards could draw on accepted environmental norms and specific international standardization schemes, such as the OECD Guidelines for Multinational Companies and ISO systems. Each of these systems provides specific guidelines for ensuring responsible conduct, including due diligence and management of suppliers. Some 8,000 companies in China have been certified as meeting ISO 14001 standards,Id. at 186. and there is increasing evidence of Chinese corporations referencing or working within OECD guidelines as a result of their global business contacts.Id. at 151. This is so because OECD member State corporations are expected to promote conformity with OECD standards throughout their supply chains.Id.; OECD Guidelines, ¶ 2, § 1 (Concepts and Principles). Because China is a link in so many supply chains leading to Western OECD nations, its major international corporations have necessarily worked with their Western partners to raise operating standards within China. The next step is to extend these practices beyond China’s domestic production facilities to their suppliers.

While we should not expect China to adopt these international standards universally, they provide a proper starting point for developing a system to fit China’s needs. In order to have an effect, any guidelines China issues will have to be sector-specific and will have to avoid the kind of vague language that plagues its legal regulations. While this is a daunting task, China’s domestic textile industry successfully developed sector-specific national standards in 2006,OECD Review, supra note 8, at 213–14. China’s National Textile and Apparel Council piloted a CSR standard among its ten member enterprises. The China Social Compliance standard (CSC9000T) is one result of an extended E.U.-China Trade Program that has been working to support China’s integration into the world trading system. which shows that such standards can, in fact, be created and implemented. This kind of effort could be mounted in the mining industry, for example, with the aid of international organizations like the Extractive Industries Transparency Initiative and domestic coalitions like the China International Mining Group.OECD Review, supra note 8, at 118, 211–12. Industry trade groups should work with the government to develop meaningful standards in the sectors that Chinese companies are most involved in overseas because, as SEPA noted during the course of one such collaboration, “industrial associations are familiar with their own industry’s technology and management, so their participation will make economic policy more pertinent.”SEPA Working with Industrial Associations for Environmental Policy, CSR China (Sept. 17, 2007), http://www.chinacsr.com/en/2007/09/17/1689-sepa-working-with-industrial-associations-for-environmental-policy. So long as industry is not empowered to entirely write its own rules, such collaboration can be valuable.

Once in place, specific standards can be used to hold companies accountable for their actions through several mechanisms. If the standards are legally binding (which is unlikely in the short to medium term), then companies that fail to achieve them could be punished or fined. More likely, perhaps, is a less stringent approach that would use the standards as reference points by which interested parties could measure a company’s social responsibility. This would help facilitate meaningful assessment and reporting of corporate conduct abroad and could have a real impact if government officials considered these reports when evaluating applications for further investment or expansion abroad. Even if such evaluations had no legal effect, public pressure would be more easily harnessed if an interested party could publicize specific shortcomings in a company’s business practices.

4. Foreign Application of Chinese Laws

Another option is to extend the application of Chinese laws to foreign operators and subsidiaries so that these entities are subject to the oversight and legal authority of Chinese officials. The drawbacks and difficulties of implementing a system of extraterritorial application of home State laws are discussed in Part II.B.1, but it is nevertheless possible that the Chinese government will have to extend its reach further into foreign operations if it truly wants to confront this issue. As noted earlier, China and several other developing nations appear to increasingly expect home States to exert some control over the multinational corporations operating within developing host nations. Chinese officials should recognize that they must accept that responsibility if their corporations are to continue spreading across the globe.

While it will be difficult to implement such a program, many States have laws that apply to corporate conduct in foreign nations, so there is precedent for such a legal regime.“In the United States, for example, the Securities Act of 1933, the Securities Exchange Act of 1934, and the Foreign Corrupt Practices Act of 1977 (FCPA) all confer (or have been interpreted to confer) extraterritorial jurisdiction over corporate actors.” Broecker, supra note 54, at 182. But even the United States does not require its corporations to abide by all American laws in their overseas operations (minimum wage requirements, for example),Id. at 183–84. so it is difficult to imagine the Chinese government fully applying its domestic laws to operations in far-off nations such as Zambia and Sudan. Nevertheless, no corporation can expect its overseas operations to be entirely beyond the reach of its home State’s legal authority. The Chinese government can legitimately implement and enforce regulations abroad if it chooses to do so.

This idea has gained some support in China, and the government now has certain regulations that extend to corporate operations outside of its borders.Most of the regulations, however, apply to offshore oil activities and protecting the marine environment, both of which are areas in which all home nations are expected to regulate their corporations. These include, for example, the Marine Environment Protection Law, Regulations Concerning Environmental Protection in Offshore Oil Exploration and Exploitation, Regulations on the Prevention of Pollution Damage to the Marine Environment by Land-sourced Pollutants, Regulations on Environmental Impact Assessment Procedures of Offshore Oil Exploitation Projects. The Guide on Sustainable Overseas Silviculture, for example, applies to “regulating and guiding the whole process of the overseas activities of Chinese enterprises in silviculture . . . .”Guide on Sustainable Overseas Silviculture (Aug. 27, 2007), available at http://www.geichina.org/_upload/file/Guide_silviculture_EN.pdf. Most importantly, these regulations require a thorough environmental assessment and a sustainability plan for all Chinese logging operations overseas, even when such a plan is not required by host State law.Id. § 5.2. The Guidelines also urge operators to reach out to local residents by “establish[ing] a consultative mechanism with the local community.”Id. § 6.4. There is, however, no clear enforcement mechanism, nor any avenue for affected residents to seek enforcement or compensation if they suffer harm. Furthermore, the guidelines suffer from a lack of specificity, as do most Chinese laws. Nevertheless, the development and issuance of guidelines in other major industries would begin the process of extending extraterritorial jurisdiction to Chinese companies that operate abroad.

Another recent development may indicate that Chinese officials are moving even further toward directly applying Chinese law abroad. In the summer of 2009, China Daily reported that MEP and MOFCOM had completed a draft of mandatory measures that would set forth many of the legal obligations we have discussed in this article to all Chinese companies involved in overseas projects.Li Jing, Green Rules Eye Chinese Firms Abroad, China Daily, May 29, 2009, http://www.chinadaily.com.cn/bizchina/2009-05/29/content_7952605.htm. The regulations would require all companies to comply with the environmental laws of the host nation and, in cases where Chinese standards exceed those of the host nation, to meet Chinese standards.Id. There are also provisions requiring companies to compensate nations and/or victims for environmental damage they inflict, but no information on how that might be calculated is yet available. The draft also includes provisions mandating environmental impact assessments, mitigation strategies, and adherence to all environmental treaties to which China is a party.

MOFCOM and MEP are apparently reviewing these guidelines for possible promulgation.Jing, supra note 135. If the guidelines are ultimately issued, they would be significant for a number of reasons. Companies would be forced to pay more attention to the legal requirements of the sector in which they operate or risk violating Chinese law. Companies would hopefully be more likely to comply because they are more familiar with the Chinese laws that apply to their particular business and might be more concerned if penalties were assessed at home rather than in the host State. The real effect on conduct in host countries may not be as substantial as one might hope given the low standards of both host and Chinese laws, but the fact that the government is considering this matter seriously is important in itself. If these regulations become part of Chinese corporate law they could have a real effect on the ground.

B. The Role of Financial Institutions

Financial institutions are also well positioned to encourage more environmentally responsible conduct. Chinese banks appear to have recognized this in recent years, but they must begin to move beyond cursory policy statements and implement recognized international standards to ensure that the projects they fund are not overly destructive.OECD Review, supra note 8, at 91.

1. Lending Standards that Reference Environmental Issues

International banks and institutions currently use several sets of lending criteria to evaluate the potential social and environmental impacts of proposed projects. While traditional banks and lending institutions typically use the Equator Principles (EP) to evaluate aid projects, the World Bank’s IFC uses its Performance Criteria.Morgera, supra note 38, at 169. Both systems employ specific standards to evaluate projects with respect to pollution prevention, greenhouse gas emissions, management of hazardous wastes, and biodiversity protection.See id. at 150–67 (describing the details of the IFC’s Performance Criteria); see also Haglund, supra note 61, at 565. If a proposal does not satisfy the criteria, the lending institution is expected to deny funding.Haglund, supra note 61, at 565. If a project is approved, frequent consultations between lenders, corporations, and independent experts help firms respond to environmental and social concerns early in the planning process when it is still feasible to adjust the project to avoid the identified problems.Morgera, supra note 38, at 154.

Such standards are now routine in the international project finance market.In fact, seventy-five percent of global project financing is provided by banks that have signed onto the EPs. Haglund, supra note 61, at 565. However, China’s banks have not embraced the standards as fully as Western banks.Id. at 565–66. Banks in China do not face the degree of social pressure and criticism that Western banks associated with environmentally destructive projects tend to receive.Id. at 566. Publicly-listed Western institutions are typically subject to various disclosure requirements that allow shareholders and regulators to monitor CSR activities. The majority of Chinese lenders (including, most importantly, Ex-Im Bank) are not subject to rigorous disclosure requirements, so they feel neither social nor legal pressure to avoid potentially destructive projects.Id.

The central government has recently pressured banks to pay more attention to the environmental effects of the projects they finance in order to enhance China’s image as a socially responsible business partner.OECD Review, supra note 8, at 145. As a result, some positive steps have occurred to improve consultation at the lending stage. In the domestic arena, beginning in the mid-1990s, “the People’s Bank of China adopted a policy of refusing to extend credit to firms that did not correctly dispose of their industrial waste or that failed to meet State standards for environmental protection.”Economy, supra note 14, at 116. Moreover, in July 2007, SEPA, the People’s Bank of China (PBOC), and the China Banking Regulatory Commission (CBRC) implemented the “green credit policy,” establishing systemic links between environmental protection agencies and credit administration institutions.OECD Review, supra note 8, at 264. The “green credit policy” allows banks “to suspend or limit loans to enterprises violating environmental laws.”Id. The OECD reported that in the first year of the program’s existence, SEPA “provided more than 30,000 pieces of information on violation[s] of environmental laws to the Credit Information System Bureau” so that commercial banks could implement the policy and begin restricting funds.Id. One year later, SEPA signed an agreement with the IFC to help introduce the Equator Principles domestically. However the criteria are not slated to apply to overseas projects, and Ex-Im has not fully adopted the EPs.Haglund, supra note 61, at 565–66.

Currently, the “green credit policy” only applies to firms operating within China.OECD Review, supra note 8, at 264. The green credit system should expand to include foreign operations in at least two ways. First, if a Chinese firm has previously violated the environmental laws of a host nation, lenders should refuse to extend credit to that firm and its subsidiaries. Second, Chinese firms with excessive violations of Chinese law domestically should not receive financing to establish or invest in foreign operations. Responsible authorities need to establish a system for disclosing information on companies who violate laws overseas in order to make such a system successful. Ex-Im Bank must be covered in order for the policy to have any meaningful effect.

Among credit exporting banks, both Ex-Im and CDB have increased the visibility of their CSR initiatives over the last couple of years. A member of the U.N. Global Compact since 2006, CDB claims it has made significant improvements in monitoring and reporting the environmental impacts of the projects that it finances.See, e.g., Press Release, China Development Bank, CDB Releases 2010 Social Responsibility Report (June 24, 2011), available at http://www.cdb.com.cn/english/NewsInfo.asp?NewsId=3776. On at least one occasion, CDP hired Det Norske Veritas, a leading international classification and compliance organization, to audit its reports and initiatives.China Development Bank Releases Corporate Social Responsibility Report, China CSR (Oct. 8, 2008), http://www.chinacsr.com/en/2008/10/08/3290-china-development-bank-releases-corporate-social-responsibility-report.

Although not a member of the Global Compact, Ex-Im Bank increasingly publicizes its own efforts to incorporate environmental standards into its project review process.See, e.g., OECD Review, supra note 8, at 190 (citing the environmental policy guidelines of Ex-Im Bank). Though many of its policies arguably lack the necessary detail to guide decision makers in evaluating proposals, they nevertheless indicate the bank’s willingness to begin incorporating environmental concerns into its lending process. Ex-Im Bank also retains authority to discontinue funding if negative environmental impacts occur during the life of a project,Id. but it is doubtful that this extreme remedy has been utilized. Finally, the policy requires a post-project review to evaluate the accuracy of the EIA and address outstanding concerns.Id.

While these policies are laudable (and similar on their face to IFC’s policies), the amount of damage done by Ex-Im-funded projects suggests that the policies are not enforced in practice. Because the Ex-Im policies are strictly internal,Id. the bank suffers no real harm if it fails to abide by them. Equally importantly, there are no assurances regarding the accuracy of assessments or effectiveness of mitigation measures. Even if a host nation approves the assessments, the approval may be meaningless if the investing firm has underestimated or underreported potential environmental impacts, or if financial pressures compel the host nation to sign off on destructive projects. The IFC addresses this problem by providing opportunities for independent experts with no financial stake in the outcome to analyze projects before funds are disbursed.Morgera, supra note 38, at 152, 210. The Chinese lending process should include a similar review. In order to play an effective role, lenders must adopt more specific and meaningful guidelines for environmental review and implement mechanisms to ensure compliance.

2. Enforcement of Standards Through the Contract

Beyond assessments and simple reporting, financial institutions can enforce substantive requirements on projects they fund through contractual stipulations and contingent funding. For example, the IFC requires projects it funds to establish a reporting process that local citizens can use to file complaints and an independent oversight office (the Compliance Adviser/Ombudsmen, or CAO) with authority to monitor active projects.Id. at 217–19. The CAO fields complaints from local citizens, makes site visits to determine compliance with lending standards, and exercises authority by limiting or placing conditions on continued financing.Id. If problems develop or complaints are received, the IFC works with the borrower to implement a timetable for meeting the expected standards, and the IFC may suspend or even withdraw funding if the situation warrants it.See Frequently Asked Questions: Chad-Cameroon Pipeline Project, The World Bank (2007), http://go.worldbank.org/MBUL0L3FO0. This extreme remedy is hardly ever invoked, but it has been used to suspend financing of the Chad-Cameroon oil pipeline because of concerns over human rights abuses in Darfur. Recently, the IFC expressed its commitment to sustainable investments by suspending all financing of palm oil plantations, which have devastated rainforests around the world, particularly in Indonesia. Robert B. Zoellick, World Bank's IFC Suspends Lending to Palm Oil Companies, Mongabay.com, Sept. 9, 2009, http://news.mongabay.com/2009/0909-palm_oil_ifc.html. Ex-Im Bank and other Chinese lending institutions should require similar mechanisms to field complaints regarding Chinese projects in foreign nations, perhaps in connection with ECC offices.

A more effective solution would emphasize the inclusion of stipulated operating standards in the lending contract as a condition of receiving continued funding for a project. Early in the stages of project planning, the IFC uses consultations between operators, environmental experts, and lenders to develop firm agreements on operating standards for individual projects based on the specifics of each venture and the local environment.Morgera, supra note 38, at 153–54. Chinese lending institutions should follow this model as well. As specific plans develop in the lending stages of a project, the details should be reduced to writing and included in the lending agreement as definitive operating standards. The operating standards become an enforceable term of the contract that must be met in order to continue receiving funding. Incorporating fixed standards for pollutant levels, for example, would contractually bind the borrower to stay within the permitted levels.

The loan agreement should also reserve monitoring rights to a third party, such as a local environmental NGO, to help ensure that the company abides by the stipulations. This will keep banks out of the business of monitoring environmental impacts and give that power to a party whose sole interest is monitoring the environmental impacts with reference to the contractual standards. Furthermore, the contracts should include more creative provisions to address other unique problems, such as granting standing to third parties or jurisdiction to specific tribunals to enforce the terms of the contract in the event of a breach.

3. Financial Markets and Exchanges

Securities and stock exchanges can also help raise the environmental standards of companies whose shares and commodities they manage. There are institutional and practical reasons for this. As a practical matter, public companies—even those that are held largely under State control—must maintain at least some level of transparency, corporate governance, and social responsibility in order to attract investors. As noted, investors are increasingly reluctant to associate with environmentally irresponsible companies.See, e.g., Buhmann, supra note 96, at 83. Companies who want to attract wealthy investors, particularly those from Western nations, must act responsibly. This requires companies not only to institute policies to prevent environmental harm abroad, but also to foster a culture of compliance by developing methods to report and publicize CSR efforts. Several Chinese banks have undertaken such initiatives in connection with their transformations into joint stock companies and IPO offerings.OECD Review, supra note 8, at 91–92.

Chinese market regulators have the power to establish disclosure and corporate governance requirements and have done so with regard to accounting procedures, record authentication, and other internal processes.Id. at 192. For example, the national Accounting Law now requires listed companies to comply with the Ministry of Finance’s Accounting Standards for Business Enterprises, which are largely consistent with the International Financial Accounting Standards.Id. at 193. By requiring Chinese companies to adhere to these internationally-recognized principles, the government has forced them to raise their standard of corporate governance and has begun cultivating a fledgling culture of compliance.

A few policies indicate that this mechanism is becoming more popular domestically. SEPA’s 2008 “green securities policy,” for example, requires companies in heavily polluting industries to submit to an environmental audit and disclose environmental information prior to issuing an IPO or refinancing through a securities market.Id. at 264–65. Local exchanges have issued even more proactive directives designed to promote responsible corporate conduct. The Shenzhen Stock Exchange, for example, issued its Social Responsibility Instructions to Listed Companies in September 2006 and has been helping the 488 companies listed on its exchange learn how to apply them.Shenzhen Stock Exchange Social Responsibility Instructions to Listed Companies, Shenz-hen Stock Exch. (Sept. 25, 2006), http://www.szse.cn/main/en/rulseandregulations/sserules/2007060410636.shtml [hereinafter Shenzhen Instructions]; see also OECD Review, supra note 8, at 211 (describing implementation since the instructions were issued). The guidelines instruct listed companies to “formulate environmental protection policies” and devote resources to establishing, implementing, and improving systems to protect the environment wherever the companies operate.Shenzhen Instructions, supra note 170, at Art. 27. Companies are supposed to ensure that their environmental protection procedures facilitate compliance with the relevant laws, reduce resource consumption and waste, and minimize adverse impacts.Id. at Art. 28. Significantly, Article 30 requires companies to report their pollution discharges to the proper authorities and pay any fines if they violate local laws.Id. at Art. 30.

While the effectiveness of these provisions is open for debate in light of the significant shortcomings in oversight and regulation of polluting industries within China, it is noteworthy that individual exchanges are stepping forward to institute their own requirements for corporate environmental responsibility. OECD reports that the Shenzhen guidelines have had at least some impact domestically,OECD Review, supra note 8, at 211. implying that the guidelines could be even more useful if foreign conduct is increasingly considered part of a company’s overall CSR profile. An enforcement mechanism would be ideal since the effectiveness of the non-mandatory guidelines is necessarily limited. Companies require large amounts of capital to conduct operations overseas. Therefore, if listed companies face the real possibility of sanctions in the form of limited or suspended trading, owners and investors will have sufficient incentive to raise their environmental standards in foreign operations.

C. Actions by Third Party Governments

Given the difficult nature of changing the system from within China, outside pressures may be needed to raise the level of responsible Chinese corporate conduct. Some nations have attempted to deal with illegal or destructive resource acquisition by controlling the products that can be imported into their nations. The European Union has, for example, implemented laws to address illegally harvested timber.Rhett A. Butler, Illegal Timber Trade to Face Tough Penalties in the E.U., Mongabay.com, Feb. 18, 2009, http://news.mongabay.com/2009/0218-timber_eu.html. While such actions may draw criticism,Principle 12 of the Rio Declaration on Environment and Development, for example, which was signed by many developing nations, strongly condemns “trade policy measures for environmental purposes” as a means of “arbitrary and unjustifiable discrimination.” United Nations Conference on Environment and Development, Rio de Janiero, Braz., June 3–14, 1992, Rio Declaration on Environment and Development, U.N. Doc. A/CONF.151/26/Rev.1 (Vol. 1), Annex 1, Principle 12 (Aug. 12, 1992), excerpted in Economy, supra note 14, at 202. they can have an effect on behavior by shifting enforcement responsibility from an unwilling host nation to an interested importing nation.

1. The Lacey Act

The U.S. Lacey Act16 U.S.C. §§ 3371–3378 (2006). was initially drafted to prevent trade in endangered animals but has been expanded to include trade in products derived from illegally harvested foreign wood.Pub. L. No. 110-246, § 4(a), 122 Stat. 1664, 2052–2056 (2008). Under the Act, American importers and producers are barred from dealing in any wood products harvested in violation of the producing nation’s laws.16 U.S.C. § 3372(a)(2)(A) (2006), amended by Pub. L. No. 110-246, § 4(a), 122 Stat. 1664, 2053 (2008). The Act applies regardless of whether the foreign law imposes civil or criminal penalties, and even if the law itself is not actively enforced in the producing nation.Id. All imported wood products must be labeled with a description of the scientific name of any wood used in the product, the value and quantity of each, and the name of the country from which it was harvested.World Res. Inst., Fact Sheet: Are You Ready for the Lacey Act? (2009), available at http://www.wri.org/stories/2009/12/fact-sheet-are-you-ready-lacey-act.

However, this documentation is not sufficient on its own. The Lacey Act imposes strict liability: importers are strictly liable for possessing products made from illegally harvested wood,See, e.g., United States v. Proceeds from Sale of Approximately 15,538 Panulirus Argus Lobster Tails, 834 F. Supp. 385, 390–91 (S.D. Fla. 1993) (interpreting 16 U.S.C. § 3374(a)(1)). though they may be found less culpable depending on the degree of due diligence.World Res. Inst., supra note 181. The main problem with the system is that host State laws may not be particularly rigorous. No matter how lax a producing State’s laws may be, the Lacey Act does not impose liability if producers comply with those laws.16 U.S.C. § 3372 (2006), amended by Pub. L. No. 110-246, § 4(a), 122 Stat. 1664, 2053 (2008).

Nevertheless, the Lacey Act is a good example of a third-party government requiring companies to take responsibility for the actions of their suppliers. More than simply requiring a paper trail, it imposes investigative responsibilities on anyone wishing to import wood or wood products into the largest consumer market in the world. This is crucial because a paper trail is not enough to ensure real compliance with host laws when forgery is commonplace.World Res. Inst., supra note 181. Rather, importers must investigate and develop relationships with suppliers that they trust to comply with local laws.Id.

2. Supply Chain Tracking for Other Resources

The question is whether the United States (or any other importing nation) can create a similar system to monitor the metals and minerals that Chinese corporations are acquiring in Africa. The unreliability and uncertainty of record keeping within the Chinese supply chains poses an initial hurdle. Many producers have very little knowledge or interest in keeping up with the source of their raw materials.Buhmann, supra note 96, at 77.

Moreover, even if supply chain tracking is possible in the wood industry, a system dealing with metals and minerals would entail additional practical difficulties. The ability to track shipments to their source, in particular, would be lost. Whereas a supplier can label a wood shipment with a scientific name and source location at the time of harvesting, the same may not be true of metals, which are smelted and blended together soon after extraction in order to be sent to China for use as wires or other components in countless factories across the country. It may be impossible to examine a product or even a shipment of a single type of ore to verify that it came from a particular source and was extracted legally, much less sustainably.

Despite these inherent difficulties, supply chain tracking and due diligence requirements may still prove useful. Supply chain tracking would force companies to keep records and pay some level of attention to the source of their raw materials. Such a system could be implemented piecemeal and build upon the kinds of reporting procedures that are already in place for wood products and human rights issues. Furthermore, supply chain tracking could occur without requiring much, if any, Chinese government involvement, as Western MNCs would be urged or required to participate by the governments and organizations of their home countries. As records are kept more universally, MNCs and international NGOs should be better able to monitor source conditions and publicize shortcomings. Whether or not there are legal repercussions for failing to report, increased attention and negative publicity could be very effective tools for pressuring Western businesses to use suppliers with higher standards. This system could eventually evolve into a more complete legal regime to foster due diligence regarding supply chains that include metals or minerals imported from China and elsewhere.

Conclusion

The relationship between African nations and China has the potential to benefit both parties greatly. But the projects that have the potential both to help lift African nations out of poverty and to fuel the Chinese business machine must involve some level of environmental awareness and responsibility. This article has discussed the shortcomings and opportunities that exist in the Chinese-African OFDI process and how the process could be changed to further incorporate environmental considerations. Most importantly, this article has suggested some ways to improve the process without adversely affecting the parties’ goals. None of the suggestions we make would significantly curb trade or impose undue hardship on businesses. We hope that by fostering a system that protects long-term interests while facilitating short-term acquisitions, the Chinese-African relationship can contribute to the development of these two vital regions in a way that is mutually beneficial and environmentally and economically sustainable.

I. Introduction

In 2004, the United Nations uncovered over 300 bullet-riddled bodies in Youghbor, a small village in Liberia.Arthur G. Blundell, Conflict Timber and Liberia’s War, 43-44 European Tropical Forest Res. Network News 32, 33 (2005), available at http://www.etfrn.org/etfrn/newsletter/news4344/articles/2_2_Blundell.pdf. As described by eyewitnesses, the massacre was carried out by the militia forces of former Liberian warlord, Charles Taylor.Id.; e.g., Charles Taylor Lawyer Storms Out of War Crimes Trial, BBC News, Feb. 8, 2011, http://www.bbc.co.uk/news/world-africa-12389550. When the United Nations investigated Taylor, they made a significant discovery as to how he financed his military prowess: timber. The timber that fueled Taylor’s crimes was harvested from what has appropriately been coined as Africa’s “blood forests.”Richard Black, New Dawn for Liberia’s ‘Blood Forests’, BBC News, Oct. 12, 2006, http://news.bbc.co.uk/2/hi/science/nature/6035617.stm.

The term of “blood” or “conflict” diamonds is widely known, most notably from the film starring Leonardo DiCaprio, Blood Diamond.Stephen Miles, Why Film Matters: No, It Really Does, Movie Cultists (May 23, 2010), http://moviecultists.com/2010/05/23/why-film-matters-no-really-it-does/. “Conflict diamonds” refers to the exploitation of diamonds mined in territories of conflict to fund the furtherance of the conflict.Conflict Diamonds: Sanctions and War, U.N. Dep’t of Pub. Info., http://www.un.org/peace/africa/Diamond.html (last visited Apr. 22, 2012). Recent notoriety of the exploitation has resulted in a resounding response world over, as diamond manufactures now proactively ensure that their products are conflict free.See, e.g., The World Jewellery Confederation (CIBJO), The Retailers Guide to Marketing Diamond Jewelry 26 (2007), available at http://www.cibjo.org/dtc/cibjo_Main.pdf.

What remains widely unknown to the general population is that diamonds are not the only resource exploited in such a devastating manner. Timber is exploited by the same criminals in furtherance of the same corrupt objectives.See generally Black, supra note 3. Analogous to conflict diamonds, conflict timber is defined as follows:

timber that has been traded at some point in the chain of custody by armed groups, be they rebel factions or regular soldiers, or by a civilian administration involved in armed conflict or its representatives, either to perpetuate conflict or take advantage of conflict situations for personal gain.See Global Witness, The Logs of War: Timber Trade and Armed Conflict 17–40, (Mar. 2002), available at http://www.unglobalcompact.org/docs/issues_doc/Peace_and_Business/Logs_of_War.pdf.

While diamonds may compete with oil as the most valuable natural resource on Africa’s expansive continent, timber is one of the most abundant.Food & Agric. Org., State of the World’s Forests 4 (2009), available at http://www.pefc.org/images/stories/documents/external/i0350e.pdf (Africa is home to sixteen percent of global forest cover). Like diamonds, timber serves as a means for some of the world’s most horrific atrocities and the primary source of funding to sustain violent civil unrest.See Global Witness, supra note 8, at 17–40. Conflict in Africa exemplifies some of the most devastating examples, yet blood forests persist on a global level and have taken particular root in Africa, South East Asia, and South America.Id.

Liberia is the poster child of forest exploitation. The African nation has long been subject to an unstable government. In 1989, a brutal civil war began, and Charles Taylor, introduced at the outset of this article, capitalized.Id. at 16; see also Blundell, supra note 1. Taylor exploited a heightened level of ethnic animosity that had accrued from the nation’s unique origin.Id. The nation of Liberia was founded by freed American slaves who were shipped to Africa. At the outbreak of the civil war, the descendants comprised only three percent of the total population but had maintained rule. His forces quickly gained control of most of the nation and, with it, its natural resources. The unrest precipitated the collapse of the already feeble economy.Blundell, supra note 1, at 33. However, despite the commercial disarray, Liberia is home to nearly half of West Africa’s tropical forests, and thus an abundant supply of timber.Background Note: Liberia, U.S. Dep’t of State (Nov. 22, 2011), available at http://www.state.gov/r/pa/ei/bgn/6618.htm (last visited Feb. 26, 2011). The timber industry continued to attract investment during the insurgency and subsequent unrest.Blundell, supra note 1, at 1. With control of this resource, Taylor and his forces had means of funding and support.See Global Witness, supra note 8, at 17-40; Blundell, supra note 1.

By 2002, the Liberian timber industry accounted for 80 million U.S. dollars and 19 million in tax revenue.Blundell, supra note 1, at 33. Yet these tax transactions were not processed in typical fashion. Rather, corruption disrupted the funds from being paid or being properly used. For example, in lieu of taxes, one company paid at least 1.5 million U.S. dollars of owed taxes to known arms dealers.Id. In more direct instances, Taylor directly exchanged logging concessions or tax forgiveness for weapons.Id. For instance, Taylor issued substantial logging concessions to notorious Ukrainian Mafia boss Leonid Minin, a known leader in the illicit arms trade.Id.

While the timber companies exploited Liberia’s forests and funded Taylor’s militias, they also armed security forces of their own to intimidate locals into providing access to untouched forests.Id. These militias were largely enterprises associated with Taylor, and directly under the control of General Sumo, head of the Forestry Development Authority.Id. Sumo is accused of entering neighbor nation Cote d’Ivoire to loot, recruit new fighters, and attack civilians who resisted his militia.U.N. S.C. Rep. of the Panel of Experts concerning Liberia, transmitted by letter dated June 1, 2004 from the Chairman of the Security Council Comm. established pursuant to resolution 1521 (2003) concerning Liberia addressed to the President of the Security Council, 35, U.N. Doc. S/2004/396 (June 1, 2004), available at http://www.securitycouncilreport.org/atf/cf/%7B65BFCF9B-6D27-4E9C-8CD3-CF6E4FF96FF9%7D/Liberia%20S2004%20396.pdf. Eyewitnesses report that Sumo directed his forces to murder the civilians of the village Youghbor in May 2003.Id. The United Nations’ subsequent discovery of the bodies corroborates the reports of enslavement, mutilation, and cannibalism at the command of Charles Taylor, crimes bankrolled by timber sales.During Taylor’s trial at The Hague, one of his war lords testified that the two ate a human heart together. Leo Cendrowicz, Lies and Rumors: Liberia’s Charles Taylor on the Stand, Time, July 14, 2009, http://www.time.com/time/world/article/0,8599,1910365,00.html. Currently, Mr. Taylor is awaiting sentencing for his crimes against humanity, having been found guilty by the Special Court for Sierra Leone sitting at The Hague.

The Liberian story serves as but one example of “conflict timber,” one of the most striking consequences of illegal logging. In fact, the international timber market harbors one of the world’s most expansive, yet lesser known, markets controlled by organized crime syndicates. While this consequence is the most appalling, some less immediate and obvious impacts abound, as illegal logging has devastating consequences on numerous levels.

Over the past forty years, the international community has become increasingly aware of these consequences and has begun to respond. The parties involved and the measures taken are various. Nation states, world governing bodies, and non-governmental organizations (NGOs) have worked to stifle the practice through education, legislation, treaties, and joint agreements. In 2008, the United States issued one of the most dramatic responses, expansively amending the nation’s oldest wildlife protection statute, the Lacey Act.Marcus A. Asner & Grace Pickering, The Lacey Act and the World of Illegal Plant Products, Envtl. L. N.Y., June 2010, at 101, 102. First enacted in 1900, the century old statute was amended to criminalize the importation of illegally harvested timber and products made from such materials.

The purpose of this paper is to provide a critical analysis of the directive to curb illegal logging and the market for illegally harvested forest products, with a particular emphasis on the United States’ 2008 Amendments to the Lacey Act. Part II will provide an overview of the illegal timber trade and its impact globally. Part III will analyze the measures being taken among the international community to date, focusing on numerous case studies. Part IV will detail the amended Lacey Act and appraise its potential role amongst this backdrop. Finally, in Part V, the article will argue that to effectively extinguish the practice of illegal logging by diminishing the market for illegally harvested timber, the provisions of the United States’ Lacey Act, and what may become its counterpoints in other nations, must be interpreted to align with a unified, cohesive system of global governance.

II. Illegal Logging

A. Disagreement Regarding Defining Illegal Logging

There is substantial disagreement on how to define illegal logging.Ministerial Conference on the Prot. of Forests in Eur., Combating Illegal Harvesting and Related Trade of Forest Products in Europe: Report for the MCPFE Workshop Held in Madrid, Spain 11 (Nov. 3−4, 2005), available at http://www.foresteurope.org/filestore/foresteurope/Publications/pdf/illegal_2007.pdf. Environmental NGOs tend to favor a broader definition covering all the relevant acts of the practice, while industry and government representatives tend to prefer a narrower set of criteria.Id. The United Nations’ Food and Agriculture Organization (FAO) generally defines logging and timber trade operations as illegal when “wood is harvested, transported, processed, bought or sold in violation of national laws.”Food & Agric. Org., FAO Forestry Paper 145, Best Practices for Improving Law Compliance in the Forestry Sector 5 (2005), available at ftp://ftp.fao.org/docrep/fao/008/a0146e/a0146e00.pdf. This definition is analogous to many other accepted definitions. However, because these definitions incorporate “national laws,” they leave to question what national laws should or should not be considered and how to respond when a developing nation does not have appropriate forest legislation in place.See Duncan Brack & Katharina Umpfenbach, Not For Felling, The World Today, Oct. 2009, at 9, available at http://www.illegal-logging.info/uploads/Brackwt100907.pdf (“Forest laws are often contradictory or unclear, and poorly enforced because of a lack of resources.”). The World Wildlife Fund (WWF) has responded by providing a lengthy definition of the inverse, legally harvested timber, attempting to establish positive obligations that must be met for logging practices to be legal.World Wildlife Fund, WWF Guidelines for Investment in Operations That Impact Forests 15 (2003), available at assets.panda.org/downloads/wwfinvestmentpol7oct03final.pdf. The World Wildlife Fund defines legally harvested timber as “Legal Source” by assessing the following criteria:
Tenure:
- the logging contractor/operator is authorized to be there by the proprietor (lease, concession agreements etc. are in place)
- property and/or customary rights are respected
- there is no dispute on property/customary rights
All Government required approvals are in place
- harvesting permits/cutting licenses
- annual allowable cut permits
Operations meet the requirements and stipulations of the permits
All national and local legislative and administrative processes for tendering, concession and lease processing have been followed.
There are no credible allegations of corruption in the tendering/concession/lease process
Revenue Payments
Stumpage fees and other required revenue payments are paid
Timber extracted corresponds to volumes authorized in the license/contract (e.g. no duplicate felling licenses).
There is accurate measurement, reporting and declaration of values and volumes extracted/transported . . . .
Id.

With discrepancy as to what exactly qualifies as illegal logging, there is no universal agreement as to the extent it occurs. Quantifying the practice is further hampered by the complexity of collecting data on international trade with wood and wood products. For example, there is no scientific method to determine when logging permits exceed quotas or are obtained through corrupt measures.See generally Mathias Dieter, Analysis of Trade in Illegally Harvested Timber: Accounting for Trade via Third Party Countries, 11 Forest Pol’y & Econ., 600–07 (2009). Thus, global figures vary because they are difficult to estimate. However, scholars agree that illegal logging is, at the least, a vastly practiced crime.See Ministerial Conference on the Prot. of Forests in Eur., supra note 28, at 9. Under broader definitions, estimates suggest that illegal activities may account for over one tenth of the global timber trade. Scholars further believe that more than half of all logging and timber trade activities conducted in the developing world are illegal.Duncan Brack, Chatham House, EEDP/LOG BP 06/01, Illegal Logging (Aug. 2006), available at http://www.chathamhouse.org/sites/default/files/public/Research/Energy,%20Environment%20and%20Development/bp0806illegallogging.pdf.

These activities are most visible in China.See generally Yong-Shik Lee, Economic Development Through World Trade: A Developing World Perspective 191 (2008) (Professor Lee includes China as a case study of trade and development in developing countries, implicitly recognizing China to be a developing country). Coined as the “motor of the global timber trade,”Carmen Gonzalez, China in Latin America: Law, Economics, and Sustainable Development, 40 Envtl. L. Rep. News & Analysis 10171, 10176 (2010). China is among the most notorious players in the supply chain. Over the past decade the country has become the leading importer of raw timber products, having trebled its imports since 1997.Steve Kemper, Forest Destruction’s Prime Suspect, Environment Yale, Spring 2008, at 4, available at http://www.bio.uu.nl/pbc/course2008/EnvYale-PrimeSuspect[1].pdf. In fact, researcher scientist William Laurance estimates that half of the world’s timber is imported to China for production, an astonishing figure.Id. What makes this figure problematic is that much of what China imports is illegal.See Chatham House, Illegal Logging Report Cards: China (2010), available at http://www.illegal-logging.info/uploads/CHillegalloggingreportcardchina.pdf; China: Illegal Imports and Exports, GlobalTimber.org.uk (2006), http://www.globaltimber.org.uk/ChinaIllegalImpExp.htm (last visited Mar. 2, 2011). Wood product manufacturers are largely ignorant of where the raw timber originates.The Lacey Act: Closing Down the Illegal Wood Trade, Envtl. Investigation Agency, http://www.eia-global.org/forests_for_the_world/lacey.html [hereinafter EIA Video] (view segment at 3:35). Moreover, China does not govern the legality of the imported wood, and experts believe that a significant portion of the wood products imported into China come from unsustainable or illegal logging practices.Id.; Chatham House, supra note 40 (noting that while China’s government has become involved in making changes, there lacks relevant legislation on the issue). For example, China is a major net importer of forest products from Indonesia, where activists estimate that up to seventy percent of exported wood derives from illegal activity of some form.Indonesia, Illegal‑Logging Info., http://www.illegal-logging.info/approach.php?a_id=85 (last visited Feb. 2, 2011). Collectively, despite a dramatic decrease over the past decade, academics assert that at least twenty percent of China’s total wood imports derive from illegal sources.Chatham House, supra note 40.

The consequences of this illegal trade are numerous and widespread, extending to environmental, social, political, and economic sectors.

B. Environmental Consequences

From the environmental perspective, advocates stress that illegal logging depletes forests, thereby destroying wildlife habitat and impairing the ability of the forests to function as carbon sinks.Juan Robalino & Luis Diego Herrera, Trade and Deforestation: A Literature Review 3 (World Trade Org., Working Paper No. ERSD‑2010‑04, 2009), available at http://www.efdinitiative.org/research/publications/publications-repository/trade-and-deforestation-a-literature-review. Developing regions of the world such as Central Africa and South America are home to some of the most diversified and sensitive eco-systems in the world. Illegal logging’s contribution to deforestation has a profound effect on the survival of threatened animal and fauna species in these regions.Id.

Endangered tree species serve as the most obvious example. Malagasy Rosewood, a species unique to Madagascar, is one of the world’s most valuable timber sources and is highly demanded by furniture and musical instrument craftsman.Barry Bearack, Shaky Rule in Madagascar Threatens Trees, N.Y. Times, May 24, 2010, http://www.nytimes.com/2010/05/25/world/africa/25madagascar.html?_r=1&th&emc=th. Citizens of Madagascar who practice illegal logging as their means of survival testify that it has become harder and harder to find a Rosewood tree, sometimes taking an experienced local man two to three days to find one.Id. As illegal logging continues to undermine sustainable forest management, it is a fair prediction that species like the Malagasy Rosewood will be harvested to extinction, and the forests will suffer irreparable harm.

Not only does illegal logging jeopardize particular tree species, but it increases deforestation and the likelihood of forest fires, both of which impact greenhouse emissions and climate change.Directorate-General for the Env’t, Commission Staff Working Document to the Proposal for a Regulation of the European Parliament And of the Council: Impact Assessment, Report on Additional Options to Combat Illegal Logging 24 (2007), available at ec.europa.eu/environment/forests/pdf/impact_assessment.pdf. Deforestation is responsible for one-fifth of greenhouse gas emissions and is the most significant contributor to climate change.Nicholas Stern, The Stern Review on the Economics of Climate Change 30 (2006), available at http://www.hm-treasury.gov.uk/stern_review_report.htm. In fact, it has become widely recognized that the impact on carbon emissions caused by deforestation exceeds that of all other sources, including transportation.Virginia Cram Martos & Frederic Romig, Trade in Energy and Forestry, a Perspective from the United Nations Economic Commission for Europe, World Trade Org. (2010), http://www.wto.org/english/res_e/publications_e/wtr10_forum_e/wtr10_11may10_e.htm. Moreover, forests themselves serve to sequester carbon, and the abundance of trees serves as a cost-effective way of offsetting carbon that is released into the atmosphere.Alda Chan, Illegal Logging in Indonesia, the Environmental, Social, and Economic Costs 5 (2010), available at http://e360.yale.edu/images/digest/BGA-Indonesia-report.pdf. Thus, deforestation both robs the global community of a cost-effective way to mitigate climate change and also exacerbates the crisis by emitting additional carbon.Id. Illegal logging practices undermine the attempts to ensure that forests are managed sustainably to maintain their function not only for the benefit of the forest ecosystem, but also for the sustainability of human health on a global scale.

C. Socioeconomic/Human Rights Consequences

Illegal logging not only undermines sustainable environmental policy, but as detailed in the article’s introduction, cuts against the rule of law and is frequently associated with corruption and human rights violations.See id. Corrupt practices in the forest sector involve, among other things, payment of bribes to government officials in exchange for preferential treatment, extortion by officials to artificially legalize illegal operations, and unethical trading of political favors such as the allocation of timber concessions.Food & Agric. Org., supra note 30, at 11. In more extreme cases, illegal logging is tied to activities such as money laundering and armed conflict.See, e.g., Global Witness, supra note 8. Liberia provides only one recent example of this. In the 1990s, rogue militias in Cambodia and the Democratic Republic of Congo likewise received funding primarily through illegal logging revenue.Duncan Brack, Chatham House, SDP BP 05/02, Illegal Logging 2 (June 2005), available at http://www.chathamhouse.org/sites/default/files/public/Research/Energy,%20Environment%20and%20Development/bpdb0305.pdf. Burma and Indonesia share similar stories.Global Witness, supra note 8, at 13. Even where violence is missing, criminal syndicates are using the logging industry as a means of wealth and power to further undermine sound governance.Pervaze A. Sheik, Cong. Research Serv., RL3392, Illegal Logging: Background and Issues 5 (2008). A culture of corruption in developing nations and the practice of illegal logging are largely considered to feed off one another.See Food & Agric. Org., supra note 30, at xiii, 14.

Aside from governance issues, illegal logging is understood to cause human rights violations, which are often overlooked.Directorate-General for the Env’t, supra note 49, at 11. In many poor countries, the property rights of local communities are tenuous or unrecognized, a flaw exploited by logging companies and governments. “In Cambodia, Laos and also China,” says Kerstin Canby, director of the Forest Trade and Finance Program at Forest Trends, “there’s something harsh going on called economic land concessions. The land is technically the government’s, but people are living on it, so when the government sells or gives away this land for a plantation or an agribusiness, it causes human rights issues.”Kemper, supra note 38, at 7. Additionally, the combination of weak government and poverty, contemporaneous in many of the illegal logging hot spots, gives rise to vulnerable populations being taken advantage of economically. In one instance, timber valued at over 100,000 U.S. dollars was taken from a community for less than 100 U.S. dollars’ worth of salt, sugar, and beer in compensation.Id. Though these consequences are not as visible as violence or environmental devastation, they still pose a serious threat to the welfare of vulnerable populations.

D. Economic Consequences

Finally, the trade and economic implications of illegal logging arguably have the widest reach and are at the forefront of the discussion. The illegal timber trade has a dramatic advantage in the market relative to timber harvested and traded legally.Chan, supra note 52, at 10. A 2004 study published by the American Forests and Paper Association concluded that timber prices were depressed between seven and sixteen percent globally as a result of illegally logged timber.Seneca Creek Assocs., LLC, & Wood Res. Int’l, LLC, “Illegal” Logging and Global Wood Markets: The Competitive Impacts on the U.S. Wood Products Industry (Nov. 2004) (prepared for American Forest & Paper Association). Further, national governments are losing massive sums of tax revenue. The World Bank estimates that developing nations lose more than 15 billion U.S. dollars in revenue and assets annually.World Bank, A Revised Forest Strategy for the World Bank Group (2002), available at http://siteresources.worldbank.org/INTFORESTS/214573-1113990657527/20632625/Forest_Strategy_Booklet.pdf. Additionally, illegal logging correlates to a loss of jobs in the forest sector and retards investment in sustainable forest management practices.See Chan, supra note 52, at 8.

It has become evident that illegal forest practices are economically and environmentally unsustainable, and diminish the cultural and social values of forests and timber producing nations. With the rise of globalization, these consequences have an increasingly widespread reach, and an international response is now gaining momentum.See generally EIA Video, supra note 41.

III. International Responses

Over the past forty years, the international community has become increasingly aware of the consequences of illegal logging.See Declaration of the United Nations Conference on the Human Environment (Jun. 16, 1972), available at http://www.unep.org/Documents.Multilingual/Default.asp?documentid=97&articleid=1503. Recognizing the issue as an important global concern, the G8The G8 is an international organization comprised of the heads of state of eight major world economic nation states. The organization hosts meetings referred to as “Summits,” at which a central purpose is to deal with macroeconomic management, international trade, and relations with developing countries. See G8 Information Centre, What is the G8?, Univ. of Toronto (July 15, 2005), http://www.g8.utoronto.ca/what_is_g8.html. included illegal logging as an element of its 1998–2002 Action Plan.See Duncan Brack, Chatham House, EERG IL BP 2010/01, Controlling Illegal Logging: Consumer Country Measures (Jan. 2010), available at http://www.chathamhouse.org/sites/default/files/public/Research/Energy,%20Environment%20and%20Development/bp0110brack.pdf; Ministerial Conference on the Prot. of Forests in Eur., supra note 28. Following this decision, the World Bank organized the first major international workshop specifically on Forest Law Enforcement in 1999.See Debra J. Callister, Corrupt and Illegal Activities in the Forest Sector: Current Understandings and Implications for the World Bank (1999), available at http://siteresources.worldbank.org/EXTFORESTS/Resources/985784-1217874560960/Callister.pdf. Subsequently, led by the World Bank’s 2001 Ministerial Conference in Indonesia, international organizations began organizing Forest Law Enforcement Governance and Trade (FLEGT) conferences and drafting related Memorandums of Understanding (MOUs).Africa Forest Law Enforcement and Governance Ministerial Conference, Int’l Inst. for Sustainable Dev. (2003), http://www.iisd.ca/sd/sdyao/sdvol60num7e.html. Among the most important of these conferences was the 2002 World Summit on Sustainable Development, held in Johannesburg, South Africa.

At this United Nations led summit, participating members drafted the Johannesburg Plan of Implementation, which recognizes the commitment of individual members to enact domestic legislation to diminish illegal logging worldwide. The plan obligates its signatories to

take immediate action on domestic forest law enforcement and illegal international trade in forest products, including in forest biological resources, with the support of the international community, and provide human and institutional capacity building related to the enforcement of national legislation.See Johannesburg Plan of Implementation, available at http://www.un.org/esa/sustdev/documents/WSSD_POI_PD/English/POIChapter4.htm.

One of the major achievements of the summit was the ability to gain consensus regarding the relationship between nations that produce timber and nations that consume timber. Specifically, members agreed that the market for exotic timber perpetuated by consumer nations undermines efforts of timber-producing nations to eradicate the practice.Id. Thus, rather than placing the burden squarely on the shoulders of the developing countries producing the timber, it is important for consumer nations to take the responsibility of curbing the market for the product. From this understanding came a wide range of formal and informal partnerships for implementation, bringing together governments, intergovernmental organizations, and non-governmental players such as businesses, NGOs, and community groups.Ministerial Conference on the Prot. of Forests in Eur., supra note 28, at 29. Today, consumer nations and international organizations are beginning to implement new measures to exclude illegal timber products from their markets.

A. Bilateral Agreements

Bilateral agreements are one measure that has been put into practice throughout the world to combat illegal logging practices. Related bilateral agreements can be described as formal agreements or MOUs between nations to ensure that timber harvesting and trade take place in accordance with agreed principles and procedures.See generally William Powers & Andrea Wong, World Policy Papers, Fairly Trading the World’s Timber: Lessons on Global Forest Governance and Trade from Europe and Liberia 7 (July 2011), available at http://www.worldpolicy.org/sites/default/files/policy_papers/Fairly%20Trading%20the%20World's%20Timber.pdf (generally describing bilateral agreements in the context of the global timber trade). Several countries have negotiated bilateral agreements to address the problem of illegal logging, and the United States and its trade partners have led the way in this regard.

The 2007 Trade Promotion Agreement between the United States and Peru serves as an example of an agreement that sets forth a strong and detailed annex on forest sector governance.H.R. 3688, 110th Cong. (2010), available at http://ustr.gov/trade-agreements/free-trade-agreements/peru-tpa/final-text. The agreement contains a number of commitments by Peru to improve forest law enforcement, develop systems to track protected tree species, and to conduct periodic audits of producers and exporters of timber products exported to the United States.Id. This agreement is among the most detailed to date and complements agreements signed between the United States and additional timber producing nations. Many other nations, including the members of the European Union (E.U.), China, Australia, and Indonesia, have engaged in similar agreements.See Vivian H.W. Wang, Comment, Investor Protection or Environmental Protection? “Green” Development Under CAFTA, 32 Colum. J. Envtl. L. 251 (2007). However, while bilateral agreements serve as an important premise, their effectiveness is limited in a market where wood products have a lengthy and complicated chain of custody. Additionally, as evidenced by the U.S.-Peru agreement, these agreements place the responsibility largely with the timber-producing country, in contrast to the trend of placing the burden on the consumer nation to eliminate importation. Thus, standing alone, bilateral agreements fail to extinguish the consuming countries’ demand for illegally harvested timber.

B. E.U. Forest Law Enforcement, Governance, and Trade Action Plan

Expanding on the concept of bilateral agreements, the European Union took its commitment from Johannesburg the furthest by creating the E.U. Forest Law Enforcement, Governance, and Trade (EU FLEGT) Action Plan in 2005.Council Regulation 2173/2005, 2005 O.J. (L 347/1) I (EC), available at http://eurlex.europa.eu/LexUriServ/LexUriServ.do?uri=OJ:L:2005:347:0001:0006:EN:PDF. Academics have described the EU FLEGT Action Plan as the most ambitious set of measures adopted by any consumer country or bloc to date.Brack, supra note 71, at 2. The main elements of the Action Plan are articulated as:

(1) voluntary partnerships with wood-producing countries badly affected by illegal logging to support and promote governance reform in their timber sectors and; (2) a regulation that sets up a legally binding licensing scheme with partner countries to ensure that only legal timber from these countries is allowed into the EU.Chan, supra note 52, at 19.

The cornerstone of the plan is its system of Voluntary Partnership Agreements (VPAs). VPAs are bilateral agreements between the European Union and tropical wood exporting countries that aim to improve forest governance and guarantee wood imports come from legal sources.Jade Saunders, EFI Policy Brief 3, What is a Voluntary Partnership Agreement: The European Union Approach 4–10 (EU FLEGT Facility ed., 2009), available at http://www.efi.int/files/attachments/publications/efi_policy_brief_3_eng_net.pdf. As the name suggests, entering into these agreements is voluntary for exporting countries. However, once a nation formally commits to a VPA, it becomes a legally binding instrument for both parties (each E.U. nation state and the individual nation that entered into the agreement), limiting trade to legal timber products. To ensure that the timber products are harvested legally, the Action Plan calls for the VPA’s to establish a licensing scheme, whereby timber products from the exporting countries are licensed before they are allowed to enter the market. The Action Plan articulates this process by explaining that engaging in a VPA implies a broad array of positive commitments. For example, one VPA included the following language:

A commitment to ensure that the applicable forest laws are consistent, understandable, enforceable and is supportive of sustainable forest management principles; developing technical and administrative systems to monitor logging operations and identify and track timber from the point of harvest to the market or point of export; build checks and balances into the tracking and licensing system, including the appointment of independent monitors; and develop procedures to license the export of legally harvested timber.Communication from the Commission to the Council and the European Parliament FLEGT, proposal for an EU Action plan, COM 251 final, 21 OJ C 268, 7 (2003).

It is unclear how operators within the European Union will be held to comply with these standards, other than the Action Plan articulating that they must act in accordance with a “due diligence” system.Id. at 76. Under this system E.U. timber importers must show that they have taken considerable steps to minimize the risk of handling timber that has been fraudulently certified. The effectiveness of the due diligence system may soon be visible in practice, as the first official FLEGT VPA was signed on November 20, 2009, between Ghana and the European Union, and became enforceable as of April 2010.Voluntary Partnership Agreement Between the European Community and the Republic of Ghana on Forest Law Enforcement, Governance and Trade in Timber Products into the Community, CE/GH/en 1 (2009), available at http://www.euflegt.efi.int/files/attachments/euflegt/ecghanavpaen1doc.pdf. In 2010, the Democratic Republic of Congo and Cameroon followed suit, signing VPAs with the European Union on May 17, 2010, and June 10, 2010, respectively.FLEGT Voluntary Partnership Agreements, European Comm’n, http://ec.europa.eu/environment/forests/flegt.htm (last visited Jan. 20, 2012). Several other nations are in the process of negotiating their own agreements with the European Union, and Indonesia appears to be on the cusp of joining the nations that have already done so.Chan, supra note 52, at 14.

C. Public Procurement Policies

Another measure being practiced at an increasing level is government public procurement policies. Procurement policies ensure that public purchasers make efforts to purchase only legal timber products. These policies can be developed and implemented more rapidly than most other options, and generally do not require the process of drafting and passing legislation. As of January 2010, nine nations—including several E.U. member states, along with Japan and New Zealand—have adopted timber specific procurement policies.Id. at 10.

The influence that public procurement policies will have on the timber market will likely depend upon the market share that public purchasers account for: the greater the demand is for legally harvested sources, the more likely it is the industry will adapt. Thus, its success relies heavily on widespread adoption throughout the world. To date only limited research has been conducted evaluating the impacts of the procurement policies on the nation states that have them in place, yet the evidence shows an increase in certified timber imports.Id. at 8. Furthermore, public procurement accounts for a substantial amount of the timber market in many nations.16 U.S.C. § 3372(a)(B)(2)(i) (1981). For example, the United Kingdom estimates that about ten percent of its timber imports are purchased through the public sector, and Japan estimates approximately three percent.Duncan Brack, Chatham House, EEDP LOG BP 08/02, Controlling Illegal Logging: Using Public Procurement Policy 3 (June 2008), available at http://www.chathamhouse.org/sites/default/files/public/Research/Energy,%20Environment%20and%20Development/bp0608logging.pdf. Many timber companies are now switching to certified products for all their customers for the sake of supply chain simplicity, indicating that public procurement policies may indeed be influencing industry practice.Id.

D. Certification

A final measure to counteract illegal logging practice is systems of certification. Certification is incorporated into each of the measures discussed above by incentivizing timber producers and exporting nations to develop systems to assure that timber products are legal. Certified timber products carry labels demonstrating, in a manner verifiable by independent bodies, that they come from forests that meet standards for sustainable forest management and have been produced and traded legally.Martos & Romig, supra note 51. Consumers down the chain may find labels on furniture and wood products, while manufacturers importing wood can verify certification through established chain of custody procedures.Id. Two independent NGOs have become the dominant and recognizable entities for certifying timber, the Forest Stewardship Council (FSC) and the Programme for Endorsement of Forest Certification (PEFC).Id. The objective of these organizations can be summarized by the PEFC mission statement, which reads that “[t]hrough the endorsement of national certification systems, PEFC motivates and enables people to sustainably manage their forests and works to provide a market for the products of those forests.”Global Forest Coal., Life as Commerce: South Africa Certification 6 (2008), available at http://www.illegal-logging.info/uploads/LIFEASCOMMERCECERTIFICATION.pdf. More generally, authors Juan Tobalino and Luis Diego Herrara identified a laundry list of goals for certification schemes:

[I]ncrease general consumer awareness of the relationship of the forest industry to the environment; increase consumer acceptance and confidence; modify consumer behavior; modify manufacturer behavior; improve the earth’s environmental quality; increase market share; provide product differentiation; provide an objective audit of the management of the forest assesses; promote sustainable forest management; and demonstrate that forest management provides sustainable economic, ecological, and social benefits.Robalino & Herrera, supra note 45, at 27.

From a global perspective, the use of certification is being endorsed and used with greater frequency. Over the past fifteen years, certification has increased exponentially.U.N. Econ. Comm’n for Eur. & Food & Agric. Org., Forest Products Annual Market Review 12 (2009), available at http://www.unece.org/fileadmin/DAM/timber/publications/Final_FPAMR2009.pdf (Chain of Custody Certificates issued worldwide increased by 41% in 2009). However, like the public procurement policies, this increased use is concentrated in a limited number of countries. In fact, in 2008, seventy percent of the FSC and PEFC certificates were issued in only five countries: the United States, the United Kingdom, Germany, Japan, and Canada.Id. at 7. While this shows that the current prevalence of certification is concentrated, other regions of the world are beginning to embrace certification schemes. For example, in 2009, FSC certification increased by eighty-eight percent in Africa, led by Ghana, Gabon, Cameroon, Democratic Republic of Congo, and South Africa.See U.N. Econ. Comm’n for Eur. & Food & Agric. Org., supra note 100, at 7. Further, the consumer nations in which certification has taken root are likely those nations whose practices will have the greatest global impact, as the practice may very likely have a trickle-down effect to the rest of the supply chain.

IV. The Lacey Act

Against this backdrop, the United States recently responded to the global problem of illegal logging by enacting legislation intended to prohibit the import of illegal timber into its own market.Brack, supra note 71, at 2. With the enactment of the 2008 Farm Bill (the Food, Conservation, and Energy Act of 2008), the Lacey Act—the United States’ oldest conservation law—was amended to combat illegal logging.

For over a century the Lacey Act served as an important tool for the U.S. government in the fight against wildlife crime.EIA Video, supra note 41. The law makes it unlawful to “to import, export, transport, sell, receive, acquire, or purchase any fish or wildlife or plant taken, possessed, transported, or sold in violation of any law, treaty, or regulation of the United States or in violation of any Indian tribal law.”16 U.S.C. § 3372(a)(1) (2008). A second enforcement provision prohibits the making or submitting of any “false record, account, label for, or identification of any wildlife transported or intended to be . . . imported, exported, transported, sold, purchased, or received from any foreign country; or . . . transported in interstate or foreign commerce.”Id. § 3372(d).

Prior to the 2008 amendment, however, the Act did not apply to all international plant species and excluded foreign timber and its associated processed wood products. Rather, it was limited to plants native to the United States and listed in one of the three appendices to the Convention on International Trade in Endangered Species of Wild Fauna and Flora (CITES) or protected by a conservation law of an individual U.S. state.See U.S. Dep’t of Agric., Lacey Act Amendment: Complete List of Questions and Answers 1 (Feb. 16, 2012), available at http://www.aphis.usda.gov/plant_health/lacey_act/downloads/faq.pdf. Thus, despite the Act’s intention, the Act failed to address the import of illegally harvested timber.

With the consequences of illegal logging as its primer, the 110th Congress hoped to expand the reach of the Lacey Act with the 2008 amendment.David R. Downes et al., International Environmental Law, 43 Int’l L. 837, 852–53 (2009). In August of 2007, Senator Ron Wyden introduced a bill entitled the “Combat Illegal Logging Act.”Press Release, Senator Ron Wyden, Combat Illegal Logging Act Levels the Playing Field for American Business, Protects American Jobs and the Environment (Aug. 1, 2007), available at http://wyden.senate.gov/newsroom/press/release/?id=efd967f0-91d7-45b4-b4ed-1114d118df56. The legislation was the product of a broad coalition of legislators, the timber industry, and environmental advocates.Id. The bill sought to expand the Lacey Act by prohibiting the importation, sale, or trade, of illegally harvested wood and wood products.Id. The bill complemented similar legislation that the House introduced. The “Legal Timber Protection Act, H.R. 1497, served to promote more or less the same goals as the bill.Id. These bills were incorporated into the 2008 Farm Bill, which, when passed, dramatically amended and strengthened the Lacey Act.16 U.S.C. § 3372(a)(i1) (2008); see also Legislation Enacted to Curb Illegal Logging, World Wildlife Fund, http://wwf.worldwildlife.org/site/PageServer?pagename=can_results_illegal_logging_imports (last visited Feb. 26, 2011).

A. Impacts of the 2008 Amendments

The amendments to the Lacey Act extend the statute’s reach to encompass products, such as timber, that are illegally harvested in the country of origin and brought into the United States.16 U.S.C. § 3372 (2008). This includes both raw timber as well as value-added manufactured products, such as furniture and musical instruments. The amendments further include products that are manufactured and imported from countries other than the country where the illegal harvesting occurred.Id. To effectuate its purpose, the amendment is written to (1) prohibit trade in illegally sourced plants or corresponding products; (2) require importers in the United States to submit a declaration to customs to prove they took due care when importing plants; and (3) establish criminal sanctions for violations of the preceding requirements.Id.; 16 U.S.C. § 3373 (2008). See generally EIA Video, supra note 41. The amended Act requires importers to submit a declaration detailing the scientific name of the plant, the value of the importation, the quantity of the plant, and the name of the country from which the plant was taken.16 U.S.C. § 3372 (2008). In the United States, anyone who knowingly imports, exports, transports, sells, or purchases illegally harvested plants or plant products, including timber, may be prosecuted.Id. § 3373.

The 2008 amendment empowers the Lacey Act with a broader, more flexible definition of plant and wildlife species that are banned from importation.Id. § 3372. In relation to timber, the Act prohibits the import of any wood or wood product harvested or involved in an underlying violation during any part of its travel through the supply chain.Id.; see also R. Juge Gregg, Amendment to the U.S. Lacey Act: Implications for Exporters of Thailand’s Forest Products 6 (2009), available at http://www.forest-trends.org/documents/files/doc_2386.pdf. This includes not only obvious violations, such as timber harvested from within a protected national park, but less obvious violations as well.See generally EIA Video, supra note 41. The Act also broadly incorporates violations of laws that generally protect plants, regulate the theft of plants, the taking of plants from officially protected areas, and the taking of plants without or contrary to required authorization.Gregg, supra note 120, at 5. Less obvious examples include the transportation of timber at night in violation of a curfew statute, failure to pay appropriate royalties, taxes, or stumpage fees, or violations of laws that govern the trans-national shipment of plants.Id.

To insure that importers are purchasing wood that has been harvested and shipped to the United States in compliance with this statue the Act requires the importer to file a declaration with customs.16 U.S.C. § 3372(f)(1) (2008). The declaration must include the scientific species name of the tree from which the wood originated, the volume being imported, the value of the product, and the country in which it was harvested.Id. The declaration provides the U.S. government with the information necessary to enforce the law. Most importantly, the declaration requires a showing of “due care.”Id.

B. “Due Care”

The definition of due care as it relates to the timber industry is unclear.See Rachel Saltzman, Establishing a “Due Care” Standard Under the Lackey Act Amendments of 2008, 109 Mich. L. Rev. First Impressions 1 (2010). The due care standard was first incorporated into the Lacey Act language when it was amended in 1981.Pub. L. No. 97-79, 95 Stat. 1074 (1981). However, courts have rarely articulated the standard. The few courts that have addressed the standard have created an interpretation that is arguably inapplicable to the timber industry.See Saltzman, supra note 127 (arguing that because of unique industry custom, complexity of foreign laws and breadth of illegal logging hotspots, and a complex supply chain, existing precedent of due care as it related to other industries will not serve applicable to Lacey Act disputes regarding the timber industry). The Department of Justice (DOJ) maintains that the definition of due care will be assessed on a case by case basis, taking into account the knowledge and experience of the purchaser, as well as the context of the transaction.Ellinor Colbourn, U.S. Dep’t of Justice, Lacey Act Amendments of 2008 (May 2009), http://www.forest-trends.org/~foresttr/documents/files/doc_696.pdf. Thus, timber companies that operate on a large-scale level will be held more accountable than a smaller scale general contractor purchasing a door for a luxury home.

The DOJ has discussed a number of common sense red flags that it will take into consideration when making such an appraisal: (1) offers to sell timber products at prices considerably below the going market rate; (2) offers to sell timber products for cash or offers of a discount for products lacking required paperwork; (3) facially invalid paperwork; and (4) evasive answers to questions regarding a product’s origins.Id. Furthermore, in other non-timber related contexts, the Ninth Circuit, which has handled vastly more Lacey Act cases than any other jurisdiction, has issued a generalized definition of due care as the “degree of care which a reasonably prudent person would exercise under the same or similar circumstances.”Id. Thus, the question courts will face is to what extent a “reasonably prudent” corporation should investigate the source of the wood products it imports.

C. The Lacey Act as a Powerful Tool

The Lacey Act sets itself apart from other international efforts by its ability to prosecute and enforce timber trade regulations by way of powerful penalties.See generally EIA Video, supra note 41 (commenting that by way of the Lacey Act, the United States is the first country in the world to ban the import, export, and sale of illegal wood products). Anyone found simply handling illegal timber can expect to have their products confiscated.Colbourn, supra note 130, at 12. If prosecutors are able to prove specific intent, or that by “due care” the violator should have known the product was harvested illegally, the violator can face felony charges that carry fines up to $250,000 and imprisonment of up to five years.Id. See generally Downes, supra note 108, at 853. In between these two extremes, the Act equips the government with the authority to pursue a sliding scale of penalties based primarily on the importers’ knowledge of the crime being committed.Colbourn, supra note 130, at 12; see also Gregg, supra note 120, at 6. These sanctions provide new deterrents for corporations involved in the international timber trade.

While the amended law provides the United States with a greater arsenal to combat illegal logging, it remains to be seen how effective the amendments can be. To date, commentators representing various interests have largely praised the amendment.Michael L. Brown, Limiting Corrupt Incentives in a Global REDD Regime, 37 Ecology L.Q, 237, 258 (2010). The World Wildlife Fund announced that the amendment was a “huge victory for conservation.”EIA Video, supra note 41. The Environmental Investigation Agency believes the amendments could promote a “sea change for how forests are governed around the world.”<i>Id.</i> And timber industry executives have praised the amendment for sending a message about the United States’ stance on environmental protection and promotion of sustainable forest management.Id. Yet, the same executives beg the question of whether or not the “teeth” the bill provides are actually capable of biting anything out of the problem.Id.

At present, the answer to that question can only be speculated on, as the DOJ is just completing a multi-phased implementation of the law’s requirements.Brown, supra note 137. However, the DOJ is in the midst of its first investigation.Derald J. Hay, Fox Rothschild, LLP, Federal Agents Raid Gibson Guitar Corporation in an Enforcement Action Under the Lacey Act: Where does that Leave “Due Care?” (Mar. 2010), available at http://www.foxrothschild.com/uploadedFiles/newspublications/hay_enviroFederalAgentsRaidGibsonGuitar_030110.pdf. In late 2009, the Fish and Wildlife Service raided the offices of the Gibson Guitar Company, and in August of 2011, U.S. Marshalls raided Gibson’s facilities twice more.Craig Havighurst, Why Gibson Guitar Was Raided by the Justice Department, NPR The Record (Aug. 31, 2011, 4:00 pm), http://www.npr.org/blogs/therecord/2011/08/31/140090116/why-gibson-guitar-was-raided-by-the-justice-department; see also Henry Juskiewicz, Repeal the Lacey Act? Hell No, Make It Stronger, Huff Post Green (Nov. 21, 2011, 1:57 pm), http://www.huffingtonpost.com/henry-juszkiewicz/gibson-guitars-lacey-act_b_1071770.html. The DOJ directed the first raid because it believed that the company has been importing illegally harvested Malagasy Rosewood from Madagascar, via Germany, for use in its instrument production.See Sean Michaels, Gibson Guitars Raided for Alleged Use of Smuggled Wood, Guardian, Nov. 20, 2009, http://www.guardian.co.uk/music/2009/nov/20/gibson-guitars-raided. The DOJ’s more recent raids were directed because of a tip that the company imported illegal timber from India.Havighurst, supra note 144. To date, little information has been revealed as to the current status of either investigation. Those concerned remained acutely attentive to what could be the first interpretation of “due care” in the timber context and whether or not the Lacey Act’s provisions have the teeth that many hope it does. Assuming that the import of illegally logged timber is pervasive in the United States, while the Gibson Guitar raid has put the industry on alert,See Myles Gilmer, Lacey Act’s Ramifications Are Being Felt, Woodshop News (Oct. 18, 2010), http://www.woodshopnews.com/columns-blogs/pro-shop/499341-lacey-acts-ramifications-are-being-felt. the current dormant status of the new authority suggests that the Act is not serving as a realistic enforcement mechanism.

V. A Pressing Need for Unified Global Governance

As this article has discussed, over the past forty years the global community has become acutely aware of illegal logging and its destructive environmental, social, political, and economic consequences. These consequences showcase the intrinsic link between the environment and economic development, and how illegal logging and its associated timber trade is an issue of global importance. International organizations, from the United Nations to the World Trade Organization, along with the European Union, the United States, and numerous other independent nations have responded by employing various measures, all with the common goal of eliminating illegal logging from the global marketplace. While these individual efforts are making headway, the progress is slow and fragmented.See U.N. Econ. Comm’n for Eur., UNECE Works for Your Forests 2 (Apr. 2007), available at http://www.unece.org/fileadmin/DAM/highlights/what_ECE_does/English/0720278_UNECE_FORESTS.pdf. As the market becomes increasingly globalized, there is a pressing need for the international community to unify governance measures focused on extinguishing the market for illegally harvested timber products.

Initially, efforts should focus on creating a universal understanding as to what precisely constitutes illegal logging. Once agreement is reached, the roles and responsibilities of different actors can be assigned. Collectively, the international community must increasingly collaborate on research and development efforts to better assess the issue, and work to proactively attack the underlying root causes that incentivize its market.

A. Defining Illegal Logging

First, disagreement on what exactly accounts for illegal logging is a problem. Put simply, illegal logging is the harvesting of timber that is not allowed to be cut. However, world players have different interpretations on what timber should not be harvested and the proper procedures that should be conducted through the chain of custody. While the World Trade Organization may not have the ability to enforce environmental or trade laws on a global scale, a unified governing system should be put in place to provide a common understanding of what constitutes illegal logging. The definition should be practical, enforceable, and should cover environmental, social, political, and economic issues. In addition, the definition should work to spell out the responsibilities of those involved.

An initial step towards this end is for consumer nations to unify and cooperate in taking measures that share the burden of tackling the problem of illegal logging. While producing countries should not be relieved of all accountability, it must be understood that the market created by the consumer nations undermines the efforts taken by local governments in the world’s largest problem spots.See generally EIA Video, supra note 41.

A good place to start is to encourage China to join the efforts of the consumption centric European and North American nations. As previously mentioned, China has been labeled the “motor of the global timber trade,” as it serves as a world leader in importing timber and exporting value added wood products.Martos & Romig, supra note 51. Although China has not been entirely absent from the global discussion, having begun preliminary discussions to sign a VPA with the European Union under the European Union’s FLEGT Action Plan, China has all the while become a leading contributor to the illegal timber trade.Ana Lucia Jaramillio et al., Stemming Illegal Logging and Timber Trade: An Overview of the European Union FLEGT Action Plan 48 (July 11, 2010), available at http://www.envirosecurity.org/pathfinder/FLEGT_web.pdf; Gonzalez, supra note 37. Furthermore, China’s laws currently make no distinction between legal and illegal logging for import purposes.Kemper, supra note 38, at 7. While the Lacey Act theoretically forces China to either come up with such laws or lose twenty-two percent of their wood product market, enforcing measures of due care and due diligence cannot realistically impose a duty on importers to completely stop importing from China.Gregg, supra note 120, at 1. The immediate economic consequences would be devastating. Thus, so long as China provides a market for illegal logging and timber trade, the international community’s efforts to eliminate its practice will be stifled.

Consumer nations that have implemented systems to prevent the import of illegal timber should collaborate to create unified measures of licensing and certification schemes that provide the industry with a system that is relatively straightforward and easy to comply with. “Due diligence,” under the EU FLEGT Action Plan, and “due care,” under the Lacey Act, should be interpreted to have the same definition so as to allow the international timber industry an opportunity to comply with one universal standard.

B. The Need for Collaborative Processes

Second, the various involved parties need to coordinate and engage in collaborative processes of research and monitoring to further understand the market of illegally logged timber. Currently, there are many gaps in the available research. These gaps are both quantitative and qualitative, and hinder the understanding of the size of illegal logging as well as the effectiveness of the measures currently in place.See Ministerial Conference on the Prot. of Forests in Eur., supra note 28, at 56. Adding to this problem, differing actors have often relied on each other’s figures without citing the original studies or methodology of research, leaving researchers in the dark as to their current accuracy or credibility.Dieter, supra note 33, at 601. Further, as exemplified by China, the wood products trade, particularly at the value-added level in items such as furniture and musical instruments, often goes through third or fourth party countries before arriving in the hands of the consumer. This tracking problem could be solved through by employing comprehensive methods that fully trace the trade of illegally harvested timber. Whatever efforts are employed, it is important that the parties collect data to monitor and evaluate the effectiveness of the measures in place, and share their results shared throughout the global community.

C. Procurement Schemes

Third, encouraging the continued development of public procurement schemes and universally recognized labels of certification will further aid unified awareness of, and proactive action against, illegal logging. While implementation issues such as non-discriminatory trade regulations will need to be addressed, governments can implement public procurement policies with relative ease, and their impact seemingly reaches the broader consumer market. As many timber consuming nations are democratic in nature with representative, elected officials, the government is spending its citizen’s money, and it thus should exemplify the responsible standard of purchasing certified, legally harvested timber products. These policies need to be actively encouraged; as the demand for certified products increases, so will the incentive for timber companies to switch their entire product lines over to certified goods.

Certification and licensing schemes are an invaluable component to any of the measures being given serious attention, and the global community should make a conscious effort to ensure their viability and improve recognition of these schemes. International organizations need to continue to educate both consumer and producer nations of the FSC and PEFC, which are now operating in over seventy-five countries worldwide.Lucia Jaramillio et al., supra note 151, at 33. The more widespread these systems become, the less likely they are to create trade discrimination disputes and the more likely they will serve to enhance the market for legally harvested and traded timber products. The DOJ and the U.S. court system should consider requiring certification under the due care standard in order to eliminate the intrinsic ambiguity and inequity that results from the current case by case appraisal.

D. Combat Root Causes

Finally, the global community needs to take proactive measures to discover and, when possible, combat the root causes of illegal logging and its timber trade. While criminalizing the trade of unlawfully harvested timber through measures such as the European Union’s FLEGT Action Plan and the United States’ Lacey Act provide important legal tools, prohibition will only go so far to discourage an activity, and will likely move it further underground.

International organizations should exert efforts to understand the root causes that incentivize the practice of illegal logging and seek to curb the activity from the bottom up. Poverty is likely the most important motivating cause for the illegal actions of citizens in timber producing countries.See Directorate-General for the Env’t, supra note 49, at 28; see also News Release: Illegal Logging in Peru Blamed on Bureaucracy, Poverty, Int’l Tropical Timber Org. (July 7, 2003), http://www.itto.int/news_releases/id=2180000. Short-term livelihood will always trump future sustainability when individuals are forced to make a decision between the two. Weak government and law enforcement capacities may further incentivize corporations and individual actors to engage in illegal logging. While efforts to address the problem at the point of sale between export and import nations should continue, the international community must begin to discuss means of proactively addressing the deeper issues that serve as the root causes of illegal activities in the forest sector.

As illustrated, the consequences of the illegal timber trade are widespread, exacerbating our global environment, and stifling economic, social, and political progress. Internationally, organizations such as the G8, World Trade Organization, United Nations, along with countless NGOs and private organizations, are taking measures to combat this trade and its degrading impacts. The United States has taken a stand as the first nation state to criminalize the import of illegal timber and processed products by way of the Lacey Act. Whether or not this law will serve its function is unclear, as we await an interpretation of what due care means, and whether or not the Act can coexist with the immensely complex global market.

VI. Conclusion

“For every complex problem there is an answer that is clear, simple, and wrong.”The quote has largely been credited to H.L. Mencken, though the source is unknown. See, e.g., Terry Harris, A Complex Solution for the Sliver Valley, Kootenai Entl. Alliance Blog (Aug. 9, 2010, 7:45 am), http://kealliance.org/2010/08/09/a-complex-solution-for-the-silver-valley/. Illegal logging is a complex problem, involving a complex web of actors and causing complex consequences. The Lacey Act will not suffice on its own. Its reach does not extend further than the harbors and warehouses of the United States. However, with approximately forty percent of China’s wood products being exported to the United States,Kemper, supra note 38, at 5. the Act is a great place to start. The world needs to come together to eradicate the market for illegal timber, and the Lacey Act needs to be part of a cohesive framework that provides the industry with a workable set of standards. Further discourse is imperative to bring the international community to a common understanding of the problem, create a shared pool of data and monitoring evaluations, engage in unified licensing and certification schemes, and combat the practice at its roots. To accomplish these goals, it is critical for the nation states of the world to engage in more unified governance that will extinguish the market for illegally harvested timber at a global level.

Fire cultivates change. This article illustrates how the use of prescribed fire changed over the last century and how the federal courts resolved tort claims resulting from prescribed fires. By first recounting the tumultuous history of prescribed fire and the perplexing terminology used to describe the various categories of wildland fires, this article then dissects prescribed fire litigation. In particular, this article explains why recent policy changes have exposed the federal government from behind the discretionary function exception that typically shields the federal government from tort liability. Thus, this article clarifies confusing terminology and describes why the discretionary function exception should not bar a claim for damages resulting from a prescribed fire.

I. Introduction

For the first time, the Forestry Division hired crews to suppress a wildfire . . . . A heavy snowfall finally extinguished the fire in the fall, although a telegram to Washington reported, “through our heroic efforts the fire has been put out.”

—Charles Deloney (circa 1900)John Daugherty, Nat’l Park Serv., Grand Teton Historic Resource Study (1999), http://www.nps.gov/history/history/online_books/grte2/hrs17.htm (last updated July 24, 2004) (quoting Charles “Pap” Deloney, who was the first forest supervisor and who sent the telegram circa 1900).

Although humans have always had a relationship with fire, the relationship experienced dramatic changes in the last century. As society expanded westward during the early half of the twentieth century, the human-fire relationship waned to its lowest level. Fire was perceived as a threat, similar to that of an enemy in war, and the federal government responded by dispatching the Army to aggressively fight fire.The Army was used extensively from 1872 to about 1916 to fight fires on federal land because the various modern fire agencies, like the National Park Service, did not exist yet or did not have sufficient resources to control fires. Hal K. Rothman, A Test of Adversity and Strength: Wildland Fire in the National Park System 2 (2005), available at http://www.nps.gov/fire/download/fir_wil_history.pdf. For many communities in the West, fire was the enemy that initiated its attack with a flash of lightning and the rumble of thunder. However, after waging a war against fire for nearly fifty years, the perception of fire slowly changed as federal land managers and society recognized the detrimental effects of aggressive fire suppression: it was expensive, it caused significant environmental damage, and it caused public land to become more vulnerable to future fires.Rothman, supra note 2, at 120–24; Biodiversity Assocs. v. Cables, 357 F.3d 1152, 1156–57 (10th Cir. 2004) (stating that fire suppression efforts created unintended consequences: denser forests and greater fire risks).

Instead of aggressive fire suppression, the human-fire relationship changed as society recognized the importance of fire. During the middle of the twentieth century, the primary federal land agencies—the U.S. Forest Service, the National Park Service, the Bureau of Land Management, the U.S. Fish and Wildlife Service, and the Bureau of Indian AffairsIn this article, the term “federal land agencies” refers only to those five federal agencies that have wildland fire programs and are represented at the National Interagency Fire Center in Boise, Idaho. Although three other agencies—National Oceanic and Atmospheric Administration, Department of Homeland Security U.S. Fire Administration, and the Department of the Interior’s National Business Center Aviation Management Directorate—are also affiliated with the National Interagency Fire Center, this article does not directly apply to them because they do not manage federal land. Additionally, because the National Association of State Foresters is not a federal agency, this article does not apply to it either. About NIFC, Nat’l Interagency Fire Ctr., http://www.nifc.gov/aboutNIFC/about_mission.html (last visited Mar. 30, 2012).—experimented with fire by allowing some fires to burn naturally and even intentionally igniting other fires.Rothman, supra note 2, at 120–24. At the same time, Congress enacted environmental laws to give the federal land agencies direction regarding how to better manage federal lands.For example, Congress enacted the Wilderness Act on September 3, 1964, which changed the fire response in wilderness areas. Wilderness Act, Pub. L. No. 88-577, § 1, 78 Stat. 890 (1964) (codified at 16 U.S.C. § 1131 (2011)); Rothman, supra note 2, at iii. The National Environmental Policy Act was enacted on January 1, 1970. National Environmental Policy Act, Pub. L. No. 91-190, § 2, 83 Stat. 852 (1970) (codified at 42 U.S.C. § 4321 (2011)). The human-fire relationship began to evolve.

In the late twentieth century and early twenty-first century, our relationship with fire—specifically prescribed fireThe term “prescribed fire” is defined in more detail in Part III as a human-caused fire intentionally ignited, with authority, to achieve specific objectives identified in an approved prescribed fire plan. Unlike a “wildfire,” which is an unplanned fire, a “prescribed fire” is a planned fire. Additionally, the term “wildland fire” refers to both “wildfires” and “prescribed fires.”—reached a point at which society accepted that civilization and fire could coexist.Rothman, supra note 2, at 120. Society finally recognized that fire was not only necessary for many species to survive, but it was also a necessary tool that could improve the health of public lands and protect communities. At the same time, the federal land agencies created a unified prescribed fire policy, which enabled more use of prescribed fire than ever before.Fire Information—Wildland Fire Statistics: Prescribed Fires and Acres by Agency, Nat’l Interagency Fire Ctr., http://www.nifc.gov/fireInfo/fireInfo_stats_prescribed.html (last visited Mar. 31, 2012) [hereinafter NIFC Fire Statistics] (indicating that national prescribed fire reporting began in 1998). Ultimately, the federal land agencies’ increased use of prescribed fire will minimize wildfire threats to communities, but that protective benefit has a risk: an increased likelihood of prescribed fire tort litigation. Because prescribed fires will inevitably burn out of control, escape,“Escape” is a term of art used to describe an uncontrolled prescribed fire that exceeds the boundaries of the prescribed fire perimeter. and burn unintended property, those resulting damage claims are likely to increase as the federal land agencies increase the use of prescribed fire.E.g., Michigan v. United States, No. 2:11-CV-00303, 2011 WL 7267049 (W.D. Mich. filed Aug. 12, 2011) (currently litigating a motion to dismiss based on the discretionary function exception because a U.S. Forest Service prescribed fire escaped and allegedly damaged $85,000 of state lands). See generally Paul Keller, Wildland Fire Lessons Learned Center, Prescribed Fire Escapes: Are We Learning Anything?, Two More Chains, Winter 2012, at 1, available at http://wildfirelessons.net/documents/Two_More_Chains_Winter_2012.pdf (discussing the uptick in the number of recent prescribed fire escapes and feedback to the current prescribed fire review process).

Unfortunately, the legal framework used to address prescribed fire tort litigation is obscured with misleading and conflicting terminology. As the human-fire relationship changed, the use of prescribed fire waxed and waned, and the federal land agencies also changed the terminology used to describe fire, especially prescribed fire. Instead of using consistent terminology, the federal land agencies described prescribed fire through a potpourri of terms, which confused the public, the employees, and the courts.See Memorandum from the NWCG Chair to NWCG Committee Chairs and Geographic Area Coordinating Group, NWCG#030-2010, at 1 (July 8, 2010), [hereinafter NWCG#030-2010] available at http://www.nwcg.gov/general/memos/nwcg-030-2010.pdf (describing the additional guidance for communicating about managing wildland fire in light of changes in policy guidance and terminology). Recently, the federal land agencies confronted this problem and issued new policies to simplify fire terminology, which also had the effect of altering fire classification systems.Id. Fortunately, the new fire terminology and classification policies should reduce public confusion and simplify the federal government’s defense during litigation.

In addition to recent fire policy changes, the law governing the federal government’s liability resulting from a prescribed fire is also changing.Jonathan Yoder, Liability, Regulation, and Endogenous Risk: The Incidence and Severity of Escaped Prescribed Fires in the United States, 51 J.L. & Econ. 297, 320 (2008) (discussing the effects of different prescribed fire laws and concluding that “empirical analysis provides evidence that different liability and regulatory rules affect the number and magnitude of escaped prescribed fires.”). As described in Part IV, the discretionary function exception to the Federal Tort Claims Act generally barred any prescribed fire damage claim from even reaching trial.Federal Tort Claims Act, 28 U.S.C. § 2680(a) (2011); e.g., Thune v. United States, 872 F. Supp. 921, 922 (D. Wyo. 1995) (holding the discretionary function exception barred the damage claim resulting from an escaped prescribed fire). However, recent policy directives and a Florida district court’s decision in 2010 should curtail the use of the discretionary function exception in any litigation where a federal land agency’s prescribed fire escapes and damages non-federal property.See discussion infra Part IV; Nat’l Wildfire Coordinating Grp., Interagency Prescribed Fire Planning and Implementation Procedures Guide 19 (July 2008) [hereinafter 2008 Prescribed Fire Guide], available at http://www.nwcg.gov/pms/RxFire/rxfireguide.pdf (describing current, as of Mar. 25, 2012, federal prescribed fire policy); Florida v. United States, No. 4:09-CV-00386, 2010 WL 3469353, at *2 (N.D. Fla. Aug. 30, 2010).

Part II of this article provides background information describing how and why the federal land agencies use prescribed fire. Part III describes how the new fire terminology policy changes have altered the fire classification schemes and why the new terminology and classification policy will improve the federal land agencies’ ability to communicate about fire, specifically prescribed fire. Part IV examines the prescribed fire jurisprudence in light of recent policy directives. Finally, Part V concludes by reiterating that federal land agencies need to embrace the terminology and classification policy, and it also describes why the discretionary function exception to the Federal Tort Claims Acts should not shield the federal land agencies from prescribed fire tort claims.

II. Prescribed Fire Background

The presence or absence of natural fire within a given habitat is recognized as one of the ecological factors contributing to the perpetuation of plants and animals native to that habitat.

—National Park Service (circa 1968)Rothman, supra note 2, at 120.

A. History of Federal Prescribed Fire

Historically, society and the government considered fire an enemy and responded by aggressively suppressing any fire.Rothman, supra note 2, at 2. For nearly a century, from 1872 until the 1960s, a predominately human-centered value system considered fire a threat to society and community development. Under that view, any fire was aggressively suppressed because fire represented an unwanted nuisance to the expanding way of life.Jan W. van Wagtendonk, Fires in Wilderness in the National Parks, Park Science, Feb. 21, 2012, at 20, available at http://www.nature.nps.gov/parkscience/index.cfm?ArticleID=535 (describing that fire suppression dominated fire policy from 1886 to 1967). In 1935, the U.S. Forest Service (USFS) had fully embraced society’s resentment toward fire when the USFS adopted the 10 AM Policy.Nat’l Interagency Fire Ctr., Review and Update of the 1995 Federal Wildland Fire Management Policy 1-1 (Jan. 2001) [hereinafter 1995 Federal Wildland Fire Management Policy], available at http://www.nwcg.gov/branches/ppm/fpc/archives/fire_policy/history/index.htm. The 10 AM Policy directed USFS fire resources to aggressively suppress all human-caused fires and to contain any fire by 10 a.m. the next day.Id. The 10 AM Policy became the dominant fire policy for the United States for the next forty years. During that time, the 10 AM Policy was incredibly effective: fire durations decreased considerably, and the amount of acreage burned dropped dramatically.1995 Federal Wildland Fire Management Policy, supra note 2, at 1-6. However, the National Park Service (NPS) did not fully embrace the USFS’s 10 AM Policy of aggressive fire suppression.

The traditionally human-centered focus shifted towards a more ecologic-centered focus as scientists, land managers, and politicians recognized the importance of fire. In the 1960s, the NPS continued to suppress fires, but the NPS also initiated a new era of fire management: some lightning-caused fires were allowed to burn, and the use of prescribed fires became more prevalent.Gregory H. Aplet, Evolution of Wilderness Fire Policy, Int’l J. Wilderness, Apr. 2006, at 9, available at http://www.wilderness.net/library/documents/IJWApr06_Aplet.pdf. In addition, by the early 1960s the NPS recognized the need to restore fire within the national parks. At the same time, Congress enacted the Wilderness Act, which directed federal land agencies to allow natural processes, like fire, to occur in wilderness areas.Wilderness Act of 1964, 16 U.S.C. § 1131(a) (2011) (Wilderness areas “shall be administered for the use and enjoyment of the American people in such manner as will leave them unimpaired for future use and enjoyment as wilderness, and so as to provide for the protection of these areas, the preservation of their wilderness character . . . .”). See generally Sierra Club v. Block, 622 F. Supp. 842, 850 (D. Colo. 1985) (describing the purpose and legislative history of the Wilderness Act); Fire Mgmt. Policy Review Team, 1988 Report on Fire Management Policy 54 (Dec. 14, 1988) [hereinafter 1988 Fire Management Policy Review], available at http://www.nwcg.gov/branches/ppm/fpc/archives/fire_policy/mission/1988_fire_mgmt_preview_team_rpt.pdf;
Aplet, supra note 2, at 9.
Although the NPS was moving away from fire suppression in the 1960s, the USFS maintained the 10 AM Policy for another decade.

Responding to exponentially increasing fire suppression costs and recognizing the potential value of allowing some fires to burn naturally, in 1977, the USFS shelved the 10 AM Policy.1995 Federal Wildland Fire Management Policy, supra note 2, at 1-1. Like the NPS, the USFS adopted similar wildland fire policies that shifted from strict fire suppression to more holistic fire management.Id.; see also Cary v. United States, 552 F.3d 1373, 1375 (Fed. Cir. 2009), reh'g denied (2009), cert. denied, 129 S. Ct. 2878 (2009) (stating in 1968 the USFS ended its policy of mandatory wildfire suppression that began in 1911, and, instead, the USFS replaced it with a selective suppression policy). After this change, the federal land agencies increased the use of prescribed fire and allowed some lightning-caused fires to burn naturally.Federico Cheever, The Phantom Menace and the Real Cause: Lessons from Colorado’s Hayman Fire 2002, 18 Penn. St. Envtl. L. Rev. 185, 191–92 (2010) (describing that in 1977 the USFS allowed more prescribed burning as “[f]ire suppression became fire management.”). This “let it burn” policy came under significant criticism from the public and politicians in response to the 1988 Greater Yellowstone fires.Rothman, supra note 2, at 186; Aplet, supra note 23, at 9; Peter H. Froelicher, Issues of Liability Surrounding Fire Management in the Greater Yellowstone Area, 27 Land & Water L. Rev. 123, 124 (1992) (describing that the Greater Yellowstone fires “stirred a heated debate concerning the proper fire management policy”). Although lightning, not humans, ignited the 1988 Greater Yellowstone fires, many of these fires were improperly classified as prescribed natural fires because the fires were allowed to burn naturally.1988 Fire Management Policy Review, supra note 24, at 1. While the classification of fires has caused turmoil ever since the 1988 Greater Yellowstone fires, the federal land agencies have continued managing fire, especially prescribed fire, for multiple benefits.

B. Benefits and Consequences of Prescribed Fire

Prescribed fire is a tool that land managers now use to improve ecosystems and to reduce wildfire risks to communities.Nat’l Interagency Fire Ctr., NFES 2724, Interagency Standards for Fire and Fire Aviation Operations 17-1 (2012) [hereinafter 2012 Redbook], available at http://www.nifc.gov/PUBLICATIONS/redbook/2012/2012RedBookALL.pdf (PDF page 286) (explaining that hazardous fuels reduction programs, which include prescribed fire, reduce hazardous fuels and improve the health of the land). When used for ecosystem benefit, a prescribed fire burns vulnerable vegetation, releases nutrients contained in that burned material, and recycles those nutrients by initiating the ecologic cycle.Minn. Pub. Interest Research Grp. v. Butz, 358 F. Supp. 584, 610 (D.C. Minn. 1973). Some ecosystems, like pine or giant sequoia dominated forests, cannot regenerate without some type of fire disturbance that causes the cones to open to initiate the reproduction cycle.Id. (stating that jack pine cones will open and allow dispersal of its seeds only if subjected to the intense heat of a fire); California v. U.S. Forest Serv., 465 F. Supp. 2d 942, 946 (N.D. Cal. 2006) (giant sequoia). Those species that require fire to release their seeds for germination have serotinous cones and are located in many ecosystems across the country.George Wuerthner, Fire in the East: Welcoming Back a Native Son, in Wildfire: A Century of Failed Forest Policy 96 (George Wuerthner ed., 2006). In addition, some animal species, like birds or squirrels, are also dependent upon post-fire habitat.Ecology Ctr., Inc. v. Austin, 430 F.3d 1057, 1061 (9th Cir. 2005) (black-backed woodpecker); San Juan Citizens Alliance v. Stiles, No. 1:08-CV-00144, 2010 WL 1780816, at *14 (D. Colo. May 3, 2010) (hairy woodpecker and bluebird); Forest Guardians v. U.S. Forest Serv., No. 1:05-CV-00372, 2006 WL 4109661, at *28 (D. N.M. Aug. 22, 2006) (Albert's squirrel). When prescribed fire is used for ecosystem benefits the fires tend to be large, on the order of hundreds to thousands of acres.E.g., Thune v. United States, 872 F. Supp. 921, 922 (D. Wyo. 1995) (conducting a 3,000-acre fire to improve elk habitat).

In addition to ecosystem restoration, land managers also use prescribed fire in conjunction with other fuel treatments to reduce the risks associated with wildfires. Any burnable material, like dry brush, is considered a fuel.Nat’l Wildfire Coordinating Grp., Glossary of Wildland Fire Terminology PMS 205, at 88 (May 2011) [hereinafter Glossary], available at http://www.nwcg.gov/pms/pubs/glossary/pms205.pdf (defining “fuel” as “[a]ny combustible material, especially petroleum-based products and wildland fuels”). Additionally, a hazardous fuel consists of readily combustible materials that are arranged in a way that makes fire control difficult and likely causes undesired consequences if burned.Glossary, supra note 36, at 95 (defining “hazard fuel” as “[a] fuel complex defined by kind, arrangement, volume, condition, and location that presents a threat of ignition and resistance to control”). For example, highly combustible dense brush, like chaparral, adjacent to a house would be considered a hazardous fuel because once the chaparral ignites the resulting fire would likely threaten the house.See, e.g., Poway Cal. Mun. Code § 8.76.010 (2011), available at http://www.codepublishing.com/ca/poway/html/poway08/poway0876.html (describing that removal of highly flammable chaparral vegetation reduces the risk of wildfire to a structure by creating defensible space); Defensible Space, City of Poway (June 25, 2010), http://www.poway.org/Index.aspx?page=455 (describing the City of Poway’s defensible space program). The physical act of fuel removal is called a fuel treatment or a hazard fuel reduction project.Glossary of Terms, Forests & Rangelands (May 5, 2011), http://www.forestsandrangelands.gov/resources/glossary/h.shtml (defining “hazard fuel reduction”).

Land managers use fuel treatments and prescribed fire to protect people, communities, and ecosystems from subsequent wildfires.2012 Redbook, supra note 30 (describing that hazardous fuels reduction programs, which include prescribed fire, reduce hazardous fuels and improve the health of the land); W. Watersheds Project v. Lane, No. 1:07-CV-0394, 2007 WL 2815039, at *1 (D. Idaho Sept. 25, 2007) (describing the Department of Interior’s and the Department of Agriculture’s creation of a hazard fuel categorical exclusions in response to the Healthy Forest Initiative in 68 Fed. Reg. 33,814 (June 5, 2003). Because prescribed fires consume the same fuel necessary to sustain a wildfire, an area previously burned by a prescribed fire has less fuel available. Thus, any subsequent fire burns at a lower intensity, and lower intensity fires are easier to manage than higher intensity fires.See Nat’l Wildfire Coordinating Grp., NFES 0065, Fireline Handbook 91–94 (2004), available at http://www.nwcg.gov/pms/pubs/410-1/410-1.pdf (PDF pages 95–98) (describing that at low intensities direct attack tactics can be used, but at higher intensities indirect attack tactics must be used). Therefore, when prescribed fire is used to reduce the risk of subsequent wildfires, the prescribed fire also tends to be of a lower intensity and smaller size than a prescribed fire used for ecosystem benefit. Sometimes a prescribed fire can be as small as a campfire to burn fuel accumulated as a result of a fuel treatment.Sierra Nevada Forest Prot. Campaign v. U.S. Forest Serv., No. 04-CV-2023, 2005 WL 1366507, at *15 (E.D. Cal. May 26, 2005) (describing the relationship between prescribed fire and other fuel treatments); Whites Creek Pile Burning Humboldt-Toiyabe National Forest, U.S. Forest Serv. (2007), http://www.fs.fed.us/r4/fire/hfr/2007/whitescreek_1.shtml (describing campfire sized prescribed fires to reduce hazardous fuel loading around a housing development).

The use of prescribed fire, however, can also impair individuals and the environment. Like any fire, prescribed fires emit smoke, and smoke affects air quality.E.g., Sierra Club v. Bosworth, 510 F.3d 1016, 1033 (9th Cir. 2007) (describing that prescribed fire and logging have potential impacts on air, soil, water quality, wildlife, and forest resources). Although wildfire smoke may contribute to climate change, the increased use of prescribed fire, as opposed to higher intensity wildfires, may actually mitigate the rate of climate change.Christine Wiedinmyer & Matthew D. Hurteau, Prescribed Fire as a Means of Reducing Forest Carbon Emissions in the Western United States, 44 Envtl. Sci. & Tech. 1926 (2010) (describing the relative benefits of prescribed fire as compared to wildfire and the effects on climate change). Moreover, prescribed fires occasionally burn unintended property and occasionally affect aesthetic values because prescribed fire is inherently subject to many uncontrollable environmental factors—fuel characteristics, wind gusts, changes in wind direction, cloud movement and formation, and rapid changes in relative humidity.E.g., Robinson v. United States, 175 F. Supp. 2d 1215 (E.D. Cal. 2001) (personal injury and property damage claim); Anderson v. United States, 55 F.3d 1379 (9th Cir. 1995) (property damage claim). Thus, environmental factors can alter the use of prescribed fire.

Prescribed fire projects conducted by the federal land agencies, most notably those of the USFS, have also been challenged in court because the federal land agency allegedly did not properly consider the various interests or effects of a proposed project.E.g., Utah Envtl. Cong. v. Bosworth, 372 F.3d 1219, 1223 (10th Cir. 2004) (involving the USFS and alleging National Environmental Policy Act (NEPA) and National Forest Management Act violations). Normally, a prescribed fire project is developed pursuant to a general land management plan or is associated with a broader fuel reduction plan, and those umbrella plans can generate significant litigation.E.g., Wildwest Inst. v. Bull, 547 F.3d 1162 (9th Cir. 2008) (involving the USFS and alleging NEPA, National Forest Management Act, and Healthy Forests Restoration Act violations). For example, in the mid-2000s, environmental interest groups litigated numerous commercial timber harvesting projects, which included prescribed fire treatments, for allegedly failing to comply with the National Environmental Policy Act (NEPA).E.g., Sierra Club v. Bosworth, 510 F.3d 1016, 1033–34 (9th Cir. 2007) (concluding the USFS did not satisfy the "hard look" test required of NEPA for the 2002 Fuel categorical exclusion). Specifically, in Sierra Club v. Bosworth, the Sierra Club challenged a USFS categorical exclusion to NEPA that excluded the following projects from the NEPA analysis: all fuel reduction projects up to 1000 acres and prescribed fire projects up to 4500 acres on all national forests.Id. at 1018. In granting a preliminary injunction, the court agreed with the Sierra Club and concluded the USFS failed to demonstrate that it made a reasoned decision based on all the competing factors.Id. at 1026.

Although legal challenges to hazard fuel projects usually originate from environmental interest groups, a timber harvest interest group also challenged the USFS for not appropriately balancing timber production, wildfire risk, and recreation interests.Cal. Forestry Ass'n v. Bosworth, No. 2:05-CV-00905, 2008 WL 4370074, at *3 (E.D. Cal. Sept. 24, 2008). In California Forestry Ass'n v. Bosworth, the district court granted the USFS summary judgment on all challenges except the NEPA claim, which it granted summary judgment in favor of the timber interest group because the USFS failed to consider all the reasonable alternatives.Id. at *20.

Finally, the use of prescribed fire has also been challenged for adversely impacting vulnerable populations of specific species.W. Watersheds Project v. Bureau of Land Mgmt., 552 F. Supp. 2d 1113, 1130 (D. Nev. 2008) (sage grouse). Even after numerous legal challenges, the federal land agencies have actually increased the use of prescribed fire.

palmer_figure_1

Figure 1. Federal Prescribed Fire Trends, 1988 to 2011.The acronym “Rx” means prescribed fire. The gray bars represent the acres burned by federal prescribed fires, and the black diamonds represent the number of federal prescribed fires conducted. NIFC Fire Statistics, supra note 9 (describing that national prescribed fire reporting began in 1998, and thus, national prescribed fire data that occurred before 1998 is not available); 1988 Fire Management Policy Review, supra note 24, at 7 (stating that prescribed fire has been used in Florida since the 1950s).

As Figure 1 indicates, the acreage treated with prescribed fire nearly doubled between 1998 and 2011.See NIFC Fire Statistics, supra note 9. Specifically, between 1998 and 2003, the acres burned by prescribed fire increased from approximately 0.8 million acres to 1.86 million acres. Since 2003, the acreage burned has remained near the 2003 level, but the number of individual prescribed fires has fluctuated. This increased use of prescribed fire resulted from the modern realization that the reintroduction of fire is necessary for the survival of ecosystems and for community protection.Douglas J. Marshall et al., U.S. Forest Serv., Synthesis of Knowledge of Hazardous Fuels Management in Loblolly Pine Forests, at ii (Nov. 2008), available at http://www.firescience.gov/projects/05-S-04/project/05-S-04_gtr_srs110_synth_loblollypine.pdf. However, as the use of prescribed fire increased, the federal agencies struggled to use consistent terminology to discuss and differentiate prescribed fire from wildfire.

III. The Need For Consistent Terminology

Sometimes it takes a human generation for the public’s collective mind to change on an issue.

—Andy Kerr (circa 2006)Andy Kerr, The Ultimate Firefight: Changing Hearts and Minds, in Wildfire: A Century of Failed Forest Policy 277 (George Wuerthner ed., 2006).

In the 1960s and 1970s, as the federal land agencies transitioned from fire suppression to fire management classifying fires became important. The federal land agencies classified fires into two categories: a prescribed fire or a wildfire.1988 Fire Management Policy Review, supra note 24, at 5. That initial classification determined what type of response was appropriate.Id. at 5–9. For example, if a land manager classified the reported fire as a wildfire, then firefighters suppressed it. Alternatively, if the reported fire was actually a prescribed fire and still within the purview of the prescribed fire plan, the federal land agency managed the prescribed fire pursuant to that prescribed fire plan. However, if the reported fire was not a prescribed fire and if the land manager decided to not suppress the fire for ecologic or fuel reduction reasons, the fire did not fit into either of the wildfire or prescribed fire categories. Sometimes land managers called that type of fire “wildland fire use,” “fire use,” “prescribed natural fire,” “natural prescribed fire,” or a “wildfire managed for resource benefit.”Van Wagtendonk, supra note 19 (describing that fire managers have attempted to curtail the use of terms like “prescribed natural fire” and “wildland fire use”). Thus, the lack of consistent terminology is unnecessarily complicating and confusing.Ronald H. Wakimoto, National Fire Management Policy, J. Forestry, Oct. 1990, at 22, 25 (appointed to review the national wildland fire policy after the 1988 Greater Yellowstone fires and concluded that “developing uniform terminology . . . would significantly improve fire management”).

The absence of consistent terminology still creates confusion amongst the public, the courts, and the federal land agencies.NWCG#030-2010, supra note 12. In 2010, the National Wildfire Coordinating Group, a group composed of federal land agency fire leadership with policy making authority,In 1943, the Secretaries of Agriculture and Interior entered into a Memorandum of Understanding “to provide adequate wildfire management and protection to the lands under their respective jurisdictions.” Then in 1976, those two departments established the NWCG. The purpose of the NWCG, as a national group, “is to provide national leadership and establish, implement, maintain and communicate policy, standards, guidelines, and qualifications for wildland fire program management and support the National Incident Management System.” Memorandum of Understanding for the National Wildfire Coordinating Group (Oct. 11, 2007), available at http://www.nwcg.gov/general/mou2007.htm. issued a policy guidance and interpretation memorandum, NWCG#030-2010, explaining the new fire management and terminology changes:

The most effective way for us to communicate about fire with the public is to educate ourselves about what to say and how to say it, and allow each agency and partner to address its own audiences.

. . . .

For both our internal and external audiences, we need to keep our terminology simple and continue to focus on telling our story versus getting caught up in explaining the difference between unplanned and planned ignitions and between wildfires and prescribed fires.NWCG#030-2010, supra note 12, at 1, 3.

Although the various classification definitions may appear facially insignificant, the classification provides guidance to whether the federal land agency’s actions likely fall within the discretionary function exemption to the Federal Tort Claims Act.Federal Tort Claims Act, 28 U.S.C. § 2680(a) (2011); Florida v. United States, No. 4:09-CV-00386, 2010 WL 3469353, at *2 (N.D. Fla. Aug. 30, 2010). As described in Part IV, infra, if a court finds that the federal land agency acted pursuant to proper discretion, then any tort claim for money damages terminates because the court is divested of subject matter jurisdiction.E.g., Johnson v. United States, 949 F.2d 332, 334 (10th Cir. 1991) (dismissing negligence suit for lack of subject matter jurisdiction because the National Park Service’s actions in conducting a rescue fell within the discretionary function exception). For example, a federal land agency should succeed in defending a damages claim resulting from the agency’s response to a wildfire by using the discretionary function exception, but the discretionary function exception is not likely to shield a prescribed fire damages claim.Miller v. United States, 163 F.3d 591 (9th Cir. 1998) (holding the discretionary function exception barred recovery resulting from property damage caused by multiple lightning ignited wildfires); Florida, 2010 WL 3469353, at *5 (holding the discretionary function exception did not bar recovery resulting from property damage caused by an escaped prescribed fire).

Ultimately, the classification of wildland fire has changed as federal land agencies react to political pressure and as land managers characterized fire management.See NWCG#030-2010, supra note 12, at 1. Regardless of the various classifications, wildfires are distinguishable by their cause and by the management response. The following describes the two interrelated classification schemes and concludes by reiterating the need to use consistent terminology.

A. Classification of Fire by Cause

Currently, a federal land agency’s response to a wildland fire is primarily dictated by the cause of the fire: (1) whether the fire was intentionally ignited and (2) whether the igniter, the person who actually started the fire, had authority to ignite the fire.Id. at 3 (recognizing wildland fire to be either (1) wildfire: unplanned ignitions; or (2) prescribed fire: planned ignitions).

A prescribed fire is a human-caused fire intentionally ignited, with authority, to achieve specific objectives identified in an approved prescribed fire plan.Glossary, supra note 36, at 139 (defining prescribed fire). In 2010, the National Wildfire Coordinating Group (NWCG) further defined prescribed fire as a “planned ignition,” but that characterization did not change the definition.Memorandum from the NWCG Chair to NWCG Committee Chairs and Geographic Area Coordinating Group, NWCG#024-2010, Attachment A, at 5 (Apr. 30, 2010) [hereinafter NWCG#024-2010], available at http://www.nwcg.gov/general/memos/nwcg-024-2010.html; see, e.g., Thune v. United States, 872 F. Supp. 921 (D. Wyo. 1995). Prescribed fire is also synonymous with “prescribed burn.”NWCG#024-2010, supra note 71 (stating that “prescribed burn” is a synonym for prescribed fire). However, federal land agencies should terminate the use of other colloquial prescribed fire terms, specifically “controlled burn,” “prescribed natural fire,” and “natural prescribed fire.”

The term “controlled burn” is misleading and inaccurate.Contra id. (stating that “controlled burn” is a synonym for prescribed fire). Although a prescribed fire is conducted pursuant to specific weather and fuel prescriptions, neither the fire nor the weather are controllable. For example, wind shifts commonly cause prescribed fires to escape the prescribed area,E.g., Thune, 872 F. Supp. at 922 (describing that the weather changed and the prescribed fire escaped). or a prescribed fire can burn something within the prescribed area that was specifically not intended to burn.Nat’l Park Serv., NPS 72 Hour Report: Holmes Investigation 2 (Oct. 5, 2004), available at http://www.nps.gov/fire/download/72HrRpt_GrantWestRxFire.pdf (describing that prescribed fire personnel put a fire line around the base of the snag to keep fire away from the tree, but a flying ember set fire to the top of the snag). Thus, because humans cannot control the weather or where an ember travels, the federal land agencies should not use the term “controlled burn” to describe a prescribed fire. Instead, the federal land agencies should simply use the term prescribed fire.

Additionally, the use of the terms “prescribed natural fire” or “natural prescribed fire” should also be discouraged because the terms are misleading and inaccurate. During the 1980s, the federal land agencies used the terms “prescribed natural fire” or “natural prescribed fire” to describe a fire ignited by lightning that was not suppressed.1988 Fire Management Policy Review, supra note 24, at 1, 8. Some federal land agencies, like the USFS, still classify fires ignited by lightning and not suppressed as a “prescribed natural fire” or a “natural prescribed fire.”U.S. Forest Serv., FSM 2324.22, Management of Fire: Policy (Jan. 22, 2007), available at http://www.fs.fed.us/im/directives/fsm/2300/2320.doc; Florida v. United States, No. 4:09-CV-00386, 2010 WL 3469353, at *2 (N.D. Fla. Aug. 30, 2010). Pursuant to the prescribed fire definition and as emphasized by the NWCG#030-2010, fires started by lightning are not human-caused and are not prescribed fires. If a term is used, it should be wildfire because only wildfire encompasses unplanned ignitions.NWCG#024-2010, supra note 71, Attachment A, at 7 (defining “wildfire” as an unplanned ignition caused by, for example, lightning). Thus, because a “prescribed natural fire” or a “natural prescribed fire” is not a prescribed fire, the terms inaccurately describe a prescribed fire, and their use should be curtailed.

Additionally, by using inaccurate, misleading, and inconsistent terms the federal land agencies may face an unnecessary burden to prove the federal land agencies’ action actually falls within the discretionary function exemption of the Federal Tort Claims Act.Florida, 2010 WL 3469353, at *2 (discussing effects of naming classification and Federal Tort Claims Act); Bowen v. United States, No. Civ. 99-443-HA, 1999 WL 1074080, at *1 (D. Or. Nov. 8, 1999) (improperly classifying a lightning ignited fire as a “prescribed natural fire” that should have been classified as a wildfire or more specifically at the time, a wildland fire use). As discussed in Part IV, infra, if the discretionary function exception applies, then the federal court must dismiss the tort claim because the court lacks subject matter jurisdiction. For example, if the federal land agencies abandoned the “prescribed natural fire” classification and referred to the fire as an unplanned fire or wildfire, the federal land agencies’ subsequent actions are in response to a fire and not the cause of the fire.See, e.g., McDougal v. U.S. Forest Serv., 195 F. Supp. 2d 1229 (D. Or. 2002) (improperly calling a lightning ignited fire a “prescribed natural fire” but properly holding the discretionary function exception barred action). Generally, a federal land agency’s actions responding to a wildfire easily fall under the discretionary function exemption.Id.

In contrast to a prescribed fire, most fires are not intentionally ignited or are ignited without authority.For example, in 2010 the ratio of unplanned fires (wildfires) to planned fires (prescribed fires) was more than four to one (4:1). Nat’l Interagency Fire Ctr., 2010 National Report of Wildland Fires and Acres Burned by State 70 (Feb. 9, 2011), available at http://www.predictiveservices.nifc.gov/intelligence/2010_statssumm/fires_acres.pdf (describing 71,971 wildfires and 16,882 prescribed fires). Wildfires result primarily from criminal acts, from negligent acts, and from lightning.NWCG#024-2010, supra note 71, Attachment A, at 7 (defining wildfire). Although criminal and negligent acts are beyond the scope of this article, further distinguishing lightning-caused fires from prescribed fires will provide some historical clarification. As discussed earlier, lightning-caused fires that were not suppressed were historically classified as either “prescribed natural fires” or “natural prescribed fires.” After the significant criticism resulting from the 1988 Greater Yellowstone “prescribed natural fires,” the federal land agencies reclassified those unplanned and unsuppressed fires as “Wildland Fire Use” (WFU).1988 Fire Management Policy Review, supra note 24, at 19 (stating that the NWCG was taking the lead in developing common prescribed fire terminology and agencies were to develop common terminology for “prescribed natural fire” programs); NWCG#024-2010, supra note 71, at 8 (describing Wildland Fire Use as an obsolete term).

A WFU was a lightning-caused ignition, unintentional and unplanned, that was allowed to burn within established areas to achieve specific resource management objectives pursuant to a fire management plan.NWCG#024-2010, supra note 71, at 8 (defining Wildland Fire Use). Fire management plans provide, an individual unit within a federal land agency, direction and policy guidance to manage the entire wildland fire program on that unit.For lands managed by the National Park Service, Director’s Order #18 requires as follows:
"Each park with burnable vegetation must have an approved Fire Management Plan that will address the need for adequate funding and staffing to support its fire management program. Parks having an approved Fire Management Plan and accompanying National Environmental Policy Act compliance may utilize wildland fire to achieve resource benefits in predetermined fire management units. Parks lacking an approved Fire Management Plan may not use resource benefits as a primary consideration influencing the selection of a suppression strategy, but they must consider the resource impacts of suppression alternatives in their decisions."
Nat’l Park Serv., Director’s Order #18: Wildland Fire Management 3 (Jan. 16, 2008), available at http://www.nps.gov/fire/download/fir_wil_do18.pdf.

For lands managed by the U.S. Forest Service, Forest Service Handbook 5109.19 requires “[e]ach National Forest with burnable vegetation must have an approved fire management plan (sec. 52.2) that has been prepared, reviewed, and approved annually in conformance with requirements set out in [U.S. Forest Service Manuals and Handbooks.]” U.S. Forest Serv., Forest Service Handbook—Fire Management Analysis and Planning Handbook 4 (Jan. 10, 2003), available at http://www.fs.fed.us/cgi-bin/Directives/get_dirs/fsh?5109.19 (the document is entitled “5109.19_50.doc” and the section is entitled “50.3 Policy”). Fire management plans also provide the authority from which hazardous fuel treatments or prescribed fire plans derive. Because a WFU fire was only allowed to burn pursuant to an approved fire management plan, and prescribed fires are only authorized pursuant to an approved prescribed fire plan, the WFU and prescribed fire distinction blurred.Envtl. Prot. Info. Ctr. v. U.S. Forest Serv., No. 3:02-CV-02708, 2003 WL 22283969, at *2 n.3 (N.D. Cal. Sept. 5, 2003) (improperly calling a naturally ignited fire as a prescribed fires). Without knowing the cause of the fire, a prescribed fire ignited for ecosystem benefits resembles a WFU fire managed for ecosystem benefits: both fires are allowed to burn without significant human involvement and are suppressed only when the fire breached some predetermined criteria. In practice, however, the federal land agencies created strict policies that virtually prevented a wildland fire—wildfire, WFU, or otherwise—from being managed for multiple objectives.

B. Classification of Fire by Response Instead of by Cause

In 2010, the National Wildfire Coordinating Group (NWCG) determined that federal land agencies should abandon the traditional fire classification by cause and, instead, describe a fire by the federal land agencies’ response.NWCG#030-2010, supra note 12, at 4. The NWCG emphasized that classifying fires by cause unnecessarily pigeon-holed the federal land agencies’ ability to manage a wildland fire because once a fire was classified as a wildfire, which mandated aggressive suppression strategies, the fire could not then be managed for multiple objectives.Id. at 5; Wildland Fire Leadership Council, 2008 Modification to the Interagency Strategy for the Implementation of Federal Wildland Fire Management Policy (May 2, 2008), available at http://www.nwcg.gov/branches/ppm/fpc/archives/fire_policy/index.htm. In practice, the traditional policy meant a wildfire that was suppressed had to be completely suppressed; the fire could not also have a portion that was allowed to burn for ecosystem benefits. In contrast, the 2010 policy approach involves an individual fire assessment and allows land managers to adapt the federal land agency’s response to the specific circumstances observed and forecasted for that individual fire. This new policy shift toward individual fire assessments resulted from a policy experimentation approved by the Wildland Fire Leadership Council (WFLC) in 2008.Wildland Fire Leadership Council, supra note 89.

The Secretary of the Interior, the Secretary of Agriculture, and the Secretary of Homeland Security created and authorized the WFLC. The WFLC is composed of presidential appointees and elected officials and is the intergovernmental committee that guides the implementation and coordination of federal wildland fire policy.Memorandum of Understanding Wildland Fire Leadership Council (Apr. 12, 2010), available at http://www.forestsandrangelands.gov/leadership/documents/mou_wflc_april2010.pdf.

The recent WFLC policy and NWCG terminology changes allow land managers the needed flexibility to suppress portions of a lightning-caused fire and to allow a fire to burn for ecosystem benefit in other areas.2012 Redbook, supra note 30, at 09‑3 (PDF page 178) (describing that human-caused wildfires will be suppressed at the lowest cost with the fewest negative consequences with respect to firefighter and public safety). For example, if a lightning-caused fire starts near a community and then spreads into a designated wilderness area that has an approved fire management plan, instead of complete suppression as required prior to the WFLC 2008 policy, that fire can now be suppressed adjacent to the community and managed for ecosystem benefits within the wilderness.Van Wagtendonk, supra note 19 (describing that as a result of the policy changes wilderness will continue “to be the primary area where wildfires are allowed to burn” because of the remoteness and preference for ecological processes to proceed without human intervention). This new approach appropriately balances the need to protect communities while allowing fires to burn in wilderness areas where the Wilderness Act specifically restricts human modification of natural processes.

The new multiple objective policy also strikes the appropriate balance for prescribed fire. Specifically, this policy changes how prescribed fires are managed, especially when a prescribed fire escapes a designated area. Prior to the WFLC 2008 policy, once a prescribed fire escaped, the entire prescribed fire was converted to a wildfire and aggressively suppressed.Wildland Fire Leadership Council, supra note 89. Now, the WFLC 2008 policy still converts the escaped prescribed fire into a wildfire, but if portions of the fire are still achieving the intent of the prescribed fire and are not threatening other resources, those portions do not have to be suppressed. This change allows land managers to effectively suppress threatening portions of the fire to resolve any public fear, while not committing destructive suppression actions within the original prescribed fire area.

In conclusion, the federal land managers responsible for wildland fire programs should welcome the recent fire terminology and policy changes. During a time when policies could have further limited a land manager’s discretion, the recent Wildland Fire Leadership Council’s policy change actually encourages discretion and strikes an appropriate balance between community protection and ecosystem health. Federal land managers now have the option to aggressively suppress a portion of a fire while appropriately allowing another portion of the fire to burn naturally.Contra Karen M. Bradshaw, A Modern Overview of Wildfire Law, 21 Fordham Envtl. L. Rev. 445, 476 n.162 (2010) (discussing the same source as identified in supra note 12 and positing that NWCG#030-2010 was used to facilitate media attention and prolong fire durations). This adaptive management approach will likely enable the federal land agencies to reestablish fire in fire dependent ecosystems and reduce government spending associated with costly fire suppression. To better communicate this new adaptive management policy change, the National Wildfire Coordinating Group revised the fire terminology to consistently and accurately describe a federal land agency’s approach to fire management. The new terminology and classification policy will also minimize confusion during any subsequent legal challenge under the Federal Tort Claims Act.

IV. Prescribed Fire And The Federal Tort Claims Act

It is a legal document . . . with all the information needed to implement the prescribed fire. Prescribed Fire projects must be implemented in compliance with the written plan.

—National Wildfire Coordinating Group (2008)2008 Prescribed Fire Guide, supra note 16; 2012 Redbook, supra note 30 (describing the 2008 Prescribed Fire Guide is still binding through 2012). 

A. Overview

When a prescribed fire escapes, especially a prescribed fire conducted to reduce the threat of a wildfire near private property, property damage claims may result.E.g., Michigan v. United States, No. 2:11-CV-00303, 2011 WL 7267049 (W.D. Mich. filed Aug. 12, 2011) (currently litigating a motion to dismiss based on the discretionary function exception because a U.S. Forest Service prescribed fire—broadcast burning—escaped and allegedly damaged state lands valued at $85,000); Wipf v. United States, No. 5:09-CV-05033, 2010 WL 3333540 (D. S.D. settled Sept. 16, 2010) (plaintiff alleged $346,056 in property damage resulting from an escaped prescribed fire—pile burning—that the U.S. Forest Service conducted); Martini v. United States, No. 0:04-CV-03518, 2005 WL 3024645 (D. Minn. dismissed by stipulation Jan. 9, 2006) (plaintiff alleged $22,000 in property damage resulting from an escaped prescribed fire—broadcast burning—that the U.S. Forest Service conducted); Richardson v. United States, No. 1:03-CV-03177, 2004 WL 3333253 (D. S.C. settled Jan. 20, 2005) (plaintiff alleged prescribed fire plan was too liberal and also alleged $138,000 in property damage resulting from an escaped prescribed fire—broadcast burning—that the U.S. Forest Service conducted). Those resulting tort claims, when brought against an agency of the federal government, face an unusual procedural and substantive hurdle: the discretionary function exception to the Federal Tort Claims Act. The Federal Tort Claims Act waives the United States’ sovereign immunity for negligence suits involving federal government employees.28 U.S.C. § 1346(b) (2011) (stating waiver of sovereign immunity for negligence suits); 28 U.S.C. § 2680(a) (2011) (stating what is called the discretionary function exception); e.g., United States v. Williams, 514 U.S. 527, 531 (1995) (describing that an ambiguity resulting from a waiver of sovereign immunity is to be construed in favor of immunity); Zumwalt v. United States, 928 F.2d 951, 952 (10th Cir. 1991) (describing that the waiver of sovereign immunity is limited by the discretionary function exception). However, that waiver is limited by the discretionary function exception. If the federal agency’s conduct falls within the discretionary function exception, then the tort claim is dismissed because the federal court lacks subject matter jurisdiction.E.g., Johnson v. United States, 949 F.2d 332, 334 (10th Cir. 1991) (dismissing negligence suit for lack of subject matter jurisdiction because the National Park Service’s actions in conducting a rescue fell within the discretionary function exception). Thus, the discretionary function exception shields the federal government from liability only in limited circumstances. While the Federal Tort Claims Act provides the traditional means to recover monetary damages, some parties harmed by an escaped prescribed fire have also recovered monetary damages through the political process.

Two escaped prescribed fires—the Lowden Ranch fire in California and the Cerro Grande fire in New Mexico—spurred hundreds of individual damage claims.Bureau of Land Mgmt., Lowden Ranch Prescribed Fire Review 6 (July 22, 1999) [hereinafter Lowden Review], available at http://www.nationalfiretraining.net/userfiles/GreatBasin/Erin/lowden_escaped_rx_review.pdf; Nat’l Park Serv., Cerro Grande Prescribed Fire Board of Inquiry Final Report, at ii (Feb. 26, 2001) [hereinafter Cerro Grande Inquiry], available at http://wildfirelessons.net/documents/Cerro%20Grande%20Final%20Report%202001.pdf. Surprisingly, nearly all of those claims, which cost the United States more than $1 billion, settled out-of-court and without litigating the discretionary function exception.Barry T. Hill, U.S. Gov’t Accountability Office, GAO/T-RCED-00-257, Fire Management: Lessons Learned from the Cerro Grande (Los Alamos) Fire 2 (2000) [hereinafter GAO Cerro Grande], available at http://www.gao.gov/assets/110/108587.pdf (describing that the fire burned about 48,000 acres and damages were estimated at $1 billion).

In 1999, the Bureau of Land Management planned and ignited a 100-acre prescribed fire, the Lowden Ranch prescribed fire, to reduce the spread of noxious weeds near Redding, California.Lowden Review, supra note 100, at 10 (describing a prescribed fire of 100-acres at Lowden Ranch ignited in an effort to eliminate star thistle and improve the ecosystem). Pursuant to Bureau of Land Management policy, a prescribed fire plan was drafted that included specific conditions, or prescriptions, which had to be satisfied before the prescribed fire was ignited.Held v. Dep't of the Interior, SF-0752-00-0298-I-1, 2002 WL 31305205, at ¶3 (M.S.P.B. Sept. 30, 2002) (describing that the prescribed fire plan defined the maximum allowable wind speed and the number of required fire engines). With wind speeds exceeding the maximum prescription and without sufficient fire engines, the prescribed fire was ignited.Id.; Lowden Review, supra note 100, at 27–29 (describing wind speeds exceeded maximum allowable and only one fire engine, of the required four, was onsite). Consequently, within three hours of ignition the prescribed fire escaped and a wildfire was declared.Lowden Review, supra note 100, at 14–15 (describing the prescribed fire was ignited at 10:50 AM and a wildfire was declared by 1:00 PM). Eventually, the fire was suppressed, and the federal government alone spent nearly $20 million to suppress it.Held, 2002 WL 31305205, at ¶2. In addition, over 350 tort claims were filed pursuant to the Federal Tort Claims Act after the Lowden Ranch prescribed fire burned over 2,000 acres and damaged twenty-three homes.Robinson v. United States, 175 F. Supp. 2d 1215, 1218 (E.D. Cal. 2001) (describing more than 350 other claims and three other cases were pending). Although the vast majority of the cases appear to have settled, a few cases proceeded through motion practice and likely settled without trial.E.g., id. at 1218 n.2 (describing that this decision will likely help resolve more than 100 similar cases); Brief of Defendant-Appellee at 3, Trinity County v. United States, No. 02-16654, 2002 WL 32625738 (9th Cir. 2002) (describing that the United States offered to settle during the administrative process). Interestingly, of the reported cases and briefs, the United States did not invoke the discretionary function exception to shield the Bureau of Land Management from liability.Robinson, 175 F. Supp. 2d at 1215; Brief of Defendant-Appellee at 3, Trinity County v. United States, No. 02-16654, 2002 WL 32625738 (9th Cir. 2002). Thus, for the victims of the Lowden Ranch prescribed fire, the United States settled smaller claims through the administrative process28 U.S.C. § 2672 (2011) (describing that the head of the appropriate federal agency may settle and pay up to $2,500 for a tort claim during the administrative process); 28 U.S.C. § 2675(a) (2011) (describing that the claimant must initially submit the tort claim to the appropriate federal agency, which then has six months to settle or deny the claim, before the claim may be filed in court); 28 C.F.R. § 14.2(a) (2011) (describing that Standard Form 95 can initiate the administrative tort claim). and larger claims pursuant to the Treasury’s Judgment Fund process.31 U.S.C. § 1304 (2011) (describing the judgment fund’s application for claims greater than the $2,500 payable by the agency pursuant to 28 U.S.C. § 2672); The Judgment Fund Background, U.S. Dep’t of Treasury (Mar. 11, 2011), http://fms.treas.gov/judgefund/background.html.

Rather than use the Federal Tort Claims Act, the victims of the Cerro Grande fire used a special victim compensation statute that Congress quickly enacted as an alternate process to settle damage claims. In particular, the National Park Service prepared and approved a prescribed fire plan to reduce hazard fuels in Bandelier National Monument, New Mexico.Cerro Grande Inquiry, supra note 100, at 6 (describing the prescribed fire plans for Upper Frijoles burn units, which later became known as the Cerro Grande prescribed fire). On May 4, 2000, the National Park Service ignited the Cerro Grande prescribed fire to burn up to 900 acres, but the prescribed fire escaped.GAO Cerro Grande, supra note 101, at 2–4 (describing the Cerro Grande prescribed fire started on May 4 and was substantially contained by May 19). By the time the resulting wildfire was contained on May 19, it had burned nearly 48,000 acres, caused damages amounting to $1 billion, and damaged 235 structures including parts of the Los Alamos National Laboratory.Id. at 2 (describing that the fire burned about 48,000 acres and damages were estimated at $1 billion); Cerro Grande Inquiry, supra note 100, at ii (destroying more than 235 structures and damaging other resources including the Los Alamos National Laboratory). The National Park Service openly admitted responsibility for the damages caused by the prescribed fire, and Congress responded by appropriating more than $660 million to compensate injured victims.Cerro Grande Inquiry, supra note 100, at ii (describing the National Park Service admission of responsibility); Cerro Grande Fire Assistance Act, Pub. L. 106-246, div. C, §§ 101–106, 114 Stat. 511, 582–590 (July 13, 2000) (appropriating more than $660 million to remedy damages). Because Congress passed the victim compensation statute on July 13, 2000—less than two months after the fire was contained—those injured parties never had to use the Federal Tort Claims Act to litigate tort liability.The federal courts adjudicated two cases related to the Cerro Grande prescribed fire, but they did not involve tort claims. One case involved a disputed settlement agreement derived from the victim compensation fund. Evans-Carmichael v. United States, 343 Fed. App’x 294 (10th Cir. 2009). The other case involved criminal charges resulting from fraudulent attempts to receive victim compensation funds. United States v. Medley, 476 F.3d 835, 836 (10th Cir. 2007). Thus, if a federal land agency openly admits responsibility for the damages and if Congress enacts a special victim compensation fund, then injured parties of a prescribed fire do not need the Federal Tort Claims Act.

Even though injured parties from the escaped Cerro Grande prescribed fire successfully recovered damages through non-judicial methods, future injured parties should not have to rely on the enactment of special legislation. Congress specifically enacted the Federal Tort Claims Act to accord injured parties a reliable recovery opportunity.

Congress enacted the Federal Tort Claims Act (FTCA) to provide injured parties a mechanism to remedy damages by waiving the federal government’s sovereign immunity.Berkovitz v. United States, 486 U.S. 531, 535 (1988) (indicating the FTCA partially waived the federal government’s sovereign immunity). However, Congress did not completely waive the United States’ sovereign immunity with the passage of the FTCA. Indeed, the FTCA included a preliminary threshold requirement that divests a federal court of subject matter jurisdiction.28 U.S.C. § 2680(a) (2011) (discretionary function exception to the FTCA); Dalehite v. United States, 346 U.S. 15, 17–18 (1953) (stating that 28 U.S.C. § 2680 limits subject matter jurisdiction granted by 28 U.S.C. § 1346(b)). That threshold bar is known as the discretionary function exception, and federal land agencies have used it extensively in response to damage claims caused by wildfires and prescribed fires.See, e.g., Miller v. United States, 163 F.3d 591, 597 (9th Cir. 1998) (holding the discretionary function exception applied to the USFS resulting from wildfire spreading from national forest to private ranch); Backfire 2000 v. United States, 273 Fed. App’x 661 (9th Cir. 2008) (holding the discretionary function exception applied to the USFS's decision to set backfires while combating a wildfire); Thune v. United States, 872 F. Supp. 921, 925 (D. Wyo. 1995) (holding the discretionary function exception barred personal property damages claim resulting from an escaped prescribed fire).

The discretionary function exception is a powerful shield for the federal government. Regardless of the underlying negligence action, once a federal land agency successfully convinces a federal district court that the discretionary function exception applies, the case is dismissed without the court even considering the underlying negligence claim.Layton v. United States, 984 F.2d 1496, 1502 (8th Cir. 1993) (“Whether these employees were negligent in making any of these decisions is irrelevant.”); Autery v. United States, 992 F.2d 1523, 1528 (11th Cir. 1993) (stating that the discretionary function exception applies even when the acts constitute an abuse of discretion); Kennewick Irrigation Dist. v. United States, 880 F.2d 1018, 1029 (9th Cir. 1989) (concluding that negligence is simply irrelevant to the discretionary function exception inquiry). However, even if the plaintiff ousts the government from behind the discretionary function exception shield, the plaintiff must still prove the underlying negligence action to the court.28 U.S.C. § 2402 (describing that there is no right to a jury trial under the Federal Tort Claims Act); United States v. Neustadt, 366 U.S. 696, 700 n.10 (1961) (describing no right to a jury trial). Because the discretionary function exception has been used and construed so favorably for the federal government, the number of prescribed fire related tort claims that exposed the government from behind that shield was almost nonexistent until recently.

In Florida v. United States, decided in 2010, the district court appropriately concluded the discretionary function exception did not apply to a prescribed fire tort claim, and the rationale used in that decision will likely alter the way future courts construe the discretionary function exception as applied to prescribed fire.Florida v. United States, No. 4:09-CV-00386, 2010 WL 3469353 (N.D. Fla. Aug. 30, 2010). Specifically, when a federal land agency actually creates the fire hazard by intentionally igniting a prescribed fire pursuant to a non-discretionary prescribed fire plan and that prescribed fire consequently escapes and causes harm, courts should follow the rationale used in Florida and conclude the discretionary function exception does not apply.Id. That conclusion best comports with Congress’ intent in enacting the FTCA, the recent line of prescribed fire cases, and the Supreme Court’s precedent.

B. The Federal Tort Claims Act

In 1948,In 1948, Congress repealed the 1946 version of the Federal Tort Claims Act, and Congress also reenacted the Federal Tort Claims Act as it substantively appears today. Compare 28 U.S.C. § 1346 (2011) (enacted June 25, 1948, ch. 646, 62 Stat. 933), and 28 U.S.C. § 2671 (2011) (enacted June 25, 1948, ch. 646, 62 Stat. 982), with United States v. Muniz, 374 U.S. 150, 154 (1963) (describing that the Federal Tort Claims Act was part of the Legislative Reorganization Act of 1946, ch. 753, 60 Stat. 812 (Aug. 2, 1946) and was intended to “eliminate the burden on Congress of investigating and passing upon private bills seeking individual relief.”). Congress enacted the FTCA as a means of holding the federal government liable “in the same manner and to the same extent as a private individual under like circumstances.”28 U.S.C. § 2674 (2011). Yet, Congress retained sovereign immunity for certain discretionary government functions.United States v. S.A. Empresa de Viacao Aerea Rio Grandense (Varig Airlines), 467 U.S. 797, 808 (1984). Additionally, the FTCA provides the federal courts with exclusive jurisdiction of all civil claims seeking monetary damages against the United States:

[To all civil actions for money damages] accruing on and after January 1, 1945, for injury or loss of property, or personal injury or death caused by the negligent or wrongful act or omission of any employee of the Government while acting within the scope of his office or employment, under circumstances where the United States if a private person, would be liable to the claimant in accordance with the law of the place where the act or omission occurred.28 U.S.C. § 1346(b)(1) (2011).

However, if the alleged tort derived from a permissible exercise of policy judgment, then the discretionary function exception shields the government from liability, and the court is divested of subject matter jurisdiction.Berkovitz v. United States, 486 U.S. 531, 537 (1988) (describing that the discretionary function exception insulates the government from liability from permissive discretionary acts); Dalehite v. United States, 346 U.S. 15, 17–18 (1953) (stating that 28 U.S.C. § 2680 limits subject matter jurisdiction granted by 28 U.S.C. § 1346(b)); Green v. United States, 630 F.3d 1245, 1249–50 (9th Cir. 2011) (stating that if the discretionary function exception is satisfied, then the federal district court lacks subject matter jurisdiction). Specifically, the discretionary function exception to the FTCA provides the following:

The provisions of this chapter and section 1346(b) of this title shall not apply to—

(a) Any claim based upon an act or omission of an employee of the Government, exercising due care, in the execution of a statute or regulation, whether or not such statute or regulation be valid, or based upon the exercise or performance or the failure to exercise or perform a discretionary function or duty on the part of a federal agency or an employee of the Government, whether or not the discretion involved be abused.28 U.S.C. § 2680 (2011).

Thus, Congress enacted the Federal Tort Claims Act as a means of providing injured parties an opportunity to recover damages caused by the federal government. However, because the FTCA did not specifically define “a discretionary function,” the Supreme Court has had the opportunity to interpret the meaning of the discretionary function provision.

1. The Berkovitz Two-Pronged Test

In Berkovitz v. United States, the Supreme Court articulated a two-pronged test to determine whether the alleged tortious government action falls within the limited confines of the discretionary function exception.Berkovitz, 486 U.S. at 536–37. In particular, the Berkovitz Court provided the following principles for lower courts to use when analyzing whether the discretionary function exception applies:

This exception . . . marks the boundary between Congress’ willingness to impose tort liability upon the United States and its desire to protect certain governmental activities from exposure to suit by private individuals . . . it is the nature of the conduct, rather than the status of the actor, that governs whether the discretionary function exception applies in a given case.Id. at 536.

Although the plaintiff bears the burden of presenting sufficient evidence to establish an issue of material fact, the government bears the burden of proving both prongs of the discretionary function exception.Miller v. United States, 163 F.3d 591, 594 (9th Cir. 1998) (describing the plaintiff’s and the government’s burdens); McDougal v. U.S. Forest Serv., 195 F. Supp. 2d 1229, 1232 (D. Or. 2002). Thus, if the court concludes that the government failed to satisfy either prong, the discretionary function exception does not apply.Sabow v. United States, 93 F.3d 1445, 1454 n.10 (9th Cir. 1996) (concluding that if the government fails to satisfy the second part of the two-part test, the court does not need to address whether the government satisfied the first part of the test).

First, a court determines whether the government employee’s conduct is a matter of judgment or choice.Berkovitz, 486 U.S. at 536. The discretionary function exception does not apply where “a federal statute, regulation, or policy specifically prescribes a course of action for an employee to follow because the employee has no rightful option but to adhere to the directive.”United States v. Gaubert, 499 U.S. 315, 322 (1991); Miller, 163 F.3d at 593 (citing Berkovitz, 486 U.S. at 536). But see Sabow v. United States, 93 F.3d 1445, 1453 (9th Cir. 1996) (“[T] he presence of a few, isolated provisions cast in mandatory language does not transform an otherwise suggestive set of guidelines into binding agency regulations.”).

Second, if the conduct involved an element of judgment, then the court determines whether “that judgment is of the kind that the discretionary function exception was designed to shield.”Berkovitz, 486 U.S. at 536–37. The Supreme Court has construed this prong as preserving the separation of federal powers; Congress created the discretionary function exception “to prevent judicial second-guessing of legislative and administrative decisions grounded in social, economic, or political policy through the medium of an action in tort.”Id. In particular, the Gaubert Court provided the following example to show that not all discretionary acts fall within the discretionary function example:

There are obviously discretionary acts performed by a Government agent that are within the scope of his employment but not within the discretionary function exception because these acts cannot be said to be based on the purposes that the regulatory regime seeks to accomplish. If one of the officials involved in this case drove an automobile on a mission connected with his official duties and negligently collided with another car, the exception would not apply. Although driving requires the constant exercise of discretion, the official's decisions in exercising that discretion can hardly be said to be grounded in regulatory policy.Gaubert, 499 U.S. at 325 n.7; Duke v. Dep't of Agric., 131 F.3d 1407, 1411 (10th Cir. 1997) (concluding the discretionary function exception did not apply to a U.S. Forest Service decision not to warn campers of danger from rolling boulders); Caplan v. United States, 877 F.2d 1314, 1316 (6th Cir. 1989) (stating that the discretionary function exception would not apply when a federal employee runs a red light with a motor vehicle and causes an accident).

Thus, once a mandatory directive prescribes a course of action, like obeying traffic laws in the Gaubert example, that directive terminates any further use of discretion the employee originally had because the employee has no rightful option but to adhere to the directive. Therefore, the discretionary function exception protects only governmental actions and decisions based on a permissible exercise of policy judgment.

2. Applying the Discretionary Function Exception to Prescribed Fire

The federal land agencies have used the discretionary function exception extensively in response to damages caused by wildfire, but courts have only adjudicated its use in response to escaped prescribed fires in two cases.Florida v. United States, No. 4:09-CV-00386, 2010 WL 3469353, at *2 (N.D. Fla. Aug. 30, 2010) (holding the discretionary function exception did not apply and the parties later settled). Contra Thune v. United States, 872 F. Supp. 921 (D. Wyo. 1995) (holding the discretionary function exception shielded the United States). However, the government has asserted the discretionary function exception in response to prescribed fire claims at least five times, and the plaintiffs recovered through settlement in four of the five cases.Compare Wipf v. United States, No. 5:09-CV-05033, 2010 WL 3333540 (D. S.D. settled Sept. 16, 2010) (plaintiff alleged $346,056 in property damage, the United States asserted the discretionary function exception, but the parties later settled), and Florida, 2010 WL 3469353, at *2 (plaintiff alleged $2.8 million in property damage, the court held the discretionary function exception did not apply, and the parties later settled), and Martini v. United States, No. 0:04-CV-03518, 2005 WL 3024645 (D. Minn. dismissed by stipulation Jan. 9, 2006) (plaintiff alleged $22,000 in property damage, the United States asserted the discretionary function exception, but the parties later settled), and Richardson v. United States, No. 1:03-CV-03177, 2004 WL 3333253 (D. S.C. settled Jan. 20, 2005) (plaintiff alleged $138,000 in property damage, the United States asserted the discretionary function exception, and the parties later settled), with Thune v. United States, 872 F. Supp. 921 (D. Wyo. 1995) (dismissing the $43,000 tort claim because the discretionary function exception shielded the United States). See Michigan v. United States, No. 2:11-CV-00303, 2011 WL 7267049 (W.D. Mich. filed Aug. 12, 2011) (currently litigating a motion to dismiss based on the discretionary function exception because a U.S. Forest Service prescribed fire escaped and allegedly damaged state lands valued at $85,000).

Although wildfires and prescribed fires may appear similar, a federal land agency’s conduct is completely different between the two. On a prescribed fire, the federal land agency’s actions actually create the hazard by intentionally igniting the fire. In contrast, on a wildfire, the federal land agency’s actions, generally, focus on suppressing fire.

In response to a wildfire, the federal land agencies have significantly more discretion in deciding which strategy to use: whether to suppress the fire in its entirety, whether to allow the fire to burn for ecosystem benefits, or whether to choose a combination of suppression and natural burning. Additionally, given one of the above responses, a federal land agency has significant discretion in choosing tactics and where to apply those tactics. For example, a federal land agency could choose to use hand crewsTraditionally, a hand crew is a twenty-person fire crew outfitted with hand tools like shovels and chainsaws. to construct minimal fire breaks, or it could choose to deploy heavy equipment into the area to construct expansive fire breaks.A fire break involves removal of enough burnable material to prevent a fire from spreading across that line. A fire break constructed by a hand crew, generally, involves removing an eight foot swath of vegetation, while a fire break constructed by heavy equipment, like a dozer, is at least as wide as the dozer’s blade. Thus, the federal land agency has discretion when responding to a wildfire, but it does not have such discretion when it intentionally ignites a prescribed fire because of the mandatory prescribed fire plan.

A federal land agency’s actions involving prescribed fire are on the opposite side of the discretionary continuum. Because prescribed fires are intentionally ignited, the appropriate inquiries should focus on (1) whether the federal land agency planned the prescribed fire pursuant to agency directives, and (2) whether the federal land agency implemented the prescribed fire in accord with those agency directives and the mandatory prescribed fire plan. However, courts have inconsistently applied the Berkovitz two-pronged test to prescribed fire claims.

3. Prescribed Fire Cases

In 1995, two prescribed fire tort liability cases were decided that reached opposite outcomes—one by the Ninth Circuit Court of Appeals holding the USFS liable, and the other by the U.S. District Court of Wyoming holding the discretionary function exception applied and that barred any further litigation.Anderson v. United States, 55 F.3d 1379 (9th Cir. 1995); Thune, 872 F. Supp. at 921. Those two cases from 1995 provided confusing judicial guidance that lasted until 2010. In 2010, the U.S. District Court for the Northern District of Florida broke the fifteen year silence by holding the discretionary function exception did not bar recovery resulting from a prescribed fire tort claim.Florida, 2010 WL 3469353, at *4–5.

a) Anderson: Liability Without a Discretionary Function Exception Analysis

In Anderson v. United States, the Ninth Circuit Court of Appeals concluded the USFS was liable, under the Federal Tort Claims Act, for “negligently setting and controlling” the escaped prescribed fire that resulted in private property damage.Anderson, 55 F.3d at 1382.

In Anderson, the USFS and the California Department of Forestry planned a 500-acre prescribed fire to reduce the threat of subsequent wildfires by removing available fuel.Id. at 1380. This specific prescribed fire project was primarily conducted by the USFS to burn highly flammable, chaparral, vegetation on the Cleveland National Forest in Southern California. In 1990, the USFS ignited the prescribed fire, but on the eighth day post-ignition, the prescribed fire, pushed by gusty winds,Jim Carlton and Ted Johnson, A Summer Siege, L.A. Times, June 29, 1990, http://articles.latimes.com/print/1990-06-29/local/me-951_1_carbon-canyon-fire (“The fire jumped the control line Sunday afternoon, however, and by Wednesday had flared into a raging inferno under 105-degree temperatures and high winds, Olson said.”). escaped and caused at least $4 million in damages to several homes and vehicles.Anderson, 55 F.3d at 1380; Jacques Bourrinet, Wildland Fires and the Law 150 (1992), available at http://books.google.com (search “Wildland fires and the law”; click on book hyperlink; then search “Bedford Fire”) (calling the escaped prescribed fire the Bedford Fire and causing more than $4,000,000 in claims against the United States). The appellate court concluded that because a private party would be liable under California law for “negligently setting and controlling the fire,” the USFS was liable.Anderson, 55 F.3d at 1382.

Interestingly, the USFS did not assert the discretionary function exception,Generally, the Assistant United States Attorney requests approval from the appropriate Torts Branch staff prior to raising a discretionary function exception. United States Attorney Manual, Torts Branch Procedures—Substantive Considerations in FTCA Litigation 4‑5.220 (1997), available at http://www.justice.gov/usao/eousa/foia_reading_room/usam/title4/5mciv.htm#4-5.220. and thus the Anderson court did not evaluate the Berkovitz two-pronged test.Miller v. United States, 163 F.3d 591, 597 n.2 (9th Cir. 1998) (describing the lack of discretionary function analysis in Anderson). Therefore, Anderson stands for the proposition that, in a negligence analysis, a federal land agency can be liable for property damage resulting from an escaped prescribed fire, but Anderson has limited value in discretionary function exception analysis because the question was never raised.

b) Thune: The Discretionary Function Exception Barred the Claim

In a similar case, decided the same year as Anderson, a district court in another circuit reached a different conclusion. Unlike the appellate court in Anderson, the district court in Thune v. United States concluded the USFS’s conduct fell within the discretionary function exception.Thune v. United States, 872 F. Supp. 921 (D. Wyo. 1995).

In Thune, the USFS planned a 3000-acre prescribed fire to improve elk habitat in the Bridger-Teton National Forest in northwest Wyoming.Id. at 922. The plaintiff was a hunting guide, operating under a USFS license, who maintained a base camp within the national forest.Id. at 922–23. In 1991, the USFS ignited the prescribed fire pursuant to a prescribed fire plan.Id. at 922 (describing the prescribed fire was conducted pursuant to a prescribed fire plan, but the Thune decision does not indicate whether the prescribed fire plan was a mandatory directive—like current prescribed fire plans—or an optional guidance document). During the following afternoon, the wind and weather changed and that caused the prescribed fire to escape.Id. at 922–23. The government ordered evacuations, and following those orders the plaintiff left the area but did not have the necessary six to nine hours to completely pack up his camp.Id. As a result, the escaped prescribed fire burned the plaintiff’s camp causing approximately $43,000 in personal property damage.Id. The plaintiff brought a tort claim alleging the USFS was negligent in (1) setting and controlling the fire, and (2) providing insufficient evacuation notice.Id. at 924.

The district court, however, dismissed the tort claim because it concluded the USFS’s conduct fell within the discretionary function exception.Id .at 925. The district court applied the Berkovitz two-pronged test and determined it lacked subject matter jurisdiction because (1) the USFS ignited the prescribed fire based on a number of fuel, weather, and policy factors that required the USFS to make discretionary judgments, and (2) those discretionary judgments were based on the public policy to improve elk habitat.Id. at 924–25. Thus, the Thune court completed both prongs of the Berkovitz test and concluded the USFS’s conduct was a permissive exercise of discretion.

The plaintiff also asserted a claim for inverse condemnation, but he later withdrew that claim believing the district court lacked subject matter jurisdiction on that issue.Id. at 923. That second claim was then re-filed with the Federal Court of Claims, which later dismissed it for lack of subject matter jurisdiction because it sounded in tort.Thune v. United States, 41 Fed. Cl. 49, 54 (1998).

Although Thune was decided by a district court, the decision stood for the proposition that a federal land agency could use the discretionary function exception as a liability shield resulting from a prescribed fire. After fifteen years, however, that proposition was severely weakened by another district court.

c) Florida: the Discretionary Function Exception Does Not Apply

In stark contrast to the district court in Thune, the district court in Florida v. United States determined that the USFS’s conduct in planning and implementing the prescribed fire did not fall within the discretionary function exception.Florida v. United States, No. 4:09-CV-00386, 2010 WL 3469353, at *2 (N.D. Fla. Aug. 30, 2010).

In Florida, the USFS planned a 1500-acre prescribed fire to reduce the threat of wildfires by removing fuel on the Osceola National Forest in Florida.Id at *4−5; U.S. Forest Serv., Osceola Ranger District Compartments 16 and 117 Escaped Fire Review 1−2 (Mar. 19, 2004) [hereinafter Osceola], available at http://training.nwcg.gov/pre-courses/rx301/Impassable_Bay_Compartments_16_and_117_Review_2004.pdf (describing that the escaped prescribed fire involved in Florida was initially called the Compartments 16 and 117 Prescribed Fire and later called the Impassable Bay Fire). In 2004, the USFS ignited the prescribed fire, and within a few hours USFS staff determined the fire was out of control and not in prescription.Osceola, supra note 165, at 2. Five days after ignition, the USFS declared the escaped prescribed fire a wildfire and began suppression actions.Id. The fire eventually burned more than 34,000 acres.Id. at 1. The USFS’s internal investigation found (1) the planning and (2) the implementation of the initial prescribed fire did not comply with USFS policy directives and (3) strong wind gusts contributed to the escape.Id. at 13–17.

The Florida court determined the USFS failed the first prong of the Berkovitz two-pronged test because the USFS’s “admissions demonstrate a clear disobedience to mandates that are not discretionary. While [the USFS] may have had discretion as to the analysis conducted within the [Prescribed Fire] Plan, [the USFS] had no judgment or choice whether to complete a [Prescribed Fire] Plan and then follow it once approved.”Florida, 2010 WL 3469353, at *4. Therefore, Florida stands for the proposition that the discretionary function exception does not apply to a tort claim resulting from planning or implementing a prescribed fire that later escapes.

4. Comparing Anderson, Thune, and Florida

A court attempting to distinguish the differences among these three cases may end up creating holographic distinctions. Factually, all three of these cases are identical: all three cases involved the USFS igniting large prescribed fires on USFS administered property; all three cases involved prescribed fires escaping the prescribed areas and damaging private property; and all three prescribed fires escaped as a result of changing weather factors, primarily strong gusty winds.

Although the fact patterns are identical, the courts reached different outcomes by framing the discretionary function exception or liability analysis at different moments. The Thune court framed the discretionary function exception analysis at the time the USFS decided to actually ignite the prescribed fire. The Thune court described that the USFS employee initiating the prescribed fire had to use judgment and had to make decisions based on weather, seasonal factors,Thune v. United States, 872 F. Supp. 921, 924 (D. Wyo. 1995) (concluding the USFS employee had to consider the temperature, the wind, the weather forecast, the season, and other considerations, including the broad policy behind the prescribed fire). but those judgments would now be subject to the mandatory prescribed fire plan. Unfortunately, the Thune court based its decision on analogy to a lightning-caused wildfire case.Id. at 925 (citing Parsons v. United States, 811 F. Supp. 1411 (E.D. Cal. 1992)) (describing a lightning ignited wildfire). Because the Thune court framed the issue by improper analogy to discretionary government conduct in response to a wildfire, as opposed to a prescribed fire, the district court did not evaluate whether the USFS mandated the employee to plan and implement the Thune prescribed fire pursuant to the prescribed fire plan.

In contrast, current federal land agency policy now mandates that employees must plan and implement prescribed fire pursuant to non-discretionary requirements.2008 Prescribed Fire Guide, supra note 16, at 3 (describing the new requirements as a result of the 2003 Interagency Strategy for the Implementation of Federal Wildland Fire Management Policy, which was developed after the 2000 Cerro Grande prescribed fire escape). Therefore, the rationale used in Thune has limited utility because prescribed fire policies have changed significantly since 1991, and the current policy specifically delineates a course of action that a government employee must follow.

The Florida court appropriately framed the issue by not only considering the USFS employee’s judgment at the time burning initiated, but it also analyzed the overall context. The court primarily evaluated (1) whether that specific prescribed fire plan complied with USFS policy directives; and (2) whether that specific prescribed fire was implemented pursuant to that prescribed fire plan and USFS policy directives. Without analyzing whether the USFS was negligent or judicially second guessing the USFS’s purpose for the prescribed fire, the court appropriately concluded that the USFS did not have “judgment or choice whether to complete a [Prescribed Fire] Plan and then follow it once approved.”Florida, 2010 WL 3469353, at *4. This contextual distinction is critical to assessing whether the government’s conduct fell within the discretionary function exception.

When the USFS ignited the prescribed fire in Florida, the USFS had mandated planning and implementation directives for prescribed fire that the USFS employees failed to follow.Osceola, supra note 165, at 4–6. Because the USFS had conducted a thorough escaped-fire investigation and found that its employees had failed to follow mandated USFS policies, the USFS essentially provided the plaintiffs the necessary evidence to successfully defeat a discretionary function exception motion. Since the USFS ignited the Florida prescribed fire in 2004, all the federal land agencies have actually strengthened their non-discretionary prescribed fire mandates and agreed to abide by a mandatory set of prescribed fire planning and implementation requirements.2008 Prescribed Fire Guide, supra note 16, at 3.

5. Prescribed Fire Plans

After the 2000 Cerro Grande prescribed fire escape, the federal land agencies addressed a number of policy level weaknesses.Cerro Grande Inquiry, supra note 100, at i (describing that the 2000 Cerro Grande fire exposed a number of policy weaknesses and that the federal land agencies “will provide remedies for these problems and strengthen the prescribed fire program at all levels”). Initially in 2006, and then again in 2008, the federal land agencies agreed that “[p]rescribed fire projects can only be implemented through an approved Prescribed Fire Plan.”2008 Prescribed Fire Guide, supra note 16, at 7. If any prescribed fire was conducted after September 2006 but before July 2008, the prior version would be binding. 2006 Interagency Prescribed Fire Planning and Implementation Procedures Guide 6 (Sept. 2006), available at http://www.fws.gov/mountain-prairie/fire/PDF's/rxfireguide.pdf. Specifically, the National Park Service, the U.S. Fish and Wildlife Service, the Bureau of Land Management, the Bureau of Indian Affairs, and the U.S. Forest Service agreed that the 2008 Prescribed Fire Guide would provide “unified direction”2008 Prescribed Fire Guide, supra note 16, at 4. and set the requirements for “what is minimally acceptable for prescribed fire planning and implementation.”Id. at 7. The 2006 version also had the same or similar non-discretionary language. 2006 Interagency Prescribed Fire Planning and Implementation Procedures Guide 6 (Sept. 2006), available at http://www.fws.gov/mountain-prairie/fire/PDF's/rxfireguide.pdf. Like other policy documents published by the National Wildfire Coordinating Group, the 2008 Prescribed Fire Guide was drafted by representatives and subject matter experts from the federal land agencies and remains in effect until superseded.2012 Rebook, supra note 30 (PDF page 286) (describing the 2008 Prescribed Fire Guide is still binding through 2012); Memorandum from the NWCG Chair to Interagency Wildland Fire Management Personnel, NWCG#015-2008, Interagency Prescribed Fire Planning and Implementation Procedures Guide (Aug. 6, 2008), available at http://www.nwcg.gov/branches/ppm/fpc/archives/fire_policy/rx/rx-memo.pdf. Additionally, although individual federal land agencies are free to impose more restrictive standards and policies directives, the agencies all agreed to the minimum mandates articulated in the 2008 Prescribed Fire Guide.2008 Prescribed Fire Guide, supra note 16, at 7.

In particular, the 2008 Prescribed Fire Guide mandates how a federal land agency shall plan and implement a prescribed fire. First, the 2008 Prescribed Fire Guide requires that a thorough planning and review process must be conducted to generate a site-specific implementation plan for each prescribed fire.Id. at 11. During the planning process, a federal land agency must draft the prescribed fire plan—the site specific implementation plan—using the twenty-one element prescribed fire plan template.Id. at 19; e.g., Nat’l Park Serv., Reference Manual 18: Wildland Fire Management, ch. 7, at 35−36 (2008), available at http://www.nps.gov/fire/download/fir_wil_rm18.pdf (PDF pages 147–48) (describing twenty-one element requirement of prescribed fire plans in chapter 7.3). The required template includes the following elements and appendices:2008 Prescribed Fire Guide, supra 16, at 19–27.

1. Signature Page
2. Go/No-Go Checklists
3. Complexity Analysis
4. Description of the Prescribed Fire Area
5. Objectives
6. Funding
7. Prescription
8. Scheduling
9. Pre-burn Considerations and Weather
10. Briefing
11. Organization and Equipment
12. Communication
13. Public and Personnel Safety, Medical
14. Test Fire
15. Ignition Plan
16. Holding Plan
17. Contingency Plan
18. Wildfire Conversion
19. Smoke Management and Air Quality
20. Monitoring
21. Post-burn Activities
22. Appendices
         A. Maps
         B. Technical Review Checklist
         C. Complexity Analysis
         D. Job Hazard Analysis
         E. Fire Behavior Modeling or Empirical Evidence

Thus, by requiring the drafter of a prescribed fire plan to methodically and thoroughly address each element in the template, the federal land agencies created a system to minimize prescribed fire escapes to avoid an event like the Cerro Grande prescribed fire disaster.

After the federal land agency drafts the prescribed fire plan, the plan must receive a technical review and approval before ignition occurs.Id. at 11. The technical reviewer must not have actually prepared the prescribed fire plan but should have sufficient knowledge of the proposed project to ensure the stated objectives can be safely and successfully achieved when properly implemented.Id. at 12. Once the prescribed fire plan passes the technical review process, it goes to the agency administrator for approval. After the agency administrator approves the plan, it becomes the site-specific implementation document: the “[p]rescribed fire projects must be implemented in compliance with the written plan.”Id. Importantly, the prescribed fire plan “is a legal document that provides the agency administrator the information needed to approve the plan and the Prescribed Fire Burn Boss with all the information needed to implement the prescribed fire.”Id. at 19. Because the 2008 Prescribed Fire Guide specifically prescribes a course of action for planning and implementing a prescribed fire, a federal land agency employee has no rightful choice but to adhere to the prescribed fire plan.

Therefore, when a federal land agency implements a prescribed fire and that fire subsequently escapes causing property damage, the federal district court should (1) conclude the discretionary function exception does not apply and (2) allow the injured party to proceed to litigate liability.

6. FTCA Guidance from the Supreme Court

In addition to the current 2008 Prescribed Fire Guide, the U.S. Supreme Court has also provided specific guidance to lower courts when evaluating a wildland fire tort claim under the Federal Tort Claims Act.Rayonier v. United States, 352 U.S. 315 (1957), on remand, Arnhold v. United States, 284 F.2d 326, 32930 (9th Cir. 1960) (holding USFS liable under Washington law for negligently failing to control a fire started on federal land), cert. denied, 368 U.S. 876 (1961). Rayonier v. United States represents the Supreme Court’s first, and currently only, detailed analysis applying the FTCA to federal wildland fire issues.Anderson v. United States, 55 F.3d 1379, 1381 (9th Cir. 1995) (citing Rayonier, 352 U.S. at 319–21).

Rayonier involved damage claims resulting from wildfires ignited by sparks from a railroad locomotive near Forks, Washington.Rayonier, 352 U.S. at 316–17; The Great Forks Fire of 1951, Olympic Peninsula Cmty. Museum, http://content.lib.washington.edu/cmpweb/exhibits/forksfire/index.html (last visited Jan. 6, 2012) (describing one of the fires ignited due to a logging train traveling on the Port Angeles and Western Railroad); Karen M. Bradshaw, Backfired! Distorted Incentives in Wildfire Suppression Techniques, 31 Utah Envtl. L. Rev. 155, 163 (2011) (mistakenly stating the fire in Rayonier was a prescribed fire when it was actually a wildfire—an unintentional ignition without authority). The plaintiffs claimed the USFS negligently suppressed the wildfires and negligently maintained the property, and that negligence caused harm to the plaintiffs.Rayonier, 352 U.S. at 316–17. While not explicitly described, the government did not appear to assert the discretionary function exception, likely because the USFS had entered into an agreement to suppress fires in the specific area where the fires occurred.Arnhold v. United States, 284 F.2d 326, 328 (9th Cir. 1960) (“[I]n this case the United States had entered into a cooperative agreement, under 16 U.S.C. § 572 and R.C.W. 76.04.400, whereby the United States had undertaken to protect all non-United States owned land in the region from fire and to take ‘immediate vigorous action’ to control all fires breaking out in the protected area.”); Robert B. Keiter, The Law of Fire: Reshaping Public Land Policy in an Era of Ecology and Litigation, 36 Envtl. L. 301, 352 (2006) (stating that the United States, curiously, did not assert the discretionary function defense in Rayonier). The district court dismissed the claims for failing to state a claim upon which relief could be granted, yet the district court cited a discretionary function exception case for authority.Rayonier, 352 U.S. at 317 (stating that the lower courts cited to Dalehite v. United States, 346 U.S. 15, 43 (1953) (dismissing because the alleged government conduct fell within the discretionary function exception)). The Supreme Court, however, vacated and remanded.Rayonier, 352 U.S. at 321. In doing so, the Court provided plaintiff friendly guidance to the lower courts when evaluating future wildland fire liability pursuant to the FTCA.Id. at 319–21. 

In Rayonier, the Court stated “[i]t may be that it is novel and unprecedented to hold the United States accountable for the negligence of its fire-fighters, but the very purpose of the Tort Claims Act was to waive the Government's traditional all-encompassing immunity from tort actions and to establish novel and unprecedented governmental liability.”Id. at 319. The Supreme Court also stated that although the potential damage caused by fires can include burning entire communities and that may impose great burdens on the public treasury, Congress believed imposing such liability onto the United States was “in the best interest of the nation.”Id. at 319–20. The Supreme Court also expressed that it will not read “exemptions into the Act beyond those provided by Congress,” and “[i]f the Act is to be altered that is a function for the same body that adopted it.”Id. at 320. Thus, the Supreme Court has expressly provided direction to limit the application of the Federal Tort Claims Act waiver of sovereign immunity in the specific context of wildland fire.

The Supreme Court’s interpretation of the Federal Tort Claims Act should only be applied to prescribed fire claims and not to wildfire claims. Unlike the government’s conduct in response to a wildfire, which requires a variety of permissive discretionary choices,See, e.g., Miller v. United States, 163 F.3d 591, 596–97 (9th Cir. 1998) (distinguishing Rayonier and Anderson regarding the application of the discretionary function exception to wildland fire claims); Bradshaw, supra note 95, at 457 (concurring that in response to a wildfire “government agencies must make difficult decisions under exigent circumstances”). the government does not have discretion planning or implementing a prescribed fire. During a wildfire response, the government needs discretion to quickly evaluate each emergency and determine how to respond. In contrast, the government is not entitled to that discretion with a prescribed fire because the 2008 Prescribed Fire Guide requires the government to plan and implement the prescribed fire in accord with the site-specific prescribed fire plan.See, e.g., Miller, 163 F.3d at 597 (holding the discretionary function exception barred recovery resulting from property damage caused by multiple lightning ignited wildfires). Once the government completes a prescribed fire plan, the only “choice” it has involves whether to implement the prescribed fire, and that fettered decision is regulated by the prescribed fire plan. Thus, because the 2008 Prescribed Fire Guide specifically mandates the planning and implementation of a prescribed fire, a federal land agency does not have discretion to ignore those mandates.

Therefore, consistent with Florida, the Berkovitz test, the 2008 Prescribed Fire Guide, and the policies articulated by the Supreme Court in Rayonier, the discretionary function exception should not apply to prescribed fire tort claims. Specifically, under the first prong of the Berkovitz test, a court analyzes whether the federal land agency’s conduct in planning and implementing the prescribed fire was a matter of judgment or choice. Because the 2008 Prescribed Fire Guide provides mandatory directives for planning and implementing a prescribed fire, a court should conclude the federal land agency employee’s conduct was not a matter of judgment or choice. Thus, the discretionary function exception does not apply to prescribed fire tort claims. This analysis comports with the recent Florida decision and with the limited waiver of sovereign immunity articulated in Rayonier. Therefore, when a prescribed fire damage claim is brought against the United States, a federal land agency should no longer use the discretionary function exception as a shield.

V. Conclusion

Although the recent terminology changes may appear insignificant, the new terminology and resulting classification scheme will likely improve the public’s understanding of both wildfires and prescribed fires. It will also simplify any subsequent litigation under the Federal Tort Claims Act. Because the new terminology clarifies the distinction between wildfires and prescribed fires, misleading and inaccurate terms such as “controlled burn,” “prescribed natural fire,” or “natural prescribed fire” have been shelved. Abandoning those terms will also enable a court to better understand the classification distinction between prescribed fires and wildfires. Additionally, the new terminology describing fires based on the federal land agency’s response will also benefit the agency when it asserts the discretionary function exception in response to a wildfire.

Should a federal court consider a discretionary function exception issue involving a prescribed fire, the federal court should combine the contextual prescribed fire analysis into the Berkovitz two-pronged test as the Florida court did. Under the first prong, the court should analyze whether the employee’s prescribed fire planning and implementation was a matter of judgment or choice. Because all federal prescribed fires are strictly regulated by the prescribed fire plan created pursuant to the 2008 Prescribed Fire Guide and because all of the federal land agencies have adopted and agreed that the 2008 Prescribed Fire Guide provides mandatory direction, the first prong of the Berkovitz test will always be answered in the negative: prescribed fire planning or implementation is not discretionary. Thus, a federal land agency employee does not have the choice whether to follow the 2008 Prescribed Fire Guide’s planning and implementation requirements for any prescribed fire, large or small. Even if a federal land agency asserts that it had discretion in formulating the prescribed fire plan, the 2008 Prescribed Fire Guide also requires that the federal land agency employee implement the prescribed fire pursuant to the prescribed fire plan. Thus, the 2008 Prescribed Fire Guide erodes any permissive discretion the federal land agencies had in planning and implementing a prescribed fire. Therefore, the discretionary function exception should not bar a claim for damages resulting from a prescribed fire.

The Kvichak and Nushagak river drainages of Bristol Bay in southwest Alaska are major contributors to the world’s largest commercial salmon fishery, offer world-class sport fishing and hunting, and provide important subsistence foods for local residents. For forty-five years, the state and federal governments have sought to balance conservation and development in these drainages, as the land ownership, once nearly all federal, evolved into a fragmented pattern of state, federal and Native ownership, where fish and wildlife ignore such distinctions. Now, the potential that metallic sulfide deposits on state land in these drainages may be mined has prompted tribes, commercial fishing organizations, and many others to petition the U.S. Environmental Protection Agency (EPA) to commence a public process under Section 404(c) of the Clean Water Act to determine whether to restrict or prohibit the discharge of dredged or fill material, including mine wastes, into waters of the United States, including wetlands, before permits to do so are sought. In response, EPA has begun a scientific assessment of the watersheds to determine whether to invoke Section 404(c). This article demonstrates that EPA’s potential use of Section 404(c) is consistent with most of the history of state and federal efforts to balance conservation and development in these drainages, offers a perspective on that history, and concludes that use of Section 404(c) is one of the few opportunities in this history for government to conserve these drainages across property boundaries.

Introduction

The Kvichak and Nushagak river drainages of southwest Alaska produce some of the largest salmon runs in the world.The Bristol Bay drainages of southwest Alaska produce the largest sockeye salmon commercial fishery in the world, and historically the Kvichak (pronounced KWEE-jak) River watershed has been the largest producer of sockeye salmon. See Lowell F. Fair, Alaska Dep’t of Fish & Game, 10 Alaska Fishery Res. Bull. No. 95, Critical Elements of Kvichak River Sockeye Salmon Management (2003), available at http://www.adfg.alaska.gov/static/home/library/PDFs/afrb/fairv10n2.pdf. The Nushagak (pronounced NUSH-a-gak) River watershed is the largest producer of the other four (Chinook, chum, coho, and pink) Pacific salmon species in the Bristol Bay drainages. R. Eric Minard, Alaska Dep’t of Fish & Game, 1 Fishery Data Series No. 15, Effort and Catch Statistics for the Chinook Salmon (Oncorhynchus tshawytscha) Sport Fishery in the Lower Nushagak River, 1986, (Oct. 1987), available at http://www.sf.adfg.state.ak.us/FedAidPDFs/fds-015.pdf. The state and federal governments have long recognized that the fisheries these drainages produce are important nationally, internationally, and locally. Since 1967, both levels of government, and others, have pursued many efforts to conserve fish habitat in these drainages. Now, the potential that massive, low-grade, metallic sulfide deposits in the drainages may be mined for copper, gold, and other metals has raised the question of whether such mines can occur without harm to fish habitat and these fisheries. Metallic sulfide mines and their wastes create risks of acid mine drainage, which can dissolve metals and make waters containing them toxic to fish and aquatic life.Office of Solid Waste, U.S. Envtl. Prot. Agency, EPA No. 530-R-94-036, Technical Document: Acid Mine Drainage Prediction 2, 4 (Dec. 1994) [hereinafter EPA, Acid Mine Drainage Prediction], available at http://www.epa.gov/wastes/nonhaz/industrial/special/mining/techdocs/amd.pdf. See generally Carol Ann Woody, Copper: Effects on Freshwater Food Chains and Salmon: A Review (2007), available at http://fish4thefuture.com/pdfs/Summary%20WoodyReview%20-%20Copper%20Effects%20to%20Fish%20092107.pdf. After closure, such mines and their tailing facilities can require perpetual monitoring and care.EPA, Acid Mine Drainage Prediction, supra note 2, at 2.

One of the deposits is the Pebble deposit, on state land, at the hydrological divide between Upper Talarik Creek, in the Kvichak River drainage, and Koktuli River, in the Nushagak River drainage.See infra Maps 1–6, pp. 227, 238, 250, 251, 256, 262. The Pebble Limited PartnershipPress Release, Northern Dynasty Minerals, Ltd. (NDM), Northern Dynasty & Anglo American Establish 50:50 Partnership to Advance Pebble Project to Production (July 31, 2007), available at http://www.northerndynastyminerals.com/ndm/NewsReleases.asp?ReportID=336841&_Type=News-Releases&_Title=Northern-Dynasty-Anglo-American-Establish-5050-Partnership-To-Advance-Pebbl (Anglo American PLC entered into a staged-investment agreement with Northern Dynasty Minerals, Ltd. that gives Anglo American rights to up to fifty percent of the Pebble Mine project). (PLP) asserts that it expects to apply in late 2012 or 2013 for government permits to develop Pebble mine,See Frequently Asked Questions, Pebble Ltd. P’ship, http://www.pebblepartnership.com/project/faqs (last visited Dec. 30, 2011). at mining claims staked on the deposit. The permits would include those issued by the U.S. Army Corps of Engineers (Corps) under Section 404 of the Clean Water Act33 U.S.C. § 1344 (2010). to allow discharge of dredged or fill material into navigable waters, to construct dams, tailings facilities, pipelines, roads and other facilities of the mine.See, e.g., Northern Dynasty Mines, Inc., Application for Groundwater Right: Unnamed Tributary (NK1.190) North Fork Koktuli River, Coastal Questionnaire and Certification Statement (Sept. 21, 2006), available at http://dnr.alaska.gov/mlw/mining/largemine/pebble/water-right-apps/2006/gwnfkfinal.pdf (PDF pages 88–97); see also Federal, State and Local Permits, Pebble Ltd. P’Ship, http://www.pebblepartnership.com/content/federal-state-and-local-permits (last visited Jan. 11, 2012). If developed, Pebble mine could be one of the largest open pit and underground mines in North America, and could leave as much as 10 billion tons of mine wastes on public lands forever.See Prospecting the Future, Pebble Ltd. P’Ship, http://www.pebblepartnership.com/project (last visited Dec. 30, 2011); Frequently Asked Questions, Pebble Ltd. P’Ship, http://www.pebblepartnership.com/project/faqs (last visited Dec. 30, 2011). Several of the deposits in the vicinity lie to the south-southwest of the Pebble deposit and drain southward into Iliamna Lake.See Pebble Exploration Lands, Northern Dynasty Minerals, http://www.northerndynastyminerals.com/ndm/PD_MM.asp (last visited Mar. 23, 2012).

On February 7, 2011, the U.S. Environmental Protection Agency (EPA) announced that it would undertake a scientific assessment of the Kvichak and Nushagak watersheds to better understand how large-scale mining of metallic sulfide deposits may affect water quality and the salmon fisheries of Bristol Bay and its drainages. EPA describes these fisheries as “an extraordinary salmon resource for the United States.”See Press Release, U.S. Envtl. Prot. Agency, EPA Plans Scientific Assessment of Bristol Bay Watershed (Feb. 7, 2011) available at http://yosemite.epa.gov/opa/admpress.nsf/0/8C1E5DD5D170AD99852578300067D3B3.

EPA is doing so in response to requests from nine federally recognized tribes, numerous commercial and sport fishing organizations, and others, that it commence a public process under Section 404(c) of the Clean Water Act to address potential mining of metallic sulfide deposits in these watersheds—before applications for permits are filed with the Corps. Section 404(c) allows EPA to restrict or prohibit the discharge of dredged or fill material, including mine wastes, into waters of the United States, including tributaries and wetlands, whenever EPA determines, after notice and opportunity for hearing, that such discharges would have an “unacceptable adverse effect”“Unacceptable adverse effect” is defined as:
impact on an aquatic or wetland ecosystem which is likely to result in significant degradation of municipal water supplies (including surface or ground water) or significant loss of or damage to fisheries, shell fishing, or wildlife habitat or recreation areas. In evaluating the unacceptability of such impacts, consideration should be given to the relevant portions of the section 404(b)(1) guidelines.
40 C.F.R. § 231.2(e) (2011) (emphasis added). The purposes of the 404(b)(1) Guidelines are “to restore and maintain the chemical, physical, and biological integrity of waters of the United States through the control of discharges of dredged or fill material,” and to implement congressional policies expressed in the Clean Water Act. The Guidelines establish a rebuttable presumption against allowing any discharge unless it can be demonstrated that the discharge will not have an unacceptable adverse impact “either individually or in combination with known and/or probable impacts of other activities affecting the ecosystems of concern.” The Guidelines declare:
From a national perspective, the degradation or destruction of special aquatic sites, such as filling operations in wetlands, is considered to be among the most severe environmental impacts covered by these Guidelines. The guiding principle should be that degradation or destruction of special sites [such as wetlands] may represent an irreversible loss of valuable aquatic resources.
Id. § 230.1. The Guidelines address direct, cumulative, and secondary effects. Id. § 230.11. Secondary effects are those associated with a discharge, but do not result from actual placement of the material, and must be considered prior to agency action under Section 404. Id. § 230.11(h)(1).
on fisheries, wildlife, municipal water supplies or recreational areas. EPA may do so before a permit application is submitted to the Corps.Id. § 231.1(a). In the preamble to the regulations, EPA explained:
[1] Such an approach will facilitate planning by developers and industry. It will eliminate frustrating situations in which someone spends time and money developing a project for an inappropriate site and learns at an advanced stage that he must start over. [2] In addition, advance prohibition will facilitate comprehensive rather than piecemeal protection of wetlands.
. . . One commenter said that pre-permit actions were inappropriate because it would be impractical to identify unacceptable adverse effects before a specific discharge is proposed. At least in theory, there are instances where a site may be so sensitive and valuable that it is possible to say that any filling of more than X acres will have unacceptable adverse effects.
. . . .
. . . EPA recognizes that where possible it is much more preferable to exercise this [Section 404(c)] authority before the Corps or state has issued a permit . . . .
Denial or Restriction of Disposal Sites; Section 404(c) Procedures, 44 Fed. Reg. 58,076, 58,077 (Oct. 9, 1979) (first and third emphases added, second emphasis in original). Thus, EPA expressed its preference for using Section 404(c) prior to permit applications and in a comprehensive manner, whenever appropriate to protect fisheries, wildlife, recreation or municipal water supplies. Implicitly at least, EPA recognized its responsibility to do so whenever appropriate.

This article is in two parts, followed by a conclusion. Part I is factual. It puts EPA’s watershed assessment and potential use of Section 404(c) in the historical context of forty-five years of federal and state efforts regarding land use planning, conservation, and development in the Kvichak and Nushagak drainages from 1967 to the present. During most of this period, both levels of government sought to protect uplands necessary for salmon, resident fish, fisheries, and game, as the land ownership pattern in these drainages evolved from nearly total federal ownership in the 1960s to a fragmented pattern by the 1980s, an evolution brought by land selections and conveyances made under the Alaska Statehood Act of 1958,Alaska Statehood Act of 1958, Pub. L. No. 85-508, 72 Stat. 339. the Alaska Native Claims Settlement Act (ANSCA) of 1971,Alaska Native Claims Settlement Act of 1971, Pub. L. No. 92-203, 85 Stat. 688 (codified at 43 U.S.C. §§ 1601–1629h (2010)). and the designation of federal conservation units by the Alaska National Interest Lands Conservation Act (ANILCA) of 1980.Alaska National Interest Lands Conservation Act of 1980, Pub. L. 96-487, 94 Stat. 2371. Historical context demonstrates that EPA’s watershed assessment and potential use of Section 404(c) are consistent with a long history of state and federal efforts to conserve uplands necessary to conserve fish. Moreover, in the event that EPA makes a Section 404(c) determination that restricts or prohibits activities necessary to develop such mines, then this historical context may help to make such a determination more stable under future federal administrations which may urge to modify or reverse the Section 404(c) determination.

Part II is interpretive. It offers a perspective on the history. Briefly, as the pattern of land ownership evolved and fragmented, both the state and federal governments eventually sought cooperative land use planning across property boundaries, and ANILCA established a cooperative planning process. But it failed in the 1980s. At that time, both governments put their different interests in controlling decision-making on their lands ahead of the fish and wildlife. The state and federal governments did so despite the fact that their differences were divorced from any necessary decision related to a major project that could have significant effects on fish, wildlife, or the public uses of them. And so, the habitat has remained productive simply because it has been undeveloped, and its natural processes have flourished without hindrance. Now, the prospect of Pebble and similar mines has brought the state government, in the case of its current 2005 Bristol Bay Area Plan for state lands, and the federal government, in the case of EPA’s ongoing watershed assessment and potential use of Section 404(c), closer to making practical decisions.

Because Section 404(c) applies to all navigable waters, including tributaries and wetlands, regardless of land ownership, Section 404(c) is well-tailored to address fragmented property ownership and fish and wildlife, which do not recognize property boundaries. Moreover, the public process of Section 404(c), and EPA’s potential use of it, afford all interested parties the same opportunity to re-examine differences arising from ownership, to commit to what is necessary to balance conservation and development in the Kvichak and Nushagak drainages in the context of fragmented ownership, and to be decisive about practical questions such as whether to permit, prohibit, or restrict mining of metallic sulfide deposits in these drainages, regardless of land ownership. However, Section 404(c) is far short of comprehensive, cooperative land use planning. Therefore, this article also identifies the reasons why cooperative land use planning may be more likely to succeed now than in the past.

I. History of Federal and State Conservation Efforts Involving the Kvichak and Nushagak Drainages

Alaska is comprised of about 375 million acres. If it could be placed atop the contiguous forty-eight states, Alaska could be positioned to touch simultaneously the states of Minnesota, Texas, Florida, and California. The city of Anchorage would be roughly where St. Louis was in the early 1800s, each with no connected roads to the West.

The history of federal and state efforts to address land use in the Kvichak and Nushagak drainages, which contain several million acres, is inseparable from the history of Alaska as a state, including its people, its natural resources, and laws that affect all of them. The Alaska Statehood Act entitles the State to select 103,350,000 acres of federal land in Alaska; that is, (a) for purposes of community development and expansion, Section 6(a) of the Act entitles the State to select 400,000 acres of vacant, unappropriated land from national forests, and 400,000 acres of vacant, unappropriated and unreserved land from other federal lands; and (b) as a general land grant, Section 6(b) entitles the State to select 102,550,000 acres of vacant, unappropriated and unreserved federal land.Alaska Statehood Act of 1958, Pub. L. No. 85-508, 72 Stat. 339. However, throughout the 1960s, aboriginal land claims of Alaska Natives remained unresolved. As a result, in 1966, the Secretary of the Interior directed the Bureau of Land Management (BLM) to “freeze” processing state selections until Native land claims were resolved.See H.R. Rep. No. 96-97, pt. II, at 164 (1979). In 1968, the discovery of oil on the North Slope of Alaska, and the need for a Trans-Alaska Pipeline to move that oil to market, added pressure to resolve these claims.See Robert D. Arnold, Alaska Native Land Claims 139–40 (1978). To do so, Congress enacted the Alaska Native Claims Settlement Act of 1971 (ANCSA).ANCSA, Pub. L. No. 92-203, 85 Stat. 688 (codified at 43 U.S.C. §§ 1601–1629h (2010)). It entitled Native village and regional corporations to select about 44 million acres of federal land,H.R. Rep. No. 96-97, pt. II, at 164 (1979). exempted the federal lands in the Trans-Alaska Pipeline corridor from state selection under the Statehood Act and from Native selection under ANCSA,ANCSA §17(c) (codified at 43 U.S.C §1616(c) (2010)). and required the Secretary to withdraw 80 million acres of federal lands in Alaska from all forms of appropriation under the public land laws to recommend to Congress that it establish federal conservation system units in Alaska.ANCSA §17(d)(2) (codified at 43 U.S.C §1616(d)(2) (2010)). Congress did so in the Alaska National Interest Lands Conservation Act of 1980 (ANILCA).ANILCA, Pub. L. 96-487, 94 Stat. 2371.

These statutes have shaped the forty-five-year history of efforts to balance conservation and development in the Kvichak and Nushagak drainages, and deal with land ownership patterns there, as the State eventually acquired title to most of these drainages, and Native corporations acquired much of the riparian and littoral lands. This history unfolds in three periods: (1) 1967 to 1971, (2) 1971 to 2005, and (3) 2005 to the present. Most important, fish shaped the history and land ownership in these drainages.

A. From 1967 to 1971, when the Land in the Bristol Bay Drainages Was Federally Owned, the Alaska State Government Supported Federal Efforts to Manage Uplands to Protect Fish

In the early years after statehood in 1959, nearly all land in Alaska was federal, and BLM managed the vast majority, including the Kvichak and Nushagak drainages. On March 7, 1967, BLM proposed to classify approximately 6.5 million acres of federal land in the Iliamna Lake area for retention in federal ownership and multiple use management under the Classification and Multiple Use Act of 1964.Notice, Proposed Classification of Pub. Lands in Iliamna-Cook Inlet Area for Multiple Use Mgmt., 32 Fed. Reg. 3838 (Mar. 8, 1967). Prior to the Federal Land Policy and Management Act of 1976, BLM managed land under the Classification and Multiple Use Act, Pub. L. 88-607, 78 Stat. 986 (1964) (codified at 43 U.S.C. § 1411–18 (repealed)). Section 5 defined “multiple use” as:
the management of the various surface and subsurface resources so that they are utilized in the combination that will best meet the present and future needs of the American people; the most judicious use of the land for some or all of these resources or related services over areas large enough to provide sufficient latitude for periodic adjustments in use to conform to changing needs and conditions; the use of some land for less than all of the resources; and harmonious and coordinated management of the various resources, each with the other, without impairment of the productivity of the land, with consideration being given to the relative values of the various resources, and not necessarily the combination of uses that will give the greatest dollar return or the greatest unit output.
BLM held numerous public meetings, culminating in a public hearing in King Salmon, Alaska. According to BLM, the bulk of the comments were favorable, or offered constructive criticisms incorporated into the final Notice of Classification of Public Lands, Serial No. AA-818, issued on October 27, 1967.Notice, Classification of Pub. Lands for Multiple Use Mgmt., 32 Fed. Reg. 14,971–14,972 (Oct. 28, 1967); see also Correction, 32 Fed. Reg. 16,057 (Nov. 22, 1967) (correcting minor errors in land descriptions); Notice, Partial Termination of Segregative Effect, 33 Fed. Reg. 4997 (Mar. 26, 1968) (amending notice to allow state to select community grant and administrative sites).

bbay_lands_map1

Map 1. BLM’s 1967 Land Classification.

The final “Iliamna Unit” classification encompassed most of the Iliamna Lake/Kvichak River watershed, nearby areas in the Nushagak-Mulchatna drainage and on the western shore of Cook Inlet, and included the three townships where the Pebble claims presently lie and where tailings facilities for a potential Pebble mine could be located.Paragraph 5 of the Notice describes these 6.5 million acres, in terms of township and range, as including “Tps. 1 to 17 S., Rs. 33 to 36 W.,” Seward Meridian (S.M.). Notice of Classification of Pub. Lands for Multiple Use Mgmt., 32 Fed. Reg. 14,971–14,972 (Oct. 28, 1967). This description includes lands where the Pebble claims presently lie in T.3 S., R. 35 W., SM., and where its potential sites for tailings facilities in T. 4 S., R 35 W., SM. and T. 3 S., R. 36 W., SM, would subsequently be located. In 2006, NDM submitted applications to the Alaska Department of Natural Resources for water rights and permits to construct dams. For the township and range locations of the Pebble deposit and potential tailings facilities, see Northern Dynasty Mines, Inc., Ref. No. VA101-176/16-13, Pebble Project, Tailings Impoundment A, Initial Application Report, fig.3.1 (2006), available at http://www.dnr.state.ak.us/mlw/mining/largemine/pebble/water-right-apps/2006/damafig.pdf. See also Pebble Project—Water Right Applications, Alaska Dep’t of Natural Res., Mining, Land & Water, http://www.dnr.state.ak.us/mlw/mining/largemine/pebble/water-right-apps/index.cfm (providing hyperlinks to all available NDM permit applications including the preceding Tailings Impoundment A, Initial Application Report) (last visited Apr. 1, 2012).

Except as provided in paragraphs 2, 3, and 4 of the final Notice, this classification segregated these 6.5 million acres of federal land from all forms of appropriation under the federal public land laws, including selection by the State under Section 6(b) of the Statehood Act. Paragraph 2 provided that the mining laws for locatable minerals (i.e., those that are subject mining claims) would continue to operate only on land beyond one-half mile from lakes over forty acres,Closing the land within a half mile of lakes over forty acres to the operation of the mining laws protected sockeye salmon, which rear in lakes and are the most important commercial stock. Forty acres is a quarter-mile square. Some lakes in the vicinity of the Pebble deposit, such as Frying Pan Lake, appear to be over forty acres. It is beyond the scope of this article to map the portion of the classification area that was closed to new mining claims. one-half mile from Cook Inlet, and one-quarter mile from the Pile Bay-Iliamna Bay portage road between Cook Inlet and Iliamna Lake. Paragraph 3 provided that the land remained subject to the mineral leasing laws for leasable minerals such as oil and gas. Paragraph 4 identified approximately 89,200 acres (of the 6.5 million acres) that remained subject to settlement by Alaska Natives under the Native Allotment Act of May 17, 1906Native Allotment Act of May 17, 1906, 34 Stat. 197 (codified as amended at 43 U.S.C. § 270-1 to 270-3 (repealed 1971)). and subject to disposal under certain other public land laws, including state selection under community expansion provisions of Section 6(a) of the Statehood Act. Thus, the Iliamna Unit land classification (1) foreclosed state selections under Section 6(b) of the Statehood Act and thereby retained virtually all the land in federal ownership, and (2) closed all land to new mining claims within a half mile of lakes over forty acres, which applied to most lakes where sockeye salmon rear or spawn, such as Iliamna Lake and others over forty acres.

Generally, the State of Alaska supported these actions even though they closed most of the land to state selections, and much of it to mining claims. The Governor, Walter J. Hickel, focused on the recreational and commercial fisheries. He wrote to the Secretary of the Interior that the classification

has received enthusiastic support by the State of Alaska, which recognizes that in certain circumstances, such as the Iliamna classification, immediate recreational development might be difficult to accomplish without the Federal Government’s assistance. However, as pointed out by BLM officials, a substantial portion of the nursery area for the Bristol Bay salmon run is included in the Iliamna classification. Obviously, administrative sites to aid in effective fish and game management will be needed in the classified area.Letter from Governor Walter J. Hickel to Stewart Udall, U.S. Sec’y of the Interior (Nov. 30, 1967) (on file with BLM in Anchorage, Alaska, case file No. AA-818).

Governor Hickel requested that the classification order be modified to allow community expansion selections (under Section 6(a) of the Statehood Act) from the entire area, instead of just the 89,200 acres in Paragraph 4. He also suggested that the State’s general land grant selections (under Section 6(b) of the Act) be permitted “if it be determined by State agencies to be in the best interests of sound fish and game and other resource management.” Subject to these suggestions, he wrote that the State was “basically in accord with the classification order as devised.”Id. In response to Governor Hickel’s request, BLM modified the classification to allow the State to select community grant lands and administrative sites under any provisions of the Statehood Act, but the area still remained segregated from selection under the general land grant provisions of the Act. See Notice of Partial Termination of Segregative Effect, 33 Fed. Reg. 4997 (Mar. 26, 1968).

From 1968 to April 1971, BLM prepared an “Iliamna Unit Resource Analysis” in order to make recommendations for future BLM management of the Iliamna Unit and address issues that are still current today. These issues included potential mining and roads, and protection of fish and wildlife habitat and commercial, subsistence, and sport fishing, and will be discussed further below.See BLM, Iliamna Unit Resource Analysis, pt. 4, Lands, at 11 (1971) [hereinafter BLM Analysis] (on file with Alaska Resources Library & Information Services, University of Alaska Anchorage). This is probably the first such land use planning document produced in Alaska for multiple use lands. It was prepared prior to the Federal Land Policy and Management Act of 1976 and the National Forest Management Act, which respectively require BLM and the U.S. Forest Service to adopt land use plans. See also Memorandum from BLM, Request for Status Plats of Iliamna Unit (Sept. 24, 1968) (on file with BLM in Anchorage, Alaska, case file No. AA-818) (indicating that BLM’s planning process had commenced in 1968).

As BLM was preparing its Analysis, the Alaska Legislature also took the first of many steps by the State to conserve fish and wildlife habitat in the Bristol Bay drainages. In 1970, the Alaska Senate passed Senate Resolution No. 14. It expressed the Senate’s opposition to a proposed Iniskin Bay-Iliamna Lake road route to the Village of Iliamna and Bristol Bay, which is now the same route proposed for developing potential metallic sulfide mines in the area of the Pebble mining claims. Senate Resolution No. 14 found (1) that the route would “traverse much prime big game habitat as well as most of the principal spawning streams comprising the most important red salmon spawning area in the world,” and (2) that “historically, big game habitat and spawning streams readily accessible to highways have been seriously harmed by such proximity.” The resolution requested the governor to direct the Department of Highways to study an alternative route.S. Res. 14, 6th Leg. (Alaska 1970) (The alternative route was through what was then the Katmai National Monument and is now Katmai National Park and Preserve).

Also in 1970, the Alaska Legislature passed legislation, H.C.S. S.B. 384, 6th Leg., 2d Sess., to establish a “Bristol Bay Fisheries Reserve,” constituting state-owned “submerged and shoreland”Alaska Stat. § 38.05.965 (2011) defines “submerged land” and “shoreland” as follows:
(20) “shoreland” means land belonging to the state which is covered by nontidal water that is navigable under the laws of the United States up to ordinary high water mark as modified by accretion, erosion, or reliction; . . .
(22) “submerged land” means land covered by tidal water between the line of mean low water and seaward to a distance of three geographical miles or further as may hereafter be properly claimed by the state.
The State acquired title to navigable water bottoms at statehood, under the Equal Footing Doctrine of the U.S. Constitution, and under the Submerged Lands Act of 1953, at 43 U.S.C. §1311(a). See State of Alaska v. Ahtna, Inc., 891 F.2d 1401, 1403–04 (9th Cir. 1989).
lying north of 56 degrees, 23 minutes north latitude, and east of 159 degrees, 49 minutes west longitude within the Bristol Bay drainages,This latitude intersects the Alaska Peninsula approximately midway between Port Heiden and Port Moller, Alaska, and this longitude intersects Kulukak Bay, between Togiak and Dillingham, Alaska. These points of reference, i.e., Kulukak Bay and Port Moller, would be used in subsequent federal legislation, H.R. 13,416, 92d Cong., 2d Sess. (1972), which proposed a “Bristol Bay National Wildlife Refuge,” discussed below. which included the shorelands of the Kvichak and Nushagak drainages. This legislation would have barred oil, gas, and mineral leasing or permits within the reserve, but Governor Miller vetoed it in part because “more than 95 percent of the area” was federally owned or beyond the State’s jurisdiction.See H.C.S. S.B. 384, 6th Leg., 2d Sess. (Alaska 1970) (as amended by the House); Veto Letter, Gov. Miller to Hon. Brad Phillips, Pres. of S., Alaska Leg. (June 23, 1970), in Alaska S. Journal, 6th Leg. 1342–44 (July 7, 1970). The legislation was sponsored by Senator Jay Hammond. He would play a significant role, as a state legislator and governor, throughout many efforts to balance conservation and development in the Bristol Bay drainages, including the Kvichak and Nushagak drainages. (This legislation led to subsequent state legislation, enacted in 1972, which, as discussed below, established a slightly smaller Bristol Bay Fisheries Reserve.)

In 1971, the Alaska Legislature took up the broader issue of how it might act to conserve Bristol Bay drainages in the context of what was then nearly total federal land ownership. On January 26, 1971, State Senator Jay Hammond introduced Senate Joint Resolution No. 4 (S.J.R. No. 4), which the Senate, after grammatical amendment, passed unanimously on February 4, 1971, by a vote of twenty to zero.S.J.R. 4, 7th Leg. (Alaska 1971); Alaska S. Journal, 7th Leg. 102–03, 119–20 (1971). On February 5, 1971, twenty state representatives (i.e., half of the Alaska House of Representatives) introduced House Joint Resolution No. 16 (H.J.R. No. 16), which was identical to S.J.R. No. 4, as amended. Both resolutions now stated:

whereas the watersheds of the Kvichak, Naknek, Egegik, and Alagnak Rivers are the world’s greatest salmon spawning grounds; and

whereas these watersheds are among the world’s last significant naturally maintained rainbow trout fisheries; and

whereas these factors coincide to make this area unique as a fishery, both from a commercial and from a recreational standpoint; and

whereas the commercial and sport fisheries in this area are vital to the economic well-being of Alaska; and

whereas the Legislature considers the maintenance and improvement of the commercial and sport fish populations to be the controlling factor in management of these watersheds; and

whereas the spawning and rearing grounds of the commercial and sport species within these watersheds are especially susceptible to damage;

be it resolved that the federal government which now owns and controls these lands is urgently requested to manage the Kvichak, Naknek, Egegik, and Alagnak watersheds in a manner designed to give primary recognition to the extremely valuable commercial and sport fishing resources existing there.H.J.R. 16, 7th Leg. (Alaska 1971) (emphasis added); Alaska H. Journal, 7th Leg. 264–65 (1971).

On February 18, 1971, the Alaska House passed H.J.R. No. 16, by a unanimous vote of thirty-one to zero (and nine excused).Although the resolutions were identical, they had separate numbers, and thereafter neither house acted to pass the resolution of the other. Congressional enactment of ANSCA intervened, changing the future of land ownership and management in Alaska. But the sense of the Alaska Legislature is clear from the unanimous votes on these resolutions.

Meanwhile, on February 2, 1971, Senator Hammond re-introduced legislation to establish a Bristol Bay Fisheries Reserve, with the same boundaries (north of 56 degrees, 23 minutes north latitude and east of 159 degrees, 49 minutes west long longitude) as the legislation which had been passed and vetoed in 1970.S.B. 2, 7th Leg., 1st Sess. (Alaska 1971).

On April 6, 1971, BLM published its “Iliamna Unit Resource Analysis” (BLM Analysis)BLM Analysis, supra note 32. for its “Iliamna Planning Unit and Classification Area.”Id. at Lands 11. BLM’s Analysis inventoried what was known about land use in the area, the people, economy, climate, topography, hydrology, vegetation, soils, geology, minerals, timber, livestock forage, watershed, fish and wildlife habitat, and recreation.Id. at tbl. of contents. At that time, this land was still 99.8% in federal ownership,Id. at Lands 9. the population was 85% Native,Id. at Lands 1. and BLM described the Iliamna Unit as “a ‘frontier’ area where only in relatively recent years has the majority of persons, especially the native population, been very interested in land ownership and title.”Id. BLM’s Analysis recognized that (1) the Kvichak system is historically “the largest producer of red salmon in the world,” and that “Iliamna Lake and Lake Clark are the principle nursery areas” of the watershed;Id. at Lands 1–2. (2) subsistence uses occurred on virtually any lands that were readily accessible;Id. at Lands 6. (3) the cash economy of villages in the watershed depended primarily on commercial fishing in Bristol Bay;Id. at Lands 3. (4) mineral exploration was occurring, particularly in mineralized areas of the eastern portion of the Iliamna Unit;Id. at Minerals 1–16. and intensive development outside existing communities could occur only with road development;Id. at Lands 22. (5) recreation focused on fish, wildlife, and “open-space wilderness;”Id. at Lands 7. and (6) the area needed a “well balanced land use plan at the earliest possible time that will not appreciably detract from these all-important major recreation-oriented assets, or impair the waters that provide the major spawning grounds for the Bristol Bay commercial fishery.”Id.

With respect to salmon habitat and based on knowledge at the time, BLM’s Analysis identified sixty-three salmon spawning streams and twenty-seven salmon spawning beaches in the Kvichak drainage. BLM observed that only six streams and two beaches appeared to account for more than five percent of the total sockeye salmon run in the Kvichak watershed, that seemingly “minor” spawning areas may produce up to sixty percent or more of the total Kvichak run, and that these “minor” spawning areas are the most difficult to protect and manage.Id. These statements by BLM are an early version of what fisheries biologists refer to as the “portfolio effect,” i.e., that all large and small stocks are important to overall productivity of a salmon resource, because over time, genes that are less successful at one point time or set of environmental conditions time become more successful at another point in time or set of environmental conditions, which is to say that genetic diversity operates like a stock portfolio. See Daniel E. Schindler, et al., Population Diversity and the Portfolio Effect in an Exploited Species, 465 Nature 609, 609 (June 3, 2010). With respect to salmon habitat, BLM concluded:

A seemingly minor but potentially major problem should be mentioned. The Kvichak salmon run is the product of thousands of small spawning areas. Loss of any one of these small areas will not seriously affect the total run, so the separate areas are not looked upon as being individually important. The loss of many of these areas all at once could have a noticeable effect and would probably be strongly opposed by the fishing industry. But loss of a few areas at a time extended over many years would have the same effect. Yet because the resultant decline in productivity would be prolonged there would be no great public outcry over the loss in spawning area. The fishing industry would more probably blame the lowered productivity on Fish and Game Department management policies.

The solution to this situation is to maintain the commercial fishery spawning grounds and their watersheds in a primitive or wilderness status.BLM Analysis, supra note 32, at Wildlife 34. BLM’s Analysis frequently used the words “primitive” or “wilderness” to encompass various means of preserving such character, and referred to designated “wilderness” when referring to the Wilderness Act of 1964, Pub. L. 88-577. As mentioned below, the State does essentially the same in its land use plans for the area.

With respect to sport fish habitat, BLM concluded:

Most of the fishable waters in the Iliamna Planning Unit are in a relatively pristine state.
Prevention of loss of sport fish habitat would also help in maintaining higher quality fishing. Future developments must be undertaken with maximum protection to watersheds. Roads should be built where erosion and siltation will be minimal. Timber harvesting must be done with buffer strips left along streams and rivers. Mineral development must be restricted from degrading productive waters.BLM Analysis, supra note 32, at Wildlife 35.

With respect to recreation, BLM wrote that rainbow trout are “by far the most sought after species by anglers in the planning unit”; that according to the State, certain waters are of “national if not international value and must be managed as such for future generations”; and that the State had designated nine of the waters as “trophy” trout streams.Id. at Wildlife 11. The “trophy” streams were Alagnak (Branch) River, Battle River, Copper River up to its falls, Gibralter Lake and River, Iliamna River, Kulik River, Kvichak River from outlet to Otter Island, Lower Talarik Creek, Newhalen River. See id. at Recreation 1. At the time, “trophy” meant that rivers were protected by restrictive regulations to maintain trophy size trout. Id. at Recreation 2. Most of these sport fisheries for trout are presently managed by the State for catch-and-release during the summer season. See Alaska Admin. Code tit. 5 § 67.022 (2011). BLM concluded that to maintain the trophy attraction, “restrictive recreation use (probably no development of any kind) will have to be recommended,” that improved access “greatly accelerates the rate at which trophy streams can be degraded to common fishing streams,”BLM Analysis, supra note 32, at Recreation 2. that access provided by the Iniskin-Iliamna route to Bristol Bay would “essentially eliminate” four of the trophy trout waters,Id. at Recreation 3–4. and that the State Highway Department (now Alaska Department of Transportation & Public Facilities) had estimated 40 to 50 thousand visitors per year by 1985 if the road were built.Id. at Recreation 32. With respect to the trophy trout streams, BLM concluded that “high reliance on the wilderness portion of the planning system is a necessity.”Id. at Recreation 33.

Thus, from 1967 to 1971, when the land was nearly all federally owned, and even after the federal government froze state land selections in 1966 pending settlement of Native land claims, the State encouraged federal land use planning to protect uplands as necessary to protect fish and fisheries. This is most evident in (1) Governor Hickel’s “enthusiastic” support for BLM’s 1967 classification, which closed much of Iliamna Lake/Kvichak River drainage to new mining claims, although mineral exploration was occurring, and closed nearly all of that area to state land selections; and (2) the Alaska Legislature’s joint resolutions in 1971 (i.e., S.J.R. No. 4 and H.J.R. No. 16), which “urgently requested” the federal government “to manage the Kvichak, Naknek, Egegik, and Alagnak watersheds in a manner designed to give primary recognition to the extremely valuable commercial and sport fishing resources existing there.”

B. From 1971 to 2005, as Land Ownership Fragmented Due to the Statehood Act, ANCSA, and ANILCA, the State and Federal Governments Adopted Measures to Manage Uplands in the Bristol Bay Drainages to Protect Fisheries, but Cooperative Efforts Across Property Boundaries Failed

Although the Statehood Act reshaped land ownership in Alaska more than any other statute, land conveyed to the State remained public land owned by the State. This is not the case with the Alaska Native Claims Settlement, which conveyed federal land to private corporations. This affected future state and federal efforts to conserve the Kvichak and Nushagak drainages.

1. In 1971, ANCSA Resolved Native Land Claims, Complicates Land Management for Fish and Wildlife that Traverse Property Boundaries, and Prompted Further State and Federal Efforts to Conserve the Kvichak and Nushagak Drainages.

On December 18, 1971, Congress enacted the Alaska Native Claims Settlement Act.ANCSA, Pub. L. No. 92-203, 85 Stat. 688 (codified at 43 U.S.C. §§ 1601–1629h (2010)). It required that the Secretary of the Interior enroll Alaska Natives according to their village and region, that they establish village and regional Native corporations to select lands, and that the Secretary convey about 44 million acres of federal land to these corporations.See 43 U.S.C. §§ 1604, 1606, 1607, 1610–13, 1615 (2010). ANCSA, in addition to the Statehood Act, further re-shaped land ownership patterns and the management of land in Alaska, including in the Kvichak and Nushagak drainages.

Section 11 of the Act withdrew from all forms of appropriation under the public land laws, including the Statehood Act, the “core” township(s) of each Native village, plus two concentric rings of townships surrounding the core township(s).A township, “six miles square” (or thirty-six square miles), divides land in squares and is the basis of the U.S. Survey method. See 43 U.S.C. § 751 (2010). Section 12 required each village corporation to select, from the lands withdrawn for each village, its “core” township(s) plus an area to make each village corporation’s total selection equal to the acreage entitlement established by Section 14.43 U.S.C. § 1611 (2010). Under Section 14, the size of the acreage entitlement of a village is proportional to the Native population in the village in the 1970 Census. See id. § 1613(a). A village corporation received the surface estate, and the corresponding regional corporation received the subsurface estate.Id. §1613 (2010). Section 14 also allowed regional corporations to select additional surface and subsurface acreage.

Section 17 of ANCSA also had substantial effect on the subsequent history of lands in the Kvichak and Nushagak watersheds.Id. §1616. Subsection 17(d)(1) allowed the Secretary of the Interior to withdraw federal lands in Alaska for study and classification in the public interest. Subsection 17(d)(2) required the Secretary to withdraw 80 million acres from appropriation under federal public land laws, including the Statehood Act and the mining laws, in order to submit to Congress within two years his recommendations of lands suitable for addition to or creation of federal conservation system units (e.g., national parks, wildlife refuges, etc.). These land withdrawals protected the land recommended by the Secretary for five years, which would allow time for Congress to act upon the Secretary’s recommendations.See id. §1616(d)(2)(D). Subsection 17(d)(2)(B) re-opened all unreserved federal public lands in Alaska not withdrawn under Subsections 17(d)(1) or (d)(2) to state selection and appropriation under the public land laws. Subsection 17(d)(2)(C) provided that any lands withdrawn under Section 17(d)(2), but not recommended by the Secretary after two years from enactment of ANCSA, would be re-opened to selection by the State or by regional corporations and to appropriation under the public land laws. Section 17(a) established the Federal-State Land Use Planning Commission to assist land use planning in general, including proposed federal conservation system units and state and Native land selections. All these Congressional actions ended the more general 1966 “land freeze.”

However, it was clear that Alaska would be permanently divided up among federal, state, Native corporate and other private land ownerships. This would precipitate many efforts to conserve fish and wildlife habitat in the Kvichak and Nushagak drainages in the context of an evolving pattern of state and Native land selections and future state, federal, and Native ownership.

2. In 1972, While Federal Legislation Proposed a Bristol Bay National Wildlife Refuge, the Alaska Legislature Designates State-Owned Beds of Navigable Waters as the Bristol Bay Fisheries Reserve.

On February 28, 1972, Representative John Dingell of Michigan, and other Members of Congress, introduced H.R. 13,416, “The Alaska Refuges Act,” without waiting for the Secretary of the Interior to submit proposals as required by Section 17(d)(2) of ANCSA. H.R. 13,416 included a proposed “Bristol Bay National Wildlife Refuge,” which included most of the Bristol Bay drainages east of Kulukak Bay and north of Port Moller on the Alaska Peninsula.See H.R. 13,416, 92d Cong., 2d Sess. (1972). Kulukak Bay and Port Moller are approximately the same points of reference that the Alaska Legislature had used as lines of latitude and longitude when it had passed S.B. 384, 6th Leg., 2d Sess., in 1970 and when State Senator Hammond introduced S.B. 2, 7th Leg., 1st Sess., in the Alaska Legislature in 1971.See supra text accompanying notes 36–40. Section 5 of H.R. 13,415 would have made the federal land in the proposed refuges exempt from selection under the Statehood Act, and exempt from selection under ANCSA (which Congress had just enacted), except for the “core” townships described in ANCSA.See H.R. 13,416, §5, 92d Cong. 2d Sess. (1972). Thus arose the issue of fragmented future ownership of land where fish and wildlife do not recognize property boundaries.

In 1972, the Alaska Legislature established a slightly smaller “Bristol Bay Fisheries Reserve” than had been passed and vetoed in 1970. The enacted reserve constitutes the state-owned submerged lands and shorelands “lying north of 57 degrees, 30 minutes, North latitude and east of 159 degrees, 49 minutes, West longitude within the Bristol Bay drainage,”Alaska Stat. § 38.05.140(f) (2011). This latitude intersects the Alaska Peninsula at approximately Ugashik, and this longitude intersects Kulukak Bay, between Togiak and Dillingham. which includes shorelands of the Kvichak and Nushagak drainages. The statute bars surface entry permits to develop an oil and gas lease or oil and gas exploration license in the reserve, until the Legislature, by appropriate resolution, finds that such activities “will not constitute a danger to the fishery.”Alaska Stat. § 38.05.140(f) (2011).

3. In 1973, the Department of the Interior Proposed an Iliamna National Resource Range.

In December 1973, the Secretary of the Interior submitted recommendations to Congress for conservation system units in Alaska, as required by Section 17(d)(2) of ANCSA. These recommendations included a proposed "Iliamna National Resource Range" of about 3 million acres.Letter from Rogers Morton, Sec’y of the Interior, to Speaker, H.R. (Dec. 17, 1973), reprinted in H.R. Comm. on Interior and Insular Affairs, Background Information for Alaska Lands Designations 130 (Comm. Print 4, 1977). In 1974, the Department of the Interior (DOI) issued an environmental impact statement (EIS) on each of these recommendations. Each EIS first identified an “area of ecological concern,” and within it, DOI developed a proposed conservation system unit based on natural resource values and land status, taking into account potential future land ownership. Land status at the time depended on (1) withdrawals under ANSCA for potential Native selection, (2) the presence of state lands and state selections, and (3) withdrawals under Section 17(d)(1) of ANSCA for public interest classification and under Section 17(d)(2) for potential federal conservation designation.

 

bbay_lands_map2

Map 2. Land Status, 1974 EIS on Proposed Iliamna National Resource Range.

DOI identified the entire Kvichak and Nushagak drainages as an “area of ecological concern.” Within this area, the proposed Iliamna National Resource Range encompassed most of the Kvichak River watershed (including the drainages into Iliamna Lake, the southern part of the Lake Clark watershed, and the Alagnak watershed), and most of the Nushagak drainage south of state land selections in the northern part of that drainage. The proposal included lands at and surrounding what are now the Pebble claims. The Iliamna National Resource Range would have

(1) withdrawn the federal land from appropriation under the public land laws, including the Statehood Act and the mining laws [i.e., mining claims], but not the mineral leasing laws,

(2) been jointly managed, by the Bureau of Land Management and the U.S. Fish and Wildlife Service, as part of the National Wildlife Refuge System, “for multiple use and sustained yield management of the area’s resources, with a primary objective being the protection and preservation of the nationally and internationally significant fish and wildlife populations and their habitats, with special emphasis given to anadromous fishes, Alaskan brown bear, endangered species and migratory birds,” and

(3) allowed the Secretary of the Interior to issue permits for exploration and development of mineral deposits normally subject to location and entry [i.e., mining claims] under the mining laws, pursuant to regulations establishing procedures, and terms and conditions, under which such activities could be conducted.Dep’t of the Interior, Final Environmental Impact Statement, Proposed Iliamna National Resource Range 1 (1974). Elsewhere, the purposes of the proposal included to “maintain the high quality of the environment of the Lake Iliamna/Nushagak River area in order to protect and perpetuate the total fish and wildlife values with rainbow trout, sockeye salmon and other anadromous fishes, endangered species and migratory birds of particular importance.” Id. at 2.

The 1974 EIS cited the actions in 1971 of the Alaska Legislature in passing S.J.R.  No. 4 and H.J.R. No. 16, both of which had “urgently requested” the federal government “to give primary recognition to the extremely valuable commercial and sport fishing resources” in much of the area, as part of the history of the proposed Iliamna National Resource Range.See id. at 19. Similarly, comments by the University of Alaska on the draft EIS also recognized that “[t]his proposal is virtually what the State of Alaska Legislature requested in [S.J.R.] No. 4 and [H.J.R.] No. 16.”Id. at 452 (Letter from L. J. Peyton, Coord. for Envtl. Serv. and Assist. Zoophysiologist, U. of Alaska, Inst. of Arctic Biol., to T.R. Swem, Chair, Alaska Planning Grp., DOI (Feb. 21, 1974)).

However, the land status map in the 1974 EIS clearly depicted the emerging pattern of fragmented land ownership in the Kvichak and Nushagak drainages.Id. at 9. Within the broader “area of ecological concern,” the state had selected much of the northern Nushagak drainage where fish production occurs in that watershed; within the 3-million-acre proposal itself, the federal government had withdrawn for Native village selection much of the land along salmon spawning streams draining into Iliamna Lake, and along the lower Nushagak River.See id. at 9 (Map 2, Land Status). Therefore, the EIS proposed regional planning for the Kvichak and Nushagak drainages as follows:

Land ownership and administration in the Iliamna Range will be fragmented into different types; Federal lands, village lands, patented Native allotments, and possibly State lands. Borough, State, regional corporation, village and private interests will be present. . . . A regional planning effort will be critical to achievement of the objectives established in this proposal.Id. at 13. EPA’s comments on the draft EIS addressed the emerging pattern of mixed federal-state-Native ownership, and recommended “that provisions be provided that will allow implementation of regional planning which would provide for the most effective resource management.” Id. at 240. The final EIS includes a proposed memorandum of understanding, between BLM and FWS, which states: “The management of other land ownerships in the Iliamna area being critical to effective management of the range’s fishery resource, an overall regional plan for the Iliamna region will be encouraged in cooperation with all concerned ownerships.” Id. at 551.

However, as shown below, the emerging pattern of fragmented land ownership soon ruptured previous state support for federal efforts to implement protections and was compounded by land issues elsewhere, to the north and east in the Cook Inlet drainages, where one of the largest negotiated land exchanges in American history was in the making.See Cook Inlet Region, Inc. (CIRI), Cook Inlet Land Exchange 30-Year Anniversary 1 (2006), available at http://www.ciri.com/media/media/Oct06_LandExchange.pdf.

4. In 1976, Congress and the Alaska Legislature Ratify the Cook Inlet Land Exchange by Which the State Acquired Federal Land in the Kvichak and Nushagak Drainages, Including Where the Pebble Claims Are Now Located, to Protect Fish.

Soon after Congress enacted ANCSA, it became apparent that within the Cook Inlet region the State has selected much of the desirable federal land that was vacant, unappropriated, and unreserved, or it was already “reserved” as the Kenai National Moose Range (now the Kenai National Wildlife Refuge).See ANILCA, Pub. L. 96-487, § 303, 94 Stat. 2371 (1980). Thus, only limited developable acreage was available for Native selection in the Cook Inlet area.ANCSA, Pub. L. No. 92-203, § 12(a)(1), 85 Stat. 688 (1971) (codified at 43 U.S.C. § 1611(a)(1) (2010)) (this limits selections by a village corporation to 69,120 acres within any National Wildlife Refuge existing at the time ANCSA was enacted). The Native regional corporation, Cook Inlet Region, Inc. (CIRI), sued the United States, alleging that, as a result of this pre-ANCSA land history, its statutory acreage entitlement could only be satisfied by mountain tops and glaciers (the only remaining available land), and that this result would defeat the purpose of ANCSA with respect to CIRI.Cook Inlet Region, Inc., supra note 81, at 6. Although the suit was unsuccessful in the federal district court, CIRI appealedSee State v. Lewis, 559 P.2d 630, 633 (Alaska 1977) (discussing Cook Inlet Region, Inc. v. Morton, No. A-40-73 Civ. (D. Alaska, Feb. 20, 1975) (unreported decision), appeal docketed sub nom. Cook Inlet Region, Inc. v. Kleppe, No. 75-2232 (9th Cir.)); see also, Memorandum, M.C.T. Smith, Dir., DNR Div. of Lands, to G. R. Martin, Comm’r, DNR (Dec. 6, 1975) (on file at Anchorage Law Library, Alaska Leg. Comm. Files, 1975–1976, fiche nos. 198–99) (discussing CIRI’s lawsuit). and then sought relief from Congress.

In 1976, Congress enacted Public Law 94-204.Pub. L. No. 94-204, 89 Stat. 1145 (1976). Section 12 of the Act approved a three-way, 2-million-acre land exchange between the United States, the State, and CIRI, pursuant to an agreement described and approved in Section 12(b) as the “Terms and Conditions for Land Consolidation and Management in the Cook Inlet Area, December 10, 1975.”Id. § 12, 89 Stat. at 1150-54; H.R. Rep. No. 94-729, at 2402–19 (1975) (setting out the “Terms and Conditions for Land Consolidation and Management in the Cook Inlet Area”). It is popularly known as the “Cook Inlet Land Exchange” or the “Cook Inlet Land Trade.” Its purpose was “to facilitate land management and to create land ownership patterns which encourage settlement and development in appropriate areas.”Pub. L. No. 94-204, § 12(a), 89 Stat. at 1151. Under the exchange, the State relinquished 21.5 townships (495,360 acres) of state land selections under the Statehood Act on the Kenai Peninsula, in the Matanuska and Susitna Valleys, and in the Beluga Lake Area so that CIRI could select and obtain title to these lands as part of its ANCSA entitlement.Id. § 12(b), 89 Stat. at 1151. In exchange, the State received approximately 52 townships (1,198,000 acres) of lands from the federal government.Id. These federal lands, conveyed to the State, are described by Section 12(d)(1), at 89 Stat. 1153, as follows:

(i) At least 22.8 townships and no more than 27 townships of land from those presently withdrawn under section 17(d)(2) of the Settlement Act in the Lake Iliamna area, and within the Nushagak River or Koksetna River drainages near lands heretofore selected by the State, the amount and identities of which shall be determined pursuant to the document referred to in subsection (b) [i.e., the “Terms and Conditions for Land Consolidation and Management in the Cook Inlet Area”];

(ii) 26 townships of lands in the Talkeetna Mountains, Kamishak Bay, and Tutna Lake areas, the identities of which are set forth in the document referred to in subsection (b).Id.

Under the land exchange, the State received title to the three townships where the Pebble deposit and potential tailings facilities are presently located,DNR records show the State obtained title to these three townships under the land exchange authorized by PL 94-204. See Alaska DNR Land Abstract, Alaska Dep’t of Natural Res., http://dnr.alaska.gov/projects/las/Land_Abstract.cfm?Meridian=S&Township=003S&Range=035W&Section=&CustFlag=y, http://dnr.alaska.gov/projects/las/Land_Abstract.cfm?Meridian=S&Township=003S&Range=036W&Section=&CustFlag=y, http://dnr.alaska.gov/projects/las/Land_Abstract.cfm?Meridian=S&Township=004S&Range=035W&Section=&CustFlag=y (for each web address, note “PL 94-204, APPX D” under “Title Acquisition”). plus title to other townships in the vicinity.See H.R. Rep. No. 94-729, at 2417–19 (1975) (Appendices D and E of the “The Terms and Conditions for Land Consolidation and Management in the Cook Inlet Area”). After Congress enacted Public Law 94-204, which approved the exchange for federal purposes, the Alaska Legislature did so for state purposes by enacting Chapter 19 S.L.A. 1976.

The committee files of the Alaska Legislature regarding Chapter 19 S.L.A. 1976 and the Cook Inlet Land Exchange demonstrate that, through the exchange, the State sought and acquired uplands in the Kvichak and Nushagak drainages, including where the Pebble deposit is located, in order to protect fish. First, the committee files contain materials submitted by the Alaska Department of Natural Resources (DNR) to document public meetings it held in late 1975 on the proposed exchange, including DNR’s press release. It describes the exchange as follows:

In the discussions with Cook Inlet Region, Inc., and the Department of the Interior, the State has attempted to accomplish a number of objectives, including the assurance of a rational land ownership pattern within the Cook Inlet Basin and the ability of the State to control certain lands which it feels necessary to properly protect its future interests. This latter point is predicated on the State’s firm conviction that it can govern more effectively and be more responsive to its citizens’ needs than could the federal government.

As it is the role of the State to provide its citizens with a number of public services (i.e., transportation, communications, education, public safety, etc.) it is in the State’s interest, both socially and economically, to insure that future development occurs in those areas best suited for such development, i.e., within areas which contain good land forms, ground water, no flowing [water], etc. and to which governmental services may be brought in an economical manner. This was a prime consideration in determining which lands the State tentatively offered to Cook Inlet Region, Inc.

With respect to lands which the State seeks to gain through this transaction, the emphasis was on those lands in the Cook Inlet and nearby Iliamna Lake areas which the State feels should remain in public ownership and which it wishes to own itself to insure that its objectives in those areas are under its control. In particular, two areas are sought. First, the lands presently in federal ownership in the Talkeetna Mountains area, where Cook Inlet Region would select, north and east of the populated Matanuska and Susitna Valleys respectively. In addition to timber, watershed, and high recreational values, these lands will become increasingly more important to the State as future development and settlement intensifies on the periphery in the Matanuska and Susitna Valleys.

The second area of interest is Iliamna Lake. This watershed produces the world’s largest red salmon fishery and it is upon this fishery which the major portion of our citizens in the Bristol Bay area are dependent. The area is also the focus of the finest trophy rainbow trout system in North America. The State has management control of these fisheries and by gaining control of the remaining public lands would be able to more effectively manage these fisheries in the public interest. Also, with approximately 15 percent of the lands in the Bristol Bay area going into native village corporate ownership the State feels that it can be much more responsive to both their private needs and those of the public in this area than could be the geographically removed federal government. In addition to these very high fishery values, this area has high wildlife and recreational values as well as some oil and gas potential.Press Release, DNR, Background—Cook Inlet Land Trade Proposal (on file at Anchorage Law Library, Alaska Leg. Comm. Files, 1975–1976, fiche no. 279) (emphasis added).

Second, the committee files contain a forty-two-page memorandum, from DNR’s Director of the Division of Lands, Michael C. T. Smith, to the Commissioner of DNR, Guy R. Martin, dated December 6, 1975. It explains the State’s reasons for seeking lands in the area of Iliamna Lake and within the proposed Iliamna National Resource Range:

In the Lake Iliamna and Bristol Bay National Resource Range Proposal approximately 15 percent of the lands will be under the control of private Native corporations. The State can more effectively administer to the requirements of its citizens in those areas if it owns the other lands within that region. Additionally, the tremendous dependence upon the salmon fishery resources of that region, and the current responsibility of the State to manage those resources, argue cogently that the State should also control the uplands in that area.Memorandum, M.C.T. Smith to Guy R. Martin, supra note 85, at 8. (emphasis added).

Third, the committee files contain (1) an “Outline for Oral Presentation” of “An Analysis of Issues Related to the Proposed Cook Inlet Land Trade,” by David Jackman and John Katz, dated February 11, 1976, and presented orally by them at a Joint Resources Committee hearing on that date, and (2) DNR’s written response, titled “Proposed Cook Inlet Land Trade (Department of Natural Resources’ Response to Jackman-Katz Analysis),” dated February 12, 1976.David Jackman & John Katz, Outline for Oral Presentation of An Analysis of Issues Related to the Proposed Cook Inlet Land Trade (Feb. 11, 1976) and DNR’s Response (Feb. 12, 1976) (on file at Anchorage Law Library, Alaska Leg. Comm. Files, S. Res. Comm., 1975–1976, fiche no. 313). Mr. Jackman was the State Co-Chair of the Federal-State Land Use Planning Commission established by ANCSA, and Mr. Katz was counsel. Eventually, Mr. Katz served eight Alaska governors, most notably as the director of the Governor’s Office in Washington, D.C., the State administration’s representative there, and also as the Commissioner of Natural Resources from 1981 to 1983. The Jackman-Katz outline summarizes the arguments for and against various provisions in the land exchange. With respect to lands in the area of Iliamna Lake and the Iliamna National Resource Range proposal, the outline states:

Protection of Bristol Bay Fishery Values

argument for: “In the Lake Iliamna and Bristol Bay National Resource Range Proposal approximately 15 percent of the lands will be under the control of private Native corporations. The State can more effectively administer to the requirements of its citizens in those areas if it owns the other lands within that region. Additionally, the tremendous dependence upon the salmon fishery resources of that region, and the current responsibility of the State to manage those resources, argue cogently that the State should also control the uplands in that area.”

argument against: The State will get no lands at all in the Iliamna watershed which is the critical area for the Bristol Bay fisheries. The lands the State will receive in the Mulchatna drainage are much less important from a fisheries standpoint. Irrespective of the proposed trade, the State will have an opportunity recognized in §17(d) of ANCSA to select lands in the Iliamna drainage within the Bristol Bay village withdrawals after Native selections are completed. The State has other regulatory tools such as the Anadromous Fish Stream Act [sic] which can be used to protect fisheries habitats.Jackman, supra note 96, at 2.

DNR’s response rebutted the above “Argument Against,” and asserted that under the land exchange, “[u]p to eight townships come from the Iliamna watershed” to be conveyed to the State.DNR’s Response, supra note 96, at 4. In effect, DNR was asserting that state ownership of land in these watersheds, not merely permitting statutes such as the Anadromous Fish Act, was the best way to protect the area’s fish habitat.

Finally, the committee files contain a letter from the Federal-State Land Use Planning Commission to U.S. Senator Henry M. Jackson, Chair of the U.S. Senate Committee on Interior and Insular Affairs. The Commission had assisted the parties to the exchange and had supported it because “the State would obtain additional lands in the Bristol Bay watershed, which is of critical importance to the State for its fishery and recreational values.”Letter from B. W. Silcock, Fed. Co-chair, Fed.-State Land Use Planning Comm’n, to Henry M. Jackson, Chair, Sen. Comm. on Interior and Insular Affairs 1–2 (Oct. 30, 1975) (on file at Anchorage Law Library, Alaska Leg. Comm. Files, S. Res. Comm., 1975–1976, fiche no. 314).

Thus, in a final analysis, the State’s goal of conserving uplands in the Bristol Bay drainages to protect fish remained constant, but its method of achieving its goal changed in response to fragmenting of land ownership. From 1967 to 1971, when the federal government owned virtually all the land, Governor Hickel and the Alaska Legislature’s method was to support federal efforts to manage the watersheds to protect the fisheries, even when doing so meant closing most the land to state selection and closing much of it to new mining claims. Then, after 1971, as land ownership started to fragment, DNR made clear to the public and the Legislature that “the tremendous dependence upon the salmon fishery resources of that region, and the current responsibility of the State to manage those resources, argue cogently that the State should also control the uplands in that area,”Memorandum, M.C.T. Smith to Guy R. Martin, supra note 85, at 8 (emphasis added). and “by gaining control of the remaining public lands,” the State “would be able to more effectively manage these fisheries in the public interest.”Press Release, DNR, supra note 94 (emphasis added). This included land closed to state selection, by BLM’s 1967 classification order and by secretarial withdrawal under Section 17 of ANCSA, but acquired by the State through the Cook Inlet Land Exchange, which included the three townships that would later emerge as the site of the Pebble mining claims and the potential Pebble mine and tailings storage facilities. In other words, the State acquired the lands at Pebble to protect fish.

5. In 1978, the Alaska Legislature Enacts Comprehensive Land Use Planning Legislation for State Lands, and Establishes Wood-Tikchik State Park.

In 1978, the Alaska Legislature enacted Chap. 181 S.L.A. 1978,Codified at Alaska Stat. §§ 38.04.005–38.04.910 (2011). which requires DNR to adopt comprehensive land use plans for state lands.Alaska Stat. § 38.04.065 (2011). It helps to summarize these statutes and the implementing regulations because DNR subsequently adopted a 1984 Bristol Bay Area Plan for State Lands (1984 BBAP)Alaska Dep’t of Natural Res., Bristol Bay Area Plan for State Lands (1984) [hereinafter 1984 BBAP], available at http://dnr.alaska.gov/mlw/planning/areaplans/bristol/pdf/bristol_bay_area_plan.pdf. and the current 2005 Bristol Bay Area Plan for State Lands (2005 BBAP)Alaska Dep’t of Natural Res., Bristol Bay Area Plan for State Lands (2005) [hereinafter 2005 BBAP], available at http://dnr.alaska.gov/mlw/planning/areaplans/bristol/index.htm. under these statutes and regulations. Both land use plans include the Kvichak and Nushagak drainages and will be discussed below.

Alaska Statute (A.S.) 38.04.005(a) establishes state policy for land use planning for state lands:

[I]t is the policy of the State of Alaska to plan and manage state-owned land to establish a balanced combination of land available for both public and private purposes. The choice of land best suited for public and private use shall be determined through the inventory, planning, and classification processes set out in AS 38.04.060–38.04.070.Alaska Stat. § 38.04.005(a) (2011).

A.S. 38.04.060(a) requires DNR to prepare and maintain, on a continuing basis, an inventory of resources and other values on state lands.Id. § 38.04.060(a). Under A.S. 38.04.065(a), DNR must, with local governmental and public involvement, adopt, maintain, and, when appropriate, revise “regional land use plans” that provide for the “use and management of state-owned land.”Id. § 38.04.065(a). For purposes of developing, adopting and revising these plans, A.S. 38.04.065(b) requires DNR to

(1) use and observe the principles of multiple use and sustained yield;

(2) consider physical, economic, and social factors . . . and involve other agencies and the public in . . . a systematic interdisciplinary approach;

(3) give priority to planning and classification in areas of potential settlement, renewable and nonrenewable resource development, and critical environmental concern;

(4) rely, to the extent that it is available, on the inventory of the state land, its resources, and other values;

(5) consider present and potential uses of state land;

(6) consider the supply, resources, and present and potential use of land under other ownership within the area of concern;

(7) plan for compatible surface and mineral land use classifications; and

(8) provide for meaningful participation . . . by affected local governments, state and federal agencies, adjacent landowners, and the general public.Id. § 38.04.065(b).

A.S. 38.04.065(c) provides that each regional plan must identify and delineate “(1) areas of settlement and settlement impact . . . and (2) areas that must be retained in state ownership and planned and classified for various uses and purposes under A.S. 38.04.015.”Id. § 38.04.065(c). A.S. 38.04.015 provides in part that the primary public interests served by retaining areas of state land surface in public ownership are

(1) to make them available on a sustained-yield basis for a variety of beneficial uses including subsistence, . . . sport hunting and fishing, hiking, . . . and other activities of a type which can generally be made available to more people . . . if the land is in public rather than private ownership;

(2) to facilitate mining and mineral leasing by managing appropriate public land for surface uses which are compatible with subsurface uses;

(3) to protect critical wildlife habitat and areas of special scenic, recreational, scientific, or other environmental concern . . . .Id. § 38.04.015.

A.S. 38.04.065(h) provides that after adoption of a regional plan, land classifications shall be made under the adopted plan.Id. § 38.04.065(h).

Regulations at title 11, chapter 55 of the Alaska Administrative Code (A.A.C.) implement A.S. 38.04. An area plan generally has an operative life of about twenty years,See, e.g., 2005 BBAP, supra note 105, at A-10 (definition of “planning period”). and is a regional plan, which must include “land classifications” and “management guidelines and stated management intent, representing department policies to guide the actions of the department when making land use decisions, directing land management and ensuring compatibility among competing land uses.”Alaska Admin. Code tit. 11, § 55.030(a), (c)(4), (c)(6) (2011). “Classification” means “designation of land according to its primary use, and in a manner that will provide maximum benefit to the people of Alaska.”Id. § 55.280(1) (emphasis added). A classification “identifies the primary use for which the land will be managed, subject to valid existing rights and multiple use”; in addition, “the department may authorize other uses that do not conflict with the plan.”Id. § 55.040(c). Classification “reflects surface impacts of surface or subsurface uses, or both.”Id. § 55.040(a). A classification takes effect when the commissioner signs a land classification order, which converts designated uses to land classifications.Id. § 55.272; see also 2005 BBAP, supra note 105, at 4-5 to -6 (“conversion tables”). A parcel may have up to three co-classifications when a particular use is not designated as dominant.See Alaska Admin. Code tit. 11, § 55.040(d) (2011). The regulations establish and define seventeen land classification categories.Id. §§ 55.050–.230. These include a “public recreation land” classification category, defined as including land used for recreational hunting, fishing, and greenbelts along bodies of water.Id. § 55.160. However, the regulations lack a comparable category for land used for subsistence hunting and fishing, even though subsistence is the first use listed in Alaska Stat. §38.04.015(1) (2011), which states the purposes and uses for which land will be planned and classified for retention pursuant to Alaska Stat. §38.04.065(c)(2) (2011). Pursuant to A.S. 38.04.065(c)(2) and A.S. 38.04.015, classifications such as habitat, public recreation, and mineral land require that land so classified remain in public ownership.Alaska Stat. §§ 38.04.065(c)(2), 38.04.015 (2011). Other classifications, such as settlement land and resource management land, do not carry this requirement.

Thus, DNR’s area plans essentially perform two types of functions. First, DNR divides the state land in an area into planning units, designates the primary use(s) of each unit, and upon adoption of the plan, a land classification order converts the designated primary use(s) to “classification(s).” Second, the plan adopts area-wide guidelines and unit-specific statements of management intent. All classifications are, initially, multiple-use classifications, but if uses are incompatible or cannot be made compatible, then a designated use for which a unit is classified has priority over an incompatible undesignated use.See Alaska Admin. Code tit. 11, § 55.040(c) (2011). DNR uses the classifications, guidelines, and statements of management intent to adjudicate applications for permits, leases, rights-of-way, etc., as well as to authorize sales and conveyances.See 2005 BBAP, supra note 105, at 1–5.

Also in 1978, the Legislature established the Wood-Tikchik State Park, which encompasses the Wood River and Tikchik Lakes, which are major sockeye salmon spawning and rearing areas of the Nushagak drainage.Codified at Alaska Stat. § 41.21.161 (2011). The enabling statutes provide that “[t]he fish and wildlife habitat breeding areas in the Wood-Tikchik State Park shall be managed to sustain the fish and wildlife resources of the park in perpetuity.”Codified at Alaska Stat. § 41.21.166 (2011).

6. From 1977 to 1980, Congress Considered and Enacted the Alaska National Interest Lands Conservation Act, Which Establishes the Bristol Bay Cooperative Region.

From 1977 to 1980, Congress actively considered Alaska lands legislation to create or expand conservation system units in Alaska, as initiated by Section 17(d)(2) of ANCSA.See 43 U.S.C. § 1616(d)(2) (2010). The State and Governor Jay Hammond advocated a federal-state cooperative planning region in the Bristol Bay drainages, so as to plan for integrated conservation and development across the fragmented, federal-state-Native land ownership pattern that was emerging there.H.R. Rep. No. 96-97, pt. II, Alaska National Interest Lands Conservation Act, Committee on Merchant Marine and Fisheries 163 (1979). In 1979, the U.S. House of Representatives, Committee on Merchant Marine and Fisheries, reported out H.R. 39, which included a provision to establish a “Bristol Bay Cooperative Region” and a process to develop a cooperative land use planH.R. 39, § 306 in H.R. Rep. No. 96-97, pt. II, Alaska National Interest Lands Conservation Act, Committee on Merchant Marine and Fisheries 16–19 (1979). similar to that developed in conjunction with local communities by the planning agency for the Adirondack Forest Preserve and Park in New York State, where the state legislature had recognized “the unique land ownership pattern” and “the intermingling of public and private lands,” and had mandated a cooperative land use plan “to reflect the actual and projected uses of private lands” in the Adirondack area.H.R. Rep. No. 96-97, pt. II, Alaska National Interest Lands Conservation Act, Committee on Merchant Marine and Fisheries 163 (1979).

In early 1980, the Department of the Interior issued several supplements to the 1974 EISs on proposed federal conservation units. These included a supplement to the 1974 EIS on the proposed Iliamna Natural Resource Range.See, e.g., Dep’t of the Interior, Final Environmental Impact Supplement On Alternative Administrative Actions for The Proposed Iliamna National Resource Range (1980). It addressed the possibility that Congress would not act, and proposed two alternatives: (1) withdrawing the federal land under Section 204(c) of the Federal Land Policy and Management Act to create an Iliamna National Wildlife Refuge administered by the U.S. Fish and Wildlife Service (USFWS); or (2) withdrawing the federal land under the Antiquities Act to create a national monument administered by USFWS.Id. at i. Such an area would be closed to new mining claimsId. at iii–iv. and would have included land at and adjacent to what are now the Pebble claims and other deposits in the area.See id. at 11 (Map 2, Land Status). As the federal legislation evolved, Congress moved the federal lands in the Alagnak drainage (which had been within the 1974 proposed Iliamna Natural Resource Range) into the proposed expansion of the Katmai National Monument that would be re-named the Katmai National Park and Preserve, and moved the lands surrounding the southern portion of Lake Clark into the proposed Lake Clark National Park and Preserve. Also, because Native selections had become clearer since the 1974 EIS, the fragmented land ownership pattern had also become clearer.

bbay_lands_map3

Map 3. Land Status, 1980 Supplement to EIS on Proposed Iliamna National Resource Range.

Meanwhile, the State in 1978 had filed applications under the Statehood Act to select nearly all federal land within the Iliamna proposal.See id. at 17 (Map 4, State lands applied for November 14, 1978). This included top-filing state selections on most Native village selections.

bbay_lands_map4

Map 4. State Sections of November 14, 1978, in 1980 Supplement to EIS on Proposed Iliamna National Resource Range

Regarding the EIS supplements, DNR consolidated and attached state agency comments,Id. at 83–117. which included those of DNR’s Division of Geological and Geophysical Survey, which documented known mineral deposits, and found that “[m]uch of the Iliamna National Resource Range has a relatively low mineral potential,” but that a portion of the area was “considered to have high mineral potential.”Id. at 96–98 (Memorandum from T. K. Bundtzen, Mining Geologist, DNR Div. of Geolog’l. & Geophys. Surveys, to J. Wickes, Acting Dir., DNR Div. of Planning and Research (Apr. 22, 1980)). DNR’s cover letter to these consolidated state agency comments stated:

With respect to the Iliamna supplement in particular, the State would like to see the option of state ownership elevated to an “Alternative Action” from its present position as a mere possibility under the “No Action” alternative. We think such treatment is justified for several reasons. First, the State’s ownership interest in the Iliamna-Nushagak area has long been a matter of record. The State has, through a systematic land evaluation and selection process, identified some 4 million acres of land in this area as being suitable and desirable for state ownership. The State’s interest here relates to these lands’ habitat value for the Bristol Bay salmon fishery.Id. at 84 (Letter from A. Mathews, Dir., DNR Div. of Res. & Dev., to Area Dir., Heritage Cons. and Rec. Serv., DOI, and to Area Dir., USFWS, DOI (May 5, 1980)) (emphasis added).

Thus, the stated overarching reason that the State of Alaska sought to acquire lands in the Kvichak and Nushagak drainages was because of their “habitat value for the Bristol Bay salmon fishery,” notwithstanding the fact that the State was also aware of mineral deposits in the area. Similarly, the comments of the Alaska Department of Fish and Game (ADF&G) on the Iliamna supplement focused on the fragmented land ownership. ADF&G estimated that Native corporations would eventually own about 1.4 million acres, and the State about 0.1 million acres, of the 3-million-acre proposed range.See id. at 113 (Letter from R. Skoog, Comm’r, ADF&G, to J. Katz, Spec. Counsel to Governor (May 8, 1980)).

The State’s desire to obtain the lands to protect fish, and the fragmented pattern of ownership, led Congress to enact, instead, Title XII of ANILCA, which seeks federal-state cooperation in land use planning.See ANILCA, Pub. L. 96-487, §§ 1201–03, 94 Stat. 2371, 2466–72 (1980). Section 1201 established the Alaska Land Use Council. It had federal and state co-chairs and was composed of representatives of the various federal and state agencies, and two representatives selected by ANCSA regional corporations.Id. Section 1201(j)(1) required the Council to “recommend cooperative planning zones” consisting of areas in which the management of lands or resources by one landowner materially affects the management of lands or resources of another owner or owners including the Bristol Bay drainages.Id. This section also encourages federal members to enter into cooperative agreements with the State and local agencies and with Native Corporations for mutual consultation and coordination of resource management plans and programs within such zones.Id. With respect to lands, waters, and interests which are subject to cooperative agreement, Section 1201(j)(2) authorizes the Secretary of the Interior to provide technical and other assistance to the non-federal landowners with respect to fire control, trespass control, law enforcement, resource use, and planning, without reimbursement if the Secretary determined that to do so would further the purposes of the cooperative agreement and would be in the public interest.Id.

Section 1203 establishes the Bristol Bay Cooperative Region, containing all land from the Bering Sea coast in the vicinity of Quinhagak, Alaska, east across the drainages of the Nushagak and Kvichak Rivers, and south to the end of the Alaska Peninsula, except National Park Service land.94 Stat. at 2470–72. Section 1203 states that the land in the cooperative region is generally depicted on a map entitled “Bristol Bay-Alaska Peninsula,” dated October 1979. See also State of Alaska & U.S. Dep’t of the Interior, Proposed Bristol Bay Cooperative Management Plan and Revised Draft Environmental Impact Statement (1984) [hereinafter Proposed BBCMP] (including map of the cooperative planning area). Section 1203 directed that if the State elected to participate, then the Secretary of the Interior and the State would prepare a cooperative land use plan, for which the purposes were to be as follows:

(1) to conserve the fish and wildlife and other significant natural and cultural resources within the region;

(2) to provide for the rational and orderly development of economic resources within the region in an environmentally sound manner;

(3) to provide for such exchanges of land among the Federal Government, the State, and other public or private owners as will facilitate the carrying out of paragraphs (1) and (2);

(4) to identify any further lands within the region which are appropriate for selections by the State under §6 of the Alaska Statehood Act and this Act; and

(5) to identify any further lands within the region which may be appropriate for congressional designation as national conservation system units.94 Stat. at 2470–72. Both §§ 1201 and 1203 of ANILCA are silent about affected Alaska Native tribal entities. Neither invokes the government-to-government relationship these entities have with the United States for purposes of land use planning. This omission will be addressed further below.

ANILCA affirmed the validity of the state land selections filed in 1978 and opened to state selection all land previously classified under the Classification and Multiple Use Act.94 Stat. at 2438–39. Hence, on November 2, 1981, BLM cancelled eight old land classifications under that Act, totaling 32 million acres in Alaska, including the 6.5-million-acre Iliamna Unit classification issued in 1967, when the land there was still 99.8% federally owned.Cancellation of Classification of Public Lands, 46 Fed. Reg. 56,058 (Nov. 2, 1981). In understatement, BLM explained that “numerous actions” affecting these lands had occurred since these old classifications, in particular the passage of ANSCA and ANILCA, and that “[m]uch of the classified land has been selected by the State of Alaska or Native corporations, or has been included in new national parks, forests, and wildlife refuges”; and, consequently, the cancellations were “primarily for record clearing purposes.”Id. Thus, within the watersheds of Iliamna Lake and the Nushagak River, the State would become the predominant owner of most uplands, while Native corporations would own substantial riparian and littoral lands.

7. From 1981 to 1984, the State and Federal Governments, and Local Interests, Tried Cooperative Land Use Planning Within the Bristol Bay Cooperative Planning Region, Progressed Almost to Completion, but Ultimately Failed.

From 1981 to 1984, the Alaska Land Use Council pursued a federal-state cooperative land use plan under Section 1203 of ANILCA.See Proposed BBCMP, supra note 145. To do so, the Council established an eight-member Bristol Bay Study Group composed of a representative of each of the Alaska Department of Fish and Game, Alaska Department of Natural Resources, Aleutians East Coastal Resource Service Area, Bristol Bay Borough Coastal Management Planning District, Bristol Bay Coastal Resource Service Area, the Bureau of Land Management, the U.S. Fish and Wildlife Service, and the Bristol Bay Native Association (BBNA) to represent diverse “Native Interests.”Id. at 1–3. In 1983, during this effort, BBNA passed resolutions opposing any land disposals in the region and urging the Alaska Legislature to enact legislation to manage exclusively for subsistence and recreational uses all lands within five miles of the Nushagak River (including its major tributaries Nuyakuk, Mulchatna, Kokwok, Koktuli, Swan, King Salmon, and Chichitnok rivers), the Kvichak River, and Iliamna Lake.Id. at G-174. If BBNA’s resolution requesting state legislation had led to such a statute, the current dispute over the Pebble deposits would have been avoided, because they are within five miles of the Koktuli River and the Pebble claims were staked in 1986, as noted below. The resolution refers to the “Chichitna” River which is outside the Bristol Bay drainages, so the author assumes this was a typographic error and meant the Chichitnok River, a major tributary to the Nushagak River.

Ultimately, the Council and the Study Group did not succeed. On August 6, 1984, Governor Sheffield notified the Secretary of the Interior that the State was withdrawing from the cooperative planning process, because it had broken down over issues of state oversight and enforcement of the plan on federal lands and federal oversight and enforcement of the plan on state lands.Letter from Bill Sheffield, Governor, State of Alaska, to William P. Clark, Sec’y of the Interior (Aug. 6, 1984) (on file with State of Alaska Archives). In essence, the disparate ownership of land defeated cooperative planning for the fish and wildlife that are oblivious to such ownership distinctions.

8. From 1984 to 2005, the State’s 1984 Bristol Bay Area Plan Gave Primary Recognition to Fish and Wildlife and Public Uses of Them by Classifying all Twelve Million Acres of State Uplands and Beds of Freshwaters as Habitat.

On September 14, 1984, acting under state land use planning statutes at A.S. 38.04, the Alaska Department of Natural Resources adopted, jointly with the Alaska Department of Fish and Game and the Alaska Department of Environmental Conservation, the twenty-year 1984 Bristol Bay Area Plan for State Lands.See 1984 BBAP, supra note 104. The 1984 BBAP designated fish and wildlife habitat as a primary use of all twelve million acres of state-owned or state-selected land in the Bristol Bay drainages,Id. at Map, Primary Land Uses on State Lands (in PDF document at 248); see also id. at 3-1 to -71. so a DNR land classification order classified all the land accordingly to the land classification categories at 11 A.A.C. 55.050–.230.See id. at 3-1 to -71, 5-1 to -2; see also 2005 BBAP, supra note 105, at 4-5 to -6 (conversion tables). With respect to all land above the high tide line, the 1984 BBAP made co-designations, such as (1) habitat/public recreation land, (2) habitat/public recreation/oil and gas land, or (3) habitat/public recreation/mineral land.1984 BBAP, supra note 104, at Map, Primary Land Uses on State Lands. In the case of lands at and proximate to what are now the Pebble claims, the 1984 BBAP co-designated all the land as habitat/public recreation land and a portion as habitat/public recreation/mineral land.Id. Corresponding co-classifications resulted.See 1984 BBAP, supra note 104, at 5-1 to -2, and ch. 3, Units 6, 10; see also 2005 BBAP, supra note 105, at 4-5 to -6 (conversion tables). The effect of co-designating and co-classifying land as habitat/public recreation/mineral land is that all three uses are “primary” uses. Under 11 A.A.C. 55.040(c), these co-classifications, in effect, required that any mineral development be compatible with habitat and public recreation, because all three designations and classifications were “peers” of each other, such that any one of the three designated uses did not take precedence over another.

bbay_lands_map5_update

Map 5. Primary Uses/Land Classifications, Kvichak and Nushagak Drainages, from 1984 BBAP.

In adopting the 1984 BBAP, DNR contemporaneously issued Mineral Closing Order (MCO) No. 393, effective September 13, 1984. It closes to new mineral entry approximately 214,000 acres of state land comprised of sixty-four anadromous streams and adjacent uplands for one hundred feet on each side of the ordinary high-water mark, including Upper Talarik Creek and much of Koktuli River, where these streams traverse lands that would later be adjacent to, or in proximity to, the Pebble claims.See Alaska Dep’t of Natural Res., MCO No. 393 (Sept. 13, 1984), available at http://dnr.alaska.gov/projects/las/Case_Abstract.cfm?FileType=MCO&FileNumber=393&LandFlag=y (last visited Mar. 22, 2012) (Website provides a summary of MCO No. 393. Page numbers in following citations are from “attachments”). The closures are based on “findings of the [DNR] Commissioner” that “development of mining claims [within this area] creates an incompatible surface use conflict with salmon propagation and production, and jeopardizes the economy of the Bristol Bay region and the management of the commercial, sport and subsistence fisheries in the Bristol Bay area,” and that “the best interest of the state and its residents” is served by the mineral closure.Id. at 2 (Findings of the Commissioner). This action was supported by a similar, and accompanying, more detailed “Justification for Stream Closures.”Id. at 13–23 (Attachment 2: Justification for Stream Closures). At that time, DNR was apparently concerned about placer mining and processing in or near anadromous fish streams, and the Pebble hard rock mining claims were yet to be staked.“Placer mining” involves mining for loose precious metals (e.g., gold nuggets) deposited in or adjacent to stream beds. Hence, when MCO No. 393 closed streams and adjacent lands, it was directed at placer mining. “Hard rock mining” is mining deposits in solid rock and processing of ore, as would occur at the Pebble deposit.

The 1984 BBAP responded favorably to BBNA’s 1983 resolution by calling for an interagency study by DNR, ADF&G, BLM and USFWS to address the concept of creating “special management corridors or public reserve lands that would be managed entirely and exclusively for traditional and public recreational uses,” and “the need for cooperative land management agreements to ensure maintenance of fish and wildlife used for subsistence and recreation.”  The 1984 BBAP called for this study to be “coordinated with private land owners (particularly Native corporations), lodge owners, guides, sport fish organizations and other interested parties.”1984 BBAP, supra note 104, at 5-8.

With respect to recreation, the 1984 BBAP recognized that “[t]he Bristol Bay region has long been known by sportsmen for its trophy fishing and big game hunting opportunities.”Id. at 2-30. The 1984 BBAP co-designated (and DNR therefore co-classified) the vast majority of uplands and shorelands—about 11 million acres—for public recreation.Id. at Map, Primary Land Uses on State Lands. This estimate is based on the map of designated uses. It defined “recreation” as including virtually “all forms of outdoor public recreational activities, ranging from hunting and fishing to river-floating and snowmachining.”Id. at B-3.

In 1986, Cominco American, Inc. staked and recorded the first of its Pebble claims.Alex Prud’homme, The Ripple Effect: The Fate of Freshwater in the Twenty-First Century 305–06 (2011).

In 1988, Alaska Department of Natural Resources, the Alaska Department of Fish and Game, and the Bristol Bay Coastal Resource Service AreaThe Bristol Bay Coastal Resource Service Area is a special service area created for the purpose of coastal management to allow its residents to participate in local coastal management even though the area is not within an organized borough. Bristol Bay Coastal Resource Service Area Coastal Management Plan, Final Plan Amendment 2 (Jan. 2008), available at http://alaskacoast.state.ak.us/District/DistrictPlans_Final/BBCRSA/BB_Final_Plan_Amendment.pdf.  published a resource assessment of the Nushagak-Mulchatna drainage, in order prepare a Nushagak-Mulchatna Rivers Recreation Management Plan, adopted by DNR in 1990 as an amendment to the 1984 BBAP.See Alaska Dep’t of Natural Res., Nushagak & Mulchatna Rivers Recreation Management Plan (1990), available at http://dnr.alaska.gov/mlw/planning/mgtplans/nushagak_mulchatna/pdf/Nushagak_&_Mulchatna_Rivers_Recreation_Management_Plan.pdf. This assessment arose in part out of public concerns for both subsistence and recreation, and it sought to protect both, minimize conflicts, and protect existing recreational quality.Id. at 1. The Nushagak-Mulchatna Rivers Recreation Management Plan of 1990 (1990 Rivers Plan) applied to all state land in the Nushagak-Mulchatna drainage.Id. It did not classify or reclassify land, but instead created three designations for the level of recreational development that DNR would permit on these state lands, that is, (1) semi-developed, (2) semi-primitive, and (3) primitive.See id. at 5. The lands in the Koktuli River drainage in proximity to the western portion of the Pebble claims were designated as primitive.Id. Long-term uses associated with mining and mineral exploration would be allowed if consistent with the applicable guidelines of the 1990 Rivers Plan and those aspects of management intent other than prohibitions.Id. at 11. Thereafter, the Bristol Bay Coastal Resources Service Area Board adopted the 1990 Rivers Plan as a plan for an “Area Meriting Special Attention” under the Alaska Coastal Management Program.See Bristol Bay Coastal Resource Service Area Coastal Management Plan, Final Plan Amendment, supra note 169, at 2. Alaska Statute § 46.40.210 defined an “area which merits special attention” as
a delineated geographic area within the coastal area which is sensitive to change or alteration and which, because of plans or commitments or because a claim on the resources within the area delineated would preclude subsequent use of the resources to a conflicting or incompatible use, warrants special management attention, or which, because of its value to the general public, should be identified for current or future planning, protection, or acquisition; these areas, subject to the department’s definition of criteria for their identification, include:
(A) areas of unique, scarce, fragile or vulnerable natural habitat, cultural value, historical significance, or scenic importance;
(B) areas of high natural productivity or essential habitat for living resources;
(C) areas of substantial recreational value or opportunity;
(D) areas where development of facilities is dependent upon the utilization of, or access to, coastal water;
(E) areas of unique geologic or topographic significance which are susceptible to industrial or commercial development;
(F) areas of significant hazard due to storms, slides, floods, erosion, or settlement; and
(G) areas needed to protect, maintain, or replenish coastal land or resources, including coastal flood plains, aquifer recharge areas, beaches, and offshore sand deposits.
Alaska Stat.
§ 46.40.210 (repealed 2011).

9. In 2000, the Alaska Board of Fisheries Adopts a Sustainable Salmon Management Policy that Addresses Habitat, Establishes a “Precautionary Approach” to Scientific Uncertainty, and Guides the Board’s Interaction with Other Agencies.

In 2000, the Alaska Board of Fisheries adopted its “Policy for the Management of Sustainable Salmon Fisheries.”Alaska Admin. Code tit. 5, § 39.222 (2011). The Policy recognizes a need for “sound, precautionary, conservation management practices” and for a framework of “guiding principles and criteria,” including a “precautionary approach” to be used by the Board in managing fisheries and in dealing with other agencies on matters of habitat.See id. § 39.222(a). The Policy states that its goal “is to ensure conservation of salmon and salmon’s required marine and aquatic habitats, protection of customary and traditional subsistence uses and other uses, and the sustained economic health of Alaska's fishing communities.”Id. § 39.222(b). Then, it establishes “principles and criteria” for managing salmon fisheries, including many that focus on protecting habitat before harm occurs, as opposed to mitigation of harm or restoration of harm. These include

(1) wild salmon stocks and the salmon’s habitats should be maintained at levels of resource productivity that assure sustained yields as follows:

(A) salmon spawning, rearing, and migratory habitats should be protected as follows:

(i) salmon habitats should not be perturbed beyond natural boundaries of variation;

(ii) scientific assessments of possible adverse ecological effects of proposed habitat alterations and the impacts of the alterations on salmon populations should be conducted before approval of a proposal;

. . .

(iv) all essential salmon habitat in marine, estuarine, and freshwater ecosystems and access of salmon to these habitats should be protected; essential habitats include spawning and incubation areas, freshwater rearing areas, estuarine and nearshore rearing areas, offshore rearing areas, and migratory pathways;

(v) salmon habitat in fresh water should be protected on a watershed basis, including appropriate management of riparian zones, water quality, and water quantity;

(B) salmon stocks should be protected within spawning, incubating, rearing, and migratory habitats;

. . .

(D) effects and interactions of introduced or enhanced salmon stocks on wild salmon stocks should be assessed; wild salmon stocks and fisheries on those stocks should be protected from adverse impacts from artificial propagation and enhancement efforts;

. . .

(5) in the face of uncertainty, salmon stocks, fisheries, artificial propagation, and essential habitats shall be managed conservatively as follows:

(A) a precautionary approach, involving the application of prudent foresight that takes into account the uncertainties in salmon fisheries and habitat management, the biological, social, cultural, and economic risks, and the need to take action with incomplete knowledge, should be applied to the regulation and control of harvest and other human-induced sources of salmon mortality; a precautionary approach requires

(i) consideration of the needs of future generations and avoidance of potentially irreversible changes;

(ii) prior identification of undesirable outcomes and of measures that will avoid undesirable outcomes or correct them promptly;

. . .

(iv) that where the impact of resource use is uncertain, but likely presents a measurable risk to sustained yield, priority should be given to conserving the productive capacity of the resource;

(v) appropriate placement of the burden of proof, of adherence to the requirements of this subparagraph, on those plans or ongoing activities that pose a risk or hazard to salmon habitat or production;

(B) a precautionary approach should be applied to the regulation of activities that affect essential salmon habitat.Id. § 39.222(c) (emphasis added).

The Policy provides that the Board and Alaska Department of Fish and Game shall use these principles, including the “precautionary approach,” in corresponding with other governmental agencies and officials to address matters of habitat “outside the authority of the department or the board.”Id. § 39.222(d)(6). Thus, like Section 404(c) of the Clean Water Act, the Policy seeks to protect salmon habitat, regardless of land ownership, by establishing “principles and criteria.” Moreover, like EPA’s potential use of Section 404(c) in this instance before permit applications are filed, the Policy includes a “precautionary approach” for protecting habitat before harm occurs, as opposed to mitigation of, or restoration of, harm after it occurs. In other words, EPA’s potential use of Section 404(c) is consistent with the State’s Policy for the Management of Sustainable Salmon Fisheries.

C. From 2005 to Present, DNR’s 2005 Bristol Bay Area Plan Departs from the State’s Long History of Giving Primary Recognition to Managing Uplands to Protect Fish and Fisheries

On April 19, 2005, DNR adopted its current 2005 Bristol Bay Area Plan.2005 BBAP, supra note 105 (DNR Commissioner’s adoption signature inside cover). With respect to fish and wildlife habitat, the 2005 BBAP states a goal of protecting fish and wildlife habitatId. at 2-8. and establishes guidelines for mitigating harm to “habitat areas,”Id. which appears to refer to lands for which the designated primary use is “habitat.” However, the 2005 BBAP reduces the inland upland acreage for which habitat is designated a primary use, and classified as such, by ninety-three percent—from nearly 12 million acres in the 1984 BBAP1984 BBAP, supra note 104, at 1-5. to 768,000 acres in the 2005 BBAP.2005 BBAP, supra note 105, at 4-4. The 2005 BBAP acknowledges that “[m]ost of the areas designated ‘Ha’ [meaning habitat areas] are tidelands, shorelands, and submerged land areas; few upland management units were given this designation.”Id. at 2-9.

The 2005 BBAP designates the lands at and surrounding all mineralized areas, including the Pebble claims and other metallic sulfide deposits, as solely as mineral land, and DNR therefore classified them as such.Id. at 3-102, -109, -111, -112, -118, -175 (lands designated solely mineral, such that mining and mineral exploration are the sole primary use, are: Units R06-03 (“Shotgun”), R06-18 (“Sleitat”), R06-23 (“Pebble”), R06-24 (“Pebble Streams”), R06-36 (“Kemuk”) and R10-02 (“Pebble2”); see also Land Classification Order No. SC 04-002 in 2005 BBAP supra note 105, at app. B. The only uplands that retained a habitat designation are in several stream corridors of the Nushagak drainage, and in legislatively designated fish and game refuges.See 2005 BBAP, supra note 105, at Map 0-5, Land Use Designations (appended to 2005 BBAP digitally at http://dnr.alaska.gov/mlw/planning/areaplans/bristol/index.htm). See generally id. at 3-1 to -323. With respect to the Koktuli River and adjacent state lands, they are designated (1) as solely “mineral land” within drainages of the upper reaches of the North and South Forks of the Koktuli River where the Pebble claims and other mining claims are located, (2) as solely “public recreation land” downstream to the confluence of the North and South Forks, and (3) as “habitat” downstream from there.Id. at Map 0-5, Land Use Designations (appended to 2005 BBAP digitally at http://dnr.alaska.gov/mlw/planning/areaplans/bristol/index.htm). With respect to Upper Talarik Creek and adjacent state lands, they are designated (1) as solely “mineral land” within the upper reaches where the Pebble claims and other mining claims are located, and (2) as solely “public recreation land” downstream to Iliamna Lake.Id.

bbay_lands_map6_update

Map 6. Primary Uses/Land Classifications, Kvichak and Nushagak Drainages, from 2005 BBAP.

To accomplish the ninety-three percent reduction in “habitat”-classified lands from the 1984 BBAP, the 2005 BBAP uses the following definition of “habitat” and the following list of “fish and wildlife categories” to determine whether land should be designated and classified as habitat.

B. Allowing Uses in Fish and Wildlife Habitats (Ha). These habitats are defined as Areas [sic] that serve as a concentrated use area for fish and wildlife species during a sensitive life history stage where alteration of the habitat and/or human disturbance could result in a permanent loss of a population or sustained yield of the species.[This definition of “habitat” differs from 11 AAC 55.230, which defines the wildlife habitat land classification category for purposes of land use planning, as follows:
Land classified wildlife habitat is land which is primarily valuable for (1) fish and wildlife resource production, whether existing or through habitat manipulation, to supply sufficient numbers or a diversity of species to support commercial, recreational, or traditional uses on an optimum sustained yield basis; or (2) a unique or rare assemblage of a single or multiple species of regional, state, or national significance.
Alaska Admin Code tit. 11, § 55.230 (2011).
] Fish and wildlife categories used to identify "Ha" (Habitat) designations in this plan include the following:

• Anadromous fish spawning and rearing areas in fresh water or brackish intertidal zones

 • Estuaries important for rearing or schooling of anadromous fish

Kelp beds covering large areas that are important marine nurseries

Pacific herring spawning and rearing concentrations areas

Eel grass beds that are important marine nurseries

• Waterfowl and/or shorebird concentration areas

Seabird breeding habitat within each colony area of 500 birds and a two-mile radius around major breeding colonies (more than 20,000 birds)

• Bald eagle nest sites or nest site areas, and known concentrations

Sea lion haulouts and rookeries

• Harbor seal haulouts and rookeries

Walrus haulouts and rookeries

Sea otter pupping areas

• Bear concentration areas (including concentrations by season)

• Important wildlife migration corridors, including nearshore migration routes.2005 BBAP, supra note 105, at 2-9 (emphasis added).

This list, and DNR’s application of it, is at the heart of the ninety-three percent reduction in "habitat" classifications, including lands located at, and in proximity to, the Pebble claims and other areas now designated and classified as solely mineral land. DNR’s list and application of it have four significant problems.

First, DNR’s list uses primarily marine-related “fish and wildlife categories” to determine whether or not inland uplands far from the marine environment, should be designated and classified as "habitat." By this illogical scheme, DNR concludes that few uplands merit "habitat" classification.Id.

Second, no type of caribou or moose habitat is included in DNR’s list. Yet, for example, the Pebble area has been a caribou calving area in recent years, and DNR continued to recognize it as such in the process that created the 2005 BBAP.Alaska Dep’t of Natural Res., Div. of Mining, Land & Water, Bristol Bay Area Plan, Planning Regions, Caribou Herds and Critical Habitat (May 1, 2003) (prepared for the 2005 BBAP). Moreover, calving areas are an essential type of caribou habitat,1984 BBAP, supra note 104, at B-1. and part of the Upper Talarik drainage is moose winter habitat,Alaska Dep’t of Natural Res., Div. of Mining, Land & Water, Bristol Bay Area Plan, Planning Regions, Moose Habitat (May 1, 2003) (prepared for the 2005 BBAP). which is an essential type of moose habitat.1984 BBAP, supra note 104, at B-1.

Third, although DNR’s list includes anadromous fish areas, DNR’s 2005 BBAP applies this criterion only to the beds of waters that are navigable under “title navigability” law, which in Alaska means navigable by a boat used by a guide for guiding customers.See 2005 BBAP, supra note 105, at 3-23 to -30 (list of navigable shorelands and designated primary uses of them). As said previously, shorelands are defined by AS 38.05.965(20) as lands beneath waters that are navigable for legal purposes of state ownership under the law of title navigability, by which a state at statehood receives title to the beds of all waters that are navigable, meaning that they are susceptible to commerce at statehood, which in Alaska means navigable by a boat used by a guide for guiding customers. See State of Alaska v. Ahtna, Inc., 891 F.2d 1401, 1404–05 (9th Cir. 1989). This has no relevance whatsoever to salmon habitat. But the result is that under the 2005 BBAP, only the beds of navigable-for-title anadromous fish waters retained their 1984 "habitat" classification, while the beds of non-navigable-for-title anadromous fish waters, such as Upper Talarik Creek and the upper reaches of the North and South Forks of the Koktuli River, did not retain a protective "habitat" designation.See 2005 BBAP, supra note 105, at 3-323 to -330, 3-175. This list of navigable shorelands and classification of them is by “regions” identified in the 2005 BBAP. Upper Talarik Creek is in Region 10 and is not on that portion of the list. Koktuli River is in Region 6. Accordingly, the beds of non-navigable-for-title anadromous fish streams, including those at or proximate to the Pebble claims and other mineralized areas, lost their prior “habitat” classifications and are now classified solely as mineral land. This is based on DNR’s arbitrary practice of using title navigability, which is irrelevant to fish and their habitats, to determine which streams qualify as habitat.

Fourth, even though Iliamna Lake is navigable,Iliamna Lake is roughly seventy-five miles long and up to twenty miles wide. See Division of Land’s Navigability Project, Alaska Dep’t of Natural Res., http://dnr.alaska.gov/mlw/nav/ (last visited Jan. 12, 2011). and even though the state and federal governments have long recognized it as a “principle nursery area” for the Kvichak salmon run ,See, e.g., Letter from Governor Walter J. Hickel, supra note 30; BLM Analysis, supra note 32, at Lands 1–2. the 2005 BBAP retains the prior habitat designation (and therefore classification) only on the eastern half of Iliamna Lake,See 2005 BBAP, supra note 105, at 3-328 (in Region 9, encompassing the eastern half of Iliamna Lake, it is listed as habitat (“Ha”)). and eliminates the prior habitat designation and classification for the western half of Iliamna Lake, into which Upper Talarik Creek flows from the Pebble mining claims.See id. at 3-328 (in Region 10, encompassing the western half of Iliamna Lake, it is not listed as habitat (“Ha”)).

Then, with respect to recreation, the 2005 BBAP defines “recreation” in a manner that literally “does not refer to . . . sport hunting and fishing.”Id. at A-11 (the 2005 BBAP defines “recreation” as: “Any activity or structure intended for recreational purposes, including but not limited to hiking, camping, boating, fishing, and sightseeing. ‘Recreation’ does not refer to subsistence or sport hunting and fishing”) (emphasis in original). By contrast, 11 AAC 55.160 defines the “public recreation land” classification category as: “Land classified public recreation is land that is suitable for recreation uses, waysides, parks, campsites, scenic overlooks, hunting, fishing or boating access sites, trail corridors, or greenbelts along bodies of water or roadways.” Alaska Admin Code tit. 11, § 55.160 (2011). This regulatory definition, like the definition of “recreation” in the 1984 BBAP, includes sport hunting and fishing, while DNR’s definition in the 2005 BBAP emphatically “does not.” This arbitrary definition raises this question: If sport hunting and sport fishing are not recreation for purposes of land use planning, then what are they?Nor does the 2005 BBAP effectively recognize or deal with sport hunting and fishing through its limited habitat designations. As said previously, the 2005 BBAP reduces such designations by ninety-four percent, few uplands received that designation, and the beds of waters that are non-navigable for purpose of legal title did not receive that designation.

Nevertheless, the 2005 BBAP reduces acreage designated and classified as public recreation land by about eighty-seven percent, from about 11 million acres in the 1984 BBAP (always as a co-designation and co-classification with habitat, oil and gas, or minerals),See 1984 BBAP, supra note 104, at Map, Primary Land Uses on State Lands. to about 1,482,000 acres in the 2005 BBAP2005 BBAP, supra note 105, at 4-4. (of which 768,000 acres are co-classified as habitat, as stated above). Thus, the 2005 BBAP also eliminated the prior designation and classification of “public recreation land” on all lands that are designated and classified solely as “mineral” land under the 2005 BBAP, including those lands located at, and proximate to, the Pebble claims.

The 2005 BBAP includes a guideline which supplements 11 A.A.C. 55.040(c)Alaska Admin Code 11, § 55.040(c) (2011) (“A classification identifies the primary use for which the land will be managed, subject to valid existing rights and to multiple use. A land use plan . . . may identify both primary and secondary uses. In addition, the department may authorize other uses that do not conflict with the plan.”) (emphasis added). to state more clearly that a designated primary use takes precedence over an undesignated use:

In management units where a primary use has been designated, activities and authorizations pertaining to that primary designated use may take precedence over other uses . . . . [O]ther uses may also be allowed if they do not foreclose the area for its priority use. . . . However, if DNR determines that a use conflict exists and that the proposed use is incompatible with the primary use, the proposed use shall not be authorized or it shall be modified so that the incompatibility no longer exists . . . .2005 BBAP, supra note 105, at 2-2 to -3 (emphasis added).

Thus, on land designated and classified solely as mineral land under the 2005 BBAP, mining takes precedence over habitat. With respect to the State of Alaska’s history of seeking to manage uplands to protect fish habitat in the Kvichak and Nushagak drainages, the contrast between the 1984 BBAP and the 2005 BBAP is sharp regarding mining. The 1984 BBAP co-designated areas of mineral potential as habitat/public recreation/mineral land so that under the regulations these three uses were “peers” of each other—none had priority over another. By contrast, the 2005 BBAP designates minerals as the sole primary use of land at or proximate to the Pebble deposit and other deposits. Under the foregoing guideline, mining always takes precedence over other incompatible uses, including fish habitat; commercial, subsistence, or sport fishing and hunting; and public recreation. Based on these and other provisions of the 2005 BBAP, its statements of management intent for the units affected by the Pebble claims are that DNR intends “to accommodate mineral exploration and development” and that Pebble mine “is expected to be authorized.”Id. at 3-111, -112, -175 (management intent for Units R06-23 (“Pebble”), R06-24 (“Pebble Streams”), and R10-02 (“Pebble2”)). As stated earlier, under 11 A.A.C. 55.030(c)(6), such statements of management intent are DNR “policies.”

Finally, contemporaneous with adopting the 2005 BBAP on April 19, 2005, DNR also adopted revisions to the Nushagak-Mulchatna Rivers Recreation Management Plan (2005 Rivers Plan).Alaska Dep’t of Natural Res., Nushagak & Mulchatna Rivers Recreation Management Plan (2005) [hereinafter 2005 Rivers Plan], available at http://dnr.alaska.gov/mlw/planning/mgtplans/nushagak_mulchatna_revision/pdf/rrmp_complete.pdf. Both the 2005 BBAP and the 2005 Rivers Plan revisions severed the lands designated and classified as mineral land under the 2005 BBAP from the 2005 Rivers Plan.Id. at 1-6; 2005 BBAP, supra note 105, at 4-17 (2005 Rivers Plan does not apply to lands designated for mining); see also 2005 BBAP, supra note 105, at 3-102, -109, -111, -112, -118, -175 (statements of management intent for lands designated solely mineral exclude application of 2005 Rivers Plan in Units R06-03 (“Shotgun”), R06-18 (“Sleitat”), R06-23 (“Pebble”), R06-24 (“Pebble Streams”), R06-36 (“Kemuk”)). In 2011, the Alaska Legislature allowed the Alaska Coastal Management Program to “sunset,” so it is now repealed. See Alaska Stat. § 46.40 (2012) (identifying each section of 46.40 as repealed). The State now has no program under the federal Coastal Zone Management Act, 16 U.S.C. §§ 1451–1465 (2010). The revisions also severed the previous link between the 1990 Rivers Plan and the Alaska Coastal Management Program, with the result that the 2005 Rivers Plan is not a plan for an area meriting special attention under the Alaska Coastal Management Program, as the 1990 Rivers Plan had been.2005 Rivers Plan, supra note 212, at 1-3.

II. A Perspective on this History

Time's glory is to calm contending kings,

To unmask falsehood and bring truth to light,

To stamp the seal of time in aged things,

To wake the morn and sentinel the night,

To wrong the wronger till he render right,

To ruinate proud buildings with thy hours,

And smear with dust their glittering golden towers;

To fill with worm-holes stately monuments,

To feed oblivion with decay of things,

To blot old books and alter their contents,

To pluck the quills from ancient ravens' wings,

To dry the old oak's sap and cherish springs,

To spoil antiquities of hammer'd steel,

And turn the giddy round of Fortune's wheel.

—William Shakespeare, The Rape of Lucrece

Part I has demonstrated that, during the entire period from 1967 to the present, the federal and state governments shared and stated a common interest in seeking to conserve fish habitat in the Kvichak and Nushagak drainages, to protect commercial, subsistence and sport fisheries, as it became clear over time that these drainages would be permanently divided up among federal, state, Native corporate and other private land ownerships. And at least from 1967 to 2005, both governments sought to manage uplands in these drainages to protect fish, as well as game, and both sought to protect all waters, navigable and non-navigable, that produce the fish and fisheries.

A. Balancing Conservation and Development: A Common Interest in Managing Uplands to Conserve Fish Habitat

During the period from 1967 to 1971, when the land was federally owned, and even after the Secretary of the Interior administratively “froze” state land selections in 1966 pending resolution of Native land claims, the State encouraged federal land use planning to protect uplands as necessary to protect fish. Typical of this period are: (1) the State’s and Governor Hickel’s “enthusiastic” support for BLM’s 1967 6.5-million-acre land classification, which closed substantial portions of Iliamna Lake/Kvichak River drainage to new mining claims, although mineral exploration was occurring, and closed nearly all of that area to state land selections; (2) the Alaska Senate’s resolution opposing the road route from Inishkin Bay to Iliamna (which is now the proposed route to Pebble) out of concern for fish and game habitat; and (3) the unanimous votes of the Alaska Senate and of the Alaska House of Representatives for resolutions that “urgently requested” the federal government “to manage the Kvichak, Naknek, Egegik, and Alagnak watersheds in a manner designed to give primary recognition to the extremely valuable commercial and sport fishing resources existing there.”See S.J.R. 4, 7th Leg. (Alaska 1971); H.J.R. 16, 7th Leg. (Alaska 1971); supra text accompanying notes 37–39.

During the period from 1971 to 2005, the state and federal governments remained committed to managing uplands in the Bristol Bay drainages to protect fisheries, although mineral potential was long known to exist. Both the Department of the Interior and the State recognized that as the pattern of land ownership became fragmented during the 1970s, cooperative planning would be necessary because fish and wildlife ignore distinctions in land ownership. However, differences emerged between the State and federal governments over how to best balance conservation and development, while seeking to manage uplands as necessary to protect fish. The State sought and acquired federal lands in order to protect fish, including lands where the Pebble claims now are located, and sought cooperative land use planning to address fragmented ownership. The Secretary sought to retain the remaining federal lands, establish a wildlife refuge, and pursue cooperative planning in that context. However, these differences remained divorced from any governmental decision related to a specific development project that might have practical effects on fish, wildlife, or public uses of them.

Eventually Congress agreed to the State’s position, and enacted Section 1203 of ANILCA.ANILCA, Pub. L. No. 96-487, § 1203, 94 Stat. 2371, 2470–72 (1980) (codified at 16 U.S.C. § 3183). In effect, both the state and federal governments had concluded that they needed cooperative land use planning between state, federal, and Native entities and interests, similar to what New York State had achieved in the Adirondacks,See supra text accompanying notes 127–29. to manage lands across land ownership boundaries. However, this conclusion still existed in the abstract because no entity had yet confronted a specific major proposed project that would force a choice between habitat conservation and public uses versus permitting the project.

Hence, Section 1203 of ANILCA put the first two purposes of this cooperative planning—that is, (1) to conserve the fish and wildlife and other significant natural and cultural resources within the region and (2) to provide for the rational and orderly development of economic resources within the region in an environmentally sound manner—on an equal footing. This, too, was divorced from any potential project that could constitute a major threat to fish and wildlife, or the public uses of them. In such an abstract situation, cooperative planning for conservation and development across fragmented land ownerships, which lack meaning for fish and wildlife, demanded help from the better angels of our nature to look first to fish before looking at ownership. However, when these angels failed to appear, so too did cooperative planning.

When cooperative planning failed in 1984, the State adopted the 1984 BBAP that resulted in classifying or co-classifying all state land as habitat.See supra text accompanying notes 154–59. The fact that DNR’s land use planning regulations lacked a land classification category for land used primarily for subsistence hunting and fishing, when there is a public recreation land category for land use primarily for sport hunting and fishing, had little or no practical effect because the habitat classifications required that virtually all the affected land be retained and managed as habitat.

However, from 2005 to the present, DNR’s 2005 Bristol Bay Area Plan flies in the face of all the prior history. This is most evident in the falsehoods DNR employs in its 2005 BBAP: (1) it uses primarily marine-related “fish and wildlife categories” to avoid identifying inland uplands far from the marine environment as habitat, which thereby eliminates ninety-three percent of the prior habitat classifications on inland uplands, including lands at and in proximity to mineral deposits; (2) it applies the habitat designation only to the beds of waters navigable for purposes of title, to eliminate prior habitat classifications on non-navigable waters such as those within the Pebble mining claims; and (3) it defines “recreation” to exclude sport hunting and fishing, to eliminate most prior classifications of land as public recreation land, including at the Pebble mining claims.See supra text accompanying notes 182–211. Based on the 2005 BBAP, NDM asserts that the land is “specifically designated for mineral exploration and development.” Path to Development, Northern Dynasty Minerals, http://www.northerndynastyminerals.com/ndm/Path.asp (last visited Jan. 11, 2012). That designation rests upon tenuous devices such as (1) arbitrarily using primarily marine criteria to avoid identifying, designating and classifying inland uplands as habitat, (2) arbitrarily defining “recreation” to exclude sport hunting and fishing, and (3) arbitrarily applying the law of title navigability to determine whether anadromous streams qualify as habitat.

These false methods demonstrate the difficulty of permitting a mine like Pebble mine in a place like the Bristol Bay drainages without putting “fingers on the scale,” even though doing so is contrary to the State’s long history of recognition that such mines and ill-placed roads in the Bristol Bay drainages can adversely affect fish, wildlife, and public uses of them. Moreover, when the 2005 BBAP reduced the acreage designated and classified as habitat by ninety-three percent, and reduced the public recreation land acreage by eighty-seven percent, then the lack of a "subsistence" land use classification category assumes critical significance for subsistence and recreational users alike because both groups benefit from any land classification that retains and manages land for any reason related to hunting, fishing, or habitat.

Two facts may explain why DNR’s 2005 BBAP departs from the prior history. First, by 2005, DNR had recognized both the potential of a Pebble mine and the difficulty of permitting it. So, the 2005 BBAP uses methods that put fingers on the scale, as said above. Second, in November 2002, Alaskans had elected Frank Murkowski as governor. He had been a banker, Alaska’s Commissioner of Economic Development, and President of the Alaska Chamber of Commerce prior to serving as Alaska’s junior U.S. Senator from 1981 to 2002. He served in the Senate after Congress enacted ANCSA in 1971, the Cook Inlet Land Exchange in 1976, and ANILCA in 1980.See Frank H. Murkowski, Biographical Directory of the United States Congress, http://bioguide.congress.gov/scripts/biodisplay.pl?index=m001085 (last visited Jan. 24, 2012). He had not been a state official involved in the State’s history of efforts to conserve the Kvichak and Nushagak drainages from 1967 to 2000,See supra text accompanying notes 30–33, 37–40, 73, 94–101, 128–30, 138, 151–52, 154–67, 169–81 (e.g., (1) State support for BLM’s 1967 classification, (2) S. Res. 14, 6th Leg. (Alaska 1970), (3) S.B. 384, 6th Leg., 2d Sess. (Alaska 1970), (4) S.J.R. 4, 7th Leg. (Alaska 1971) and H.J.R. 16, 7th Leg. (Alaska 1971), (5) enactment of the Bristol Bay Fisheries Reserve, (6) State acquisition of uplands to protect fish through Cook Inlet Land Exchange, (7) State support of a Bristol Bay Cooperative Region in ANILCA, (8) the 1984 BBAP, (9) MCO No. 393, and (10) the Policy for the Management of Sustainable Salmon Fisheries).   or a federal official involved in the federal history of such efforts from 1967 to 1980.See supra text accompanying notes 25–29, 32, 42–61, 67–71, 74–80, 127–34, 140–45, 150–51 (e.g., (1) BLM’s 1967 classification, (2) BLM’s 1971 Iliamna Unit Resource Analysis, (3) ANCSA, § 17(d)(2), (4) the Cook Inlet Land Exchange, (5) the nearly decade-long history and enacted provisions of ANICLA). Because he was never part of the state or federal history, and apparently understood neither, he became the antithesis to Blackstone’s “time whereof the memory of man runneth not to the contrary.”1 William Blackstone, Commentaries *67. That is, the false methods of the 2005 BBAP for which Governor Murkowski is ultimately responsible run contrary to history. Similarly, any public official who is contrary to the entire history becomes vulnerable to all who know it. Therefore, history fosters stability of a 404(c) determination across future federal administrations.

B. Resolving Issues Raised by Metallic Sulfide Mines and Fragmented Land Ownership

From 2005 to the present, the prospect of mining metallic sulfide deposits in these drainages has brought the state government (in the form of its 2005 Bristol Bay Area Plan) and the federal government (in the form of the EPA’s watershed assessment and potential use of Section 404(c)), closer to making practical concrete decisions between the “contending kings”—fish and minerals. Such state and federal actions, although short of agency adjudications of specific permit applications, do relate to specific, potential metallic sulfide mines, such as Pebble mine, and their effects on fish and wildlife habitat.

Viewed from historical perspective, the State’s 2005 BBAP appears to be, in several respects, an aberration—an action completely inconsistent with all that had gone before. It departs from all the State's prior efforts, lasting from 1967 to 2005, through which the State gave primary recognition to valuable commercial and sport fishing resources, acquired uplands in the Kvichak and Nushagak drainages including at Pebble to protect fish, and adopted measures to protect fish and fisheries.

Conversely, and also viewed from historical perspective, EPA’s scientific assessment and potential use of Section 404(c) are consistent with the long history of common federal and state efforts to protect inland uplands related to fisheries in the Kvichak and Nushagak watersheds, particularly in the context of fragmented land ownership.As said previously, EPA's authority under Section 404(c) is well-tailored to protecting fish, wildlife, and waters which disregard land ownership boundaries. See discussion supra Intro. Moreover, EPA’s assessment and potential use of Section 404(c) are consistent with state policy, that is, the following “principles and criteria” in the State’s Policy for the Management of Sustainable Salmon Fisheries:

(1) “[S]cientific assessments of the alterations on salmon populations should be conducted before approval of a proposal . . . .”Alaska Admin. Code tit. 5, § 39.222(c)(1)(A)(ii) (2011) (emphasis added).

(2) “[A]ll essential salmon habitat in marine, estuarine, and freshwater ecosystems and access of salmon to these habitats should be protected; essential habitats include spawning and incubation areas, freshwater rearing areas, estuarine and nearshore rearing areas, offshore rearing areas, and migratory pathways . . . .”Id. § 39.222(c)(1)(A)(iv) (emphasis added).

(3) “[S]almon habitat in fresh water should be protected on a watershed basis, including appropriate management of riparian zones, water quality, and water quantity . . . .”Id. § 39.222(c)(1)(A)(v) (emphasis added).

(4) “[S]almon stocks should be protected within spawning, incubating, rearing, and migratory habitats . . . .”Id. § 39.222(c)(1)(B) (emphasis added).

(5) “[I]n the face of uncertainty,” “essential habitats shall be managed conservatively” through “a precautionary approach involving the application of prudent foresight that takes into account the uncertainties in salmon fisheries and habitat management,” “prior identification of undesirable outcomes and of measures that will avoid undesirable outcomes,” and this “precautionary approach should be applied to the regulation of activities that affect essential salmon habitat.”Id. § 39.222(c)(5) (emphasis added).

As governments and citizens face increasingly concrete decisions having real consequences related to metallic sulfide mining in the Kvichak and Nushagak drainages, informed decisions will require that governmental officials and the public (1) know and understand the facts of what is certain, (2) receive the best information available about what is uncertain, and (3) use methods of addressing uncertainty, such as the “precautionary approach” embraced by the Board of FisheriesId. and the 404(b)(1) Guidelines which EPA uses in making Section 404(c) determinations, including prior to permit applications.See supra note 12 (EPA considers relevant portions of the 404(b)(1) Guidelines in determining “unacceptable adverse effect”). The Guidelines, at 40 C.F.R. § 230.12(a)(3)(iv) (2011), provide that a discharge must be specified as failing to comply with the Guidelines where “[t]here does not exist sufficient information to make a reasonable judgment as to whether the proposed discharge will comply with these Guidelines." This approach reflects the time-honored wisdom of the principle of “Socratic ignorance.” It is the principle that it is wiser to know what one does not know, than it is to believe that one knows what one does not know.

Here, the principles of Socratic ignorance, the precautionary approach, and the 404(b)(1) Guidelines serve everyone involved—regardless of whether one is a proponent or opponent of metallic sulfide mines in these drainages, or a federal, state, local, or tribal official, or a member of the greater public. All share a need to understand what is known and the limitations of what is uncertain about such mines. That explains why, throughout this history, the state and the federal governments have generally given “primary recognition” to the fishery resources of the Bristol Bay area, ahead of mining, roads, and intensive development that could jeopardize the fisheries, and acted accordingly.

To be decisive about whether metallic sulfide mining and perpetual care in the Kvichak and Nushagak drainages are likely to have an “unacceptable adverse effect,” EPA should elucidate what is known, and use the precautionary approach of the 404(b)(1) Guidelines in evaluating what is uncertain, in order to identify for purposes of Section 404(c) what is reasonably likely to occur over time.EPA would be wise to incorporate the precautionary approach or principle into a Section 404(c) document. That approach or principle can be useful for (1) determining whether an application meets the restrictions imposed by a Section 404(c) determination, and (2) establishing a high standard for determining whether to modify a Section 404(c) determination once it is in place, and thereby improve the stability of the Section 404(c) determination. Doing so is consistent with the regulatory definition of “unacceptable adverse effect,” which is stated in terms of an impact which is “likely” to result in “significant degradation” of resources and uses protected by Section 404(c).40 C.F.R. § 231.2(e) (2012).

As EPA has stated in the preamble to its Section 404(c) regulations,Denial or Restriction of Disposal Sites; Section 404(c) Procedures, 44 Fed. Reg. 58,076 (Oct. 9, 1979). Although the Pebble Limited Partnership has spent substantial funds exploring the Pebble claims, neither it nor others have done so with respect to other metallic sulfide deposits allegedly in the vicinity. Conversely, if EPA were to wait for PLP to apply, then PLP (and in effect all claimants) will control the timing of future events, and EPA will have taken a piecemeal approach. In that event, PLP and others will remain in the uncertain position they are in now with respect to other deposits and Section 404(c). Thus, simply waiting is counter-productive to a comprehensive approach, and invites Section 404(c) issues to occur repeatedly in the future if PLP or others seek to develop their mining claims. It is difficult to envision a more appropriate circumstance for “advance prohibition” than this concrete situation in the Bristol Bay drainages. Recalling EPA’s explanation in the 1979 preamble to the final Section 404(c) regulations, supra note 13, is informative. What was abstract “theory” then is specific now, because the magnitude of “X” in the Kvichak and Nushagak drainages is huge. See supra note 13. using Section 404(c) proactively, prior to permit applications, facilitates comprehensive wetlands conservation and planning by developers and by industry so that they can avoid frustrating situations in which someone spends time and money developing a project that is inappropriate, and thus should not be permitted. However, because a Section  404(c) determination is an executive branch action, it is short of more comprehensive land use planning for conservation and development across land ownership boundaries ignored by fish and wildlife, and it cannot address the status or validity of mining claims for metallic sulfides that may—practically and legally speaking—simply be undevelopable. One inescapable fact is that after years of efforts, the Pebble Limited Partnership has yet to produce a design for mining the Pebble deposit safely.

If these mining claims ultimately cannot be developed safely, then government (state or federal) should challenge their validity.For a mining claim to be valid, it must ultimately pass the “marketability test.” See United States v. Coleman, 390 U.S. 599, 602–03 (1968). This test requires the claimant to show that the minerals can be extracted at a profit, id., which may not be possible if they cannot be developed safely. And if a compensable interest is in dispute, then either government should seek a negotiated governmental purchase. Such a purchase would presumably be at a portion of invested value if the claims are undevelopable. Nevertheless, because any government would be ill advised to purchase existing mining claims on ground that could be restaked with new mining claims, such a purchase would depend on the Alaska Legislature enacting legislation that (1) closes the area (or much of it as BLM did and the State supported in 1967) to new mining claims, at least for metallic sulfides; (2) establishes the purposes for which the land will be managed, by requiring that it be managed to protect fish and game habitat, and to protect public uses of fish and game; and (3) allows other uses, such as mining preexisting claims, only if compatible with these purposes, so as to give “primary recognition” to the fish, game and public uses of them.

The facts of what is known (e.g., about the fish and wildlife and uses of them) and what is likely (e.g., the risks posed by metallic sulfide mining) should eventually demand such legislation, because the risks are now more concrete than in the past. In the event of such legislation, both the federal and state governments should participate in funding a buyout of existing mining claims on the metallic sulfide deposits.

Furthermore, for at least five reasons, comprehensive and cooperative land use planning across land ownership boundaries may be more likely to succeed now in the Kvichak and Nushagak drainages, than in the early 1980s when such planning was attempted for all the Bristol Bay drainages. First, the land ownership pattern in the Kvichak and Nushagak drainages has reconsolidated to some extent. It has evolved from (1) nearly total federal ownership before 1971, to (2) a highly fragmented pattern of federal land, state selections, and withdrawals for Native corporate selections in the 1970s, when the Iliamna refuge would have been fifty percent federally owned and fifty percent nonfederal inholdings, to (3) overwhelmingly state ownership of uplands, substantial Native ownership along some rivers, and decreased federal ownership. This reconsolidation may facilitate cooperative comprehensive land use planning.

Second, metallic sulfide mining presents concrete issues involving direct, indirect, and cumulative impacts. These issues bring focus and demand governmental responses, based on what is known and what is likely. This is a significant contrast to previously abstract issues divorced from any particular project. The concrete nature of issues presented by metallic sulfide mining may also facilitate comprehensive planning.

Third, the issues are now focused specifically on the Kvichak and Nushagak drainages, rather than on all the Bristol Bay drainages as occurred in the early 1980s. The current, narrower, geographic focus may also facilitate cooperative comprehensive planning in these two drainages.

Fourth, the role of tribes in cooperative land use planning is potentially much greater and more helpful than it was in 1980, when Congress enacted sections 1201 and 1203 of ANILCA, which afforded a role for Native regional corporations, but none for tribes. Since then, two events have occurred that offer a potential role for tribes. (1) In 1994, Congress enacted the Federally Recognized Indian Tribe List Act, which requires the Secretary of the Interior to publish annually in the Federal Register a list of federally recognized tribes.25 U.S.C. § 479a-1 (2010). This has led to listing Native tribal entities in Alaska for virtually every Native village in Alaska, including those in the Kvichak and Nushagak drainages.See Indian Entities Recognized and Eligible to Receive Services, 75 Fed. Reg. 60,810, 60,813–14 (Oct. 1, 2010). (2) On November 6, 2000, President Clinton issued Executive Order 13,175.Exec. Order No. 13,175, 65 Fed. Reg. 67,249 (Nov. 6, 2000). It requires all federal agencies to consult and coordinate with tribes on “policies that have tribal implications.”Id. Land use is such a policy. Thus, federal participation, either as a land manager such as DOI, or regulatory agency such as EPA, in any future cooperative land use planning process for the Kvichak and Nushagak drainages will trigger the consultation and coordination requirements of Executive Order 13,175 and the government-to-government relationship that the United States has with tribes.Id. This also may facilitate public cooperative comprehensive land use planning among governmental entities, Native corporations, and associated tribes.

Fifth, perhaps most important, local interests in these drainages, such as Native corporations, tribes, and others, have moved forward with cooperative conservation efforts, and have recognized that fragmented land ownership and management is problematic for salmon. The Native village corporation for Dillingham, Alaska, that is, Choggiung Ltd., spearheaded the formation of the Nushagak-Mulchatna-Wood-Tikchik Land Trust, which has focused on acquiring or conserving Native allotment lands at critical locations on rivers and that would otherwise be sold.See Our Mission, Nushagak‑Mulchatna Wood‑Tikchik Land Trust, http://www.nmwtlandtrust.org/who/mission.php (last visited Jan. 11, 2011). The Southwest Alaska Salmon Habitat Partnership is a “Fish Habitat Partnership” which operates through a steering committee composed of Native, governmental, and conservation representativesThe steering committee is composed of representatives of the Nature Conservancy, the Nushagak-Mulchatna/Wood-Tikchik Land Trust, the U.S. Fish & Wildlife Service, the Alaska Department of Fish & Game, the Conservation Fund, the Bristol Bay Native Association, and the Bristol Bay (Regional) Native Corporation. See Southwest Alaska Salmon Habitat Partnership, Strategic Conservation Action Plan for Bristol Bay Watersheds 3 (2011), available at http://www.swakcc.org/documents/SWASHP%20Strategic%20Plan%20-%20Draft%20Final.pdf. under the National Fish Action Plan, which is a program that joins governmental agencies with nongovernmental interests to protect fish habitat.See National Fish Habitat Action Plan, http://fishhabitat.org/ (last visited Jan. 23, 2012).

Since 2001, the Southwest Alaska Salmon Habitat Partnership has acquired approximately 94,000 acres of high value salmon habitat for conservation throughout southwest Alaska at the cost of $14.9 million, including a 21,000-acre conservation easement on village corporation lands in the Wood-Tikchik State Park.See Southwest Alaska Salmon Habitat Partnership, supra note 242, at 9. The Native Village of Koliganek formed its own salmon reserve on village corporation lands.See Bay Times Staff, Koliganek Creates Wild Fish Reserve, Bristol Bay Times, Dec. 3, 2009, at 3,http://www.nature.org/ourinitiatives/regions/northamerica/unitedstates/alaska/baytimesknlreserve12-3-09.pdf. In addition to these direct means to conserve uplands and riparian lands important for salmon, the tribes, local governments, and Native corporations formed the Nushagak-Mulchatna Watershed Council in 1998. It has produced a “Nushagak Watershed Strategic Conservation Plan,”Nushagak-Mulchatna Watershed Council, Nushagak River Watershed Traditional Use Area Strategic Conservation Plan (2007), available at http://www.nature.org/idc/groups/webcontent/@web/@alaska/documents/document/prd_017469.pdf. and “Standards and Practices for Environmentally Responsible Mining in the Nushagak River Watershed,” including a standard that no mine should be permitted that requires perpetual care “to avoid environmental contamination.”Nushagak-Mulchatna Watershed Council, Standards and Practices for Environmentally Responsible Mining in the Nushagak River Watershed 6 (2011).

These successful local efforts indicate that the federal and state governments, which failed at cooperative planning in 1984, should look beyond the immediate situation and Section 404(c) to the future. As part of its watershed assessment and any Section 404(c) determination, EPA should state the limitations of executive branch action under Section 404(c) and the need for all interests to reinvigorate the type of cooperative land use planning and conservation efforts sought originally by Governor Hammond and by Congress in Section 1203 of ANILCA. Reinvigorating that type of process may provide (1) a basis for recommending state legislation necessary to achieve a negotiated purchase by the federal and state governments of existing metallic sulfide claims, based on some portion of invested value, and (2) a decisiveness about whether fish come first, whether metallic sulfide mining is incompatible with fish and other public interests, and whether the precautionary approach helps to address what BLM long ago saw as the risk of incremental, “seemingly minor” habitat losses, which cumulatively have great effect.

If EPA invokes Section 404(c) and concludes that metallic sulfide mining and perpetual care are incompatible with protecting habitat and public uses of fish and game that are subject to protection under Section 404(c), then EPA’s action may lead to an opportunity for government and the public to achieve comprehensive planning for conservation and development across multiple interests and land owners in the Kvichak and Nushagak drainages. Then, the increasingly concrete nature of the issues, now before governments and the public because of the prospect of metallic sulfide mining, should help to get the balance between conservation and development “right” in these drainages, where fish and wildlife traverse property boundaries. This may require a mixture of cooperative planning, federal assistance, state commitment, interest group participation, tribes working with Native corporations, and incentives for village corporations to participate and conserve riparian lands, as Koliganek has done.

III. Conclusion

In this entire history, three points are clear. First, except for the aberrational 2005 BBAP, the state and federal governments, and many local interests, have long shared and acted upon a common understanding that it is necessary to conserve uplands to protect fish in the Kvichak and Nushagak drainages.

Second, the opportunities for successful governmental action to do so, across property boundaries ignored by fish and wildlife, do not happen often. Hence, EPA’s opportunity to use Section 404(c) across such boundaries is probably the best opportunity to conserve important uplands that are within Section  404(c) jurisdiction in these drainages (e.g., anadromous and non-anadromous waters and wetland riparian zones), since the 1967-to-1971 period, when the federal government still owned nearly all the land. In fact, given the various large, metallic sulfide deposits in the area, it is hard to envision that these drainages can remain as productive as they are, absent a 404(c) determination. EPA would be wise to understand that making a 404(c) determination stable across future administrations requires more than science. Doing so also requires understanding history, law in addition to 404(c), even literature, and being able to use all to conserve these drainages.

Third, nothing in this entire history draws the distinction between conservation and development in these drainages more clearly than this choice:

(1) Should government “stay the course” of the many prior efforts by the state and federal governments to give “primary recognition” to fish, wildlife, and public uses in these drainages by invoking Section 404(c) to restrict or prohibit mining the metallic sulfide deposits?; or

(2) Should government depart from that course by permitting such mines, based substantially on the radical aberrations of the 2005 BBAP?

This choice between two “contending kings” “unmasks falsehood,” “brings truth to light,” and “turns the giddy round of Fortune’s wheel.” The choice is easily understood, concrete, not abstract or divorced from an actual potential project. This choice reflects different ways of dealing with uncertainty and the limitations that agencies and stakeholders face regarding metallic sulfide mining in the Kvichak and Nushagak drainages. This choice draws out the fundamental distinction between erring on the side of conservation, and erring on the side of development. And unlike previously abstract choices, this choice does not require an appearance by the better angels of our nature.

The Pebble Limited Partnership seeks to develop one of the world’s largest low-grade copper, gold, and molybdenum deposits located in Southwest Alaska. Although the development could bring economic diversification to a region with few jobs and a high cost of living, the extraction of the sulfidic ore deposit threatens to devastate the region’s economically and culturally vital salmon runs. In an effort to obviate that threat, nine federally recognized tribes, a group of commercial fishers, and 363 sporting conservation groups, businesses, and trade associations have petitioned the Environmental Protection Agency (EPA) to initiate public process under Section 404(c) of the Clean Water Act.

Building upon the arguments in the tribes’ original petition to the EPA, this paper argues that judicial precedent and past agency actions support the use of the Section 404(c) process to protect unique headwater streams by prohibiting the issuance of dredge and fill permits. The EPA should initiate the Section 404(c) process to support the protection of the Bristol Bay Region’s unique ecology.

I. Introduction

Two foreign mining companies, Northern Dynasty Minerals Ltd. of Canada and Anglo American Plc. of England, working jointly as the Pebble Limited Partnership (PLP), have proposed the development of one of the world’s largest, low-grade, copper, gold, and molybdenum deposits in Southwest Alaska.Geoffrey Y. Parker, Pebble Mine: Fish, Minerals, and Testing the Limits of Alaska's “Large Mine Permitting Process.” 25 Alaska L. Rev. 1, 3 (2008) [hereinafter Parker, Testing the Limits]. The proposed mine would be located in the watersheds of the South Fork Koktuli River, North Fork Koktuli River, and Upper Talarik Creek.Nunamta Aulukestai v. State of Alaska, No. 3AN-09-09173-CI, slip op. at 3 (Alaska Super. Ct. Sept. 26, 2011) (court’s findings of fact and conclusions of law); see also Plaintiffs’ Proposed Findings of Fact and Conclusions of Law at 2, Nunamta Aulukestai v. State of Alaska, No. 3AN-09-9173-CI (Alaska Super. Ct. Jan. 31, 2011) (although the trial court did not adopt the plaintiffs’ proposed findings of fact and conclusions of law, the plaintiffs articulated a comprehensive description of the environmental concerns present in the Pebble Region, some of which was adopted by trial court).

These waters are major spawning tributaries of the Kvichak and Nushagak rivers, part of the Bristol Bay drainages.Nunamta Aulukestai, No. 3AN-09-9173-CI, slip op. at 3. The drainages supply the largest commercial sockeye salmon fishery in the world, which accounts for “a major portion of all salmon harvest in the State of Alaska and the world annually.”Id. (internal quotations omitted). In addition to commercial fishing, the Pebble region has important ties to subsistence fish and caribou harvests and is home to world-class recreational fishing and hunting.Parker, Testing the Limits, supra note 1, at 7–8; Letter from Geoffrey Y. Parker to EPA 4 (May 7, 2010) (on file with author) (regarding secondary impacts on subsistence and recreation interests from the proposed Pebble Mine); Plaintiffs’ Proposed Findings of Fact and Conclusions of Law, Nunamta Aulukestai v. State of Alaska, supra note 2, at 3. The unique ecological value of the headwaters of the Kvichak and Nushagak rivers may be threatened by the environmental consequences of large-scale mining, and particularly by acidic run-off and the resultant leaching of toxic metals into ground and surface waters.Parker, Testing the Limits, supra note 1, at 16.

One principal concern is that the applicable permitting processes are not adequately equipped to account for risks associated with massive mineral development in environmentally sensitive areas like the Bristol Bay watershed. One of those processes is permitting under the Clean Water Act (CWA) for the discharge of dredged or fill material.See Letter from Six Federally Recognized Tribes to Lisa P. Jackson, EPA Adm’r, and Dennis J. McLerran, EPA Reg’l Adm’r, Region X 1–2 (May 2, 2010), available at http://ourbristolbay.com/pdf/Tribes-EPA-404c-letter.pdf. Under Section 404 of the CWA, the Army Corps of Engineers (Army Corps) is charged with issuing permits for dredge and fill discharge into navigable waters.33 U.S.C. § 1344(a) (2006). The dredge and fill permitting process works in concert with the National Environmental Policy Act (NEPA) environmental impact statement (EIS) process.Alaska Dep’t of Natural Res., The Process and Requirements for Large Mine Permit Applications in Alaska 2 (2008), http://dnr.alaska.gov/mlw/mining/largemine/may5pptcolor6.pdf. Analysis of alternatives in the EIS process, and consequently the CWA dredging permits analysis,The federal regulation implementing the Army Corps' permitting process for Section 404(b)(1) of the CWA states:
For actions subject to NEPA, where the Corps of Engineers is the permitting agency, the analysis of alternatives required for NEPA environmental documents, including supplemental Corps NEPA documents, will in most cases provide the information for the evaluation of alternatives under these Guidelines. On occasion, these NEPA documents may address a broader range of alternatives than required to be considered under this paragraph or may not have considered the alternatives in sufficient detail to respond to the requirements of these Guidelines. In the latter case, it may be necessary to supplement these NEPA documents with this additional information.
40 C.F.R. § 230.10(a)(4) (2010).
will likely be based in part on the State of Alaska’s 2005 Bristol Bay Area Plan (BBAP), which reclassifies the Pebble area as mineral land and discounts the importance of the region’s habitat.Letter from Six Federally Recognized Tribes to Lisa P. Jackson, EPA Adm’r, and Dennis J. McLerran, EPA Reg’l Adm’r, Region X, supra note 7, at 7; see also 40 C.F.R. § 230.10(a)(4) (2010).

Highlighting the inadequacies of the BBAP and its impact on the permitting process, six federally recognized tribes from the Kvichak and Nushagak river drainage areas petitioned the EPA to initiate public process under Section 404(c) to determine whether to restrict or prohibit dredge and fill discharge into wetlands.Letter from Six Federally Recognized Tribes to Lisa P. Jackson, EPA Adm’r, and Dennis J. McLerran, EPA Reg’l Adm’r, Region X, supra note 7. Specifically, Section 404(c) of the CWA authorizes the EPA to prohibit or withdraw the specification, or to deny, restrict, or withdraw the use for specification, of an area for disposing dredged or fill material.33 U.S.C. § 1344(c) (2006); 40 C.F.R. § 231.1 (2010). The EPA may prohibit the dredge and fill discharge if it “is having or will have an ‘unacceptable adverse effect’ on municipal water supplies, shellfish beds and fishery areas (including spawning and breeding areas), wildlife, or recreational areas.”40 C.F.R. § 231.1 (2010) (emphasis added).

Due to the potential for adverse environmental impacts and the probable inadequacies of the current permitting process, the EPA should respond to the tribes’ petition and initiate public process under Section 404(c) of the CWA.33 U.S.C. § 1344(c) (2006). Public process under Section 404(c) will enable the EPA to gather information about the proposed Pebble Mine development, communicate with the State, developers, and communities, and effectively protect economically and culturally valuable resources and habitat. Although the EPA has begun a scientific assessment of the Bristol Bay watershed and the potential impacts of large-scale development on the region,Press Release, U.S. Envtl. Prot. Agency, EPA Plans Scientific Assessment of Bristol Bay Watershed (Feb. 7, 2011) available at http://yosemite.epa.gov/opa/admpress.nsf/0/8C1E5DD5D170AD99852578300067D3B3. the agency should take a proactive and efficient approach to protecting the Bristol Bay watershed by officially initiating the Section 404(c) process.

This article begins by examining the nature of the environmental, economic, and political risks that the development of the Pebble prospect poses to the Bristol Bay Region.The environmental, political, and social background of the Bristol Bay Region and the Pebble Mine controversy has been covered in detail in other publications. See, e.g., Parker, Testing the Limits, supra note 1. Therefore, this article will attempt to establish only the background information necessary for a discussion of the application of Section 404(c) of the Clean Water Act to the proposed development. Then, this article turns to the regulatory background and the basis for the petition to the EPA that urged the implementation of Section 404(c) process. Section 404(c) will be analyzed in terms of the administrative law frameworkSee, e.g., 40 C.F.R. § 231 (2010). and factors that will inform its implementation and durability, including jurisdiction, judicial review, and analogous agency action. Finally, this article applies the legal precedents, which define the scope of a Section 404(c) process, to the environmental and political context of the Pebble Mine controversy to support the initiation of the Section 404(c) process and to demonstrate the value of Section 404(c) as an essential element of the CWA’s environmental protections.33 U.S.C. § 1251(a) (2006). The Clean Water Act was enacted with stated objective to “restore and maintain the chemical, physical, and biological integrity of the Nation's waters.”

II. Environmental Background

The Pebble prospect is located at the headwaters of Bristol Bay, a region that supports one of the most productive salmon fisheries in the world.Plaintiffs’ Proposed Findings of Fact and Conclusions of Law, Nunamta Aulukestai v. State of Alaska, supra note 2, at 2. The rich ecology of the region is threatened by the development of the massive mining operation.See, e.g., id. at 20 (“The Pebble prospect is primarily a copper deposit . . . . Copper is one of the most toxic elements to aquatic life . . . .”); Geoffrey Y. Parker, Alaska Bar Ass’n, Pebble Mine: Framing Factual, Legal and Policy Questions by Focusing on DNR's 2005 Bristol Bay Area Plan 1–2 (2010) (identifying both “Issues of Potential Biological effect,” including sulfuric acid and metal leaching, and “Issues of Potential Socio-cultural and economic effect,” including effects on subsistence and impacts on commercial fishing and recreational industries); Dave Chambers, Robert Moran, & Lance Trasky, Wild Salmon Ctr. & Trout Unlimited, Bristol Bay’s Wild Salmon Ecosystems and the Pebble Mine: Key Considerations for a Large-Scale Mine Proposal 4 (Jan. 2012) (“The proposed Pebble Mine and the regional mining district it will foster present serious and potentially catastrophic threats to the continued health of Bristol Bay’s aquatic and terrestrial habitats and to the outstanding salmon fisheries that these habitats sustain.”).

A. The Bristol Bay Watershed Contains Unique Ecological, Economic, and Cultural Value

The Bristol Bay Region produces the world’s highest genetic biodiversity of salmonPlaintiffs’ Proposed Findings of Fact and Conclusions of Law, Nunamta Aulukestai v. State of Alaska, supra note 2, at 17. and the world’s largest sockeye salmon fishery.Parker, Testing the Limits, supra note 1, at 7. Its harvests are “five-to-ten times larger than all other Alaska sockeye fisheries, combined,” and account for one-third of all commercial salmon earnings in Alaska.Id. The economy of the Bristol Bay Region is tied to the fisheries, which, in 2005, supplied a total of 5,540 jobs.Id. at 8.

In addition to the salmon fishery, the Bristol Bay watershed also supports world-class recreational trout and king salmon fishing. The South Fork Koktuli is the premier stream for recreational king salmon fishing in the Bristol Bay Region.Plaintiffs’ Proposed Findings of Fact and Conclusions of Law, Nunamta Aulukestai v. State of Alaska, supra note 2, at 18. Within the Pebble prospect, fish surveys have noted the presence of eight anadromous fish species, “including salmonids . . . and Dolly Varden,” as well as ten other resident fish species, “including Arctic grayling, blackfish, burbot, Arctic char, lake trout, longnose sucker, Northern pike, smelt, rainbow trout, and whitefish.”Nunamta Aulukestai v. State of Alaska, No. 3AN-09-09173-CI, slip op. at 4 (Alaska Super. Ct. Sept. 26, 2011) (internal quotations omitted). Additionally, the Pebble prospect includes “designated essential winter and calving habitat for the Mulchatna Caribou Herd, ‘essential stream concentration’ for brown bears, and moose wintering grounds.”Id. Not surprisingly, the Alaska Superior Court has noted that “[p]eople are drawn to this region to enjoy one of the finest sport fishing and hunting areas of the world.”Id.

Biologists have attributed the sustainability of the Bristol Bay sockeye fisheries to, in large part, the diversity of sockeye populations in the region.Ray Hilborn et al., Biocomplexity and Fisheries Sustainability, 100 Proc. Nat’l Acad. Sci. 6564, 6567 (2003). The record returns and catches can also be attributed to, among other factors, “(i) favorable ocean conditions in recent decades, (ii) a single, accountable management agency, and (iii) a well established program of limited entry to the fishery.” Id. at 6564. Although productivity fluctuates over time, one of the essential elements of the Bristol Bay sockeye fisheries is the biocomplexity of the sockeye salmon runs.Id. at 6567. While one stream may be unproductive for a time, it may become the most productive stream in the region as the runs fluctuate. Even streams that are marginally productive in the present may be essential to the biocomplexity that maintains the Bristol Bay runs.Id. Furthermore, in a process described by ecologists as the “portfolio effect,” the diversity of the Bristol Bay sockeye populations throughout the region’s watersheds reduces variability in annual returns for the fishery.Daniel E. Schindler, et al., Population Diversity and the Portfolio Effect in an Exploited Species, 465 Nature 609, 609 (2010) (“Each river stock contains tens to hundreds of locally adapted populations distributed among tributaries and lakes . . . .”). Nutrient-rich headwater areas like the Upper Talarik Creek, the North Fork Koktuli River, and the South Fork Koktuli River provide habitat for salmon rearing, maintaining the abundance of salmon downstream.Plaintiffs’ Proposed Findings of Fact and Conclusions of Law, Nunamta Aulukestai v. State of Alaska, supra note 2, at 18.

The protection of the fisheries lies at the heart of the Pebble Mine controversy. On the one hand, communities and commercial fisheries that depend on the abundant salmon runs fear that the development of the mineral prospect will cause irreparable harm to the base of the regional economy and a way of life.See Edwin Dobb, Alaska's Choice: Salmon or Gold, Nat’l Geographic Mag., Dec. 2010, at 2. On the other hand, fisheries do not maintain the economy of every community in the Bristol Bay Region. Some residents of upstream villages, located closer to the Pebble deposit than the coastal villages, benefit little from the coastal fisheries and the sport-fishing lodges and camps.Id. Thus, for residents in those villages, large-scale development in the region could mean a boost to a struggling economy.Id.; see also Frequently Asked Questions, Pebble Ltd. P’ship, http://www.pebblepartnership.com/project/faqs (last visited Mar. 4, 2011). According to PLP, the mine will bring “a multi-billion capital investment, 1000 high-skill, high-wage operating jobs for 25–30 years, roughly 2000 jobs during construction, hundreds of millions of dollars in annual operating expenditures, local and state taxes to help support public infrastructure and other service in the region, supply and service contracts with spin-off benefits for local communities.” Id.

B. The Development of the Proposed Pebble Mine Threatens the Bristol Bay Watershed

The proposed Pebble Mine is massive in scope, and while it could lead to some economic stimulation, it has the potential to devastate Bristol Bay’s fisheries and unique environment.

The Pebble prospect is approximately 200 miles southwest of Anchorage and 120 miles from Bristol Bay,Id. and it is closest to the communities of Iliamna, Newhalen, and Nondalton.Id. The prospect is expected to contain approximately 80.6 billion pounds of copper, 5.6 billion pounds of molybdenum, and 107.4 million ounces of gold, plus significant amounts of silver, rhenium, and palladium.Id. The estimated value of the prospect ranges from $100 billion to $500 billion;Dobb, supra note 35, at 6. however, a recent preliminary assessment estimated a net smelter return of $120.2 billion.Northern Dynasty Receives Positive Preliminary Assessment Technical Report for Globally Significant Pebble Copper-Gold-Molybdenum Project in Southwest Alaska, PR Newswire, Feb. 23, 2001, http://www.prnewswire.com/news-releases/northern-dynasty-receives-positive-preliminary-assessment-technical-report-for-globally-significant-pebble-copper-gold-molybdenum-project-in-southwest-alaska-116768794.html. The same assessment estimates an initial mine life of only twenty-five years, which could be prolonged through expansions, mainly additional underground development.Id. In comparison, the Bristol Bay salmon fisheries have an estimated value of $120 million annually, a sustainable, long-term source of income.Dobb, supra note 35, at 6.

Although official plans for the mine have not yet been submitted for permitting, development of the Pebble prospect may encompass two mines: Pebble West and Pebble East.Parker, Testing the Limits, supra note 1, at 12–14. Pebble West will likely comprise an open pit mine about 2000 feet deep and two square miles in area.Id. Pebble East will likely be an underground mine of comparable size, but about 5000 feet deep.Id. This development will require massive infrastructure. Specifically, the development may include waste rock dams as large as 740 feet high and three miles long storing reactive tailings; mills; a deep-water port; a 104-mile road; two 100-mile pipelines;Id. and a 378-megawatt natural-gas-fired turbine plant.Northern Dynasty Receives Positive Preliminary Assessment Technical Report for Globally Significant Pebble Copper-Gold-Molybdenum Project in Southwest Alaska, supra note 42. Even in the current exploration stage, the proposed Pebble Mine has become “one of the most extensive and expensive mineral exploration projects” that Alaska has ever seen.Plaintiffs’ Proposed Findings of Fact and Conclusions of Law, Nunamta Aulukestai v. State of Alaska, supra note 2, at 4.

The mineral deposit is composed of a metallic sulfide ore body with both copper-bearing and ferrous metallic sulfides.Parker, Alaska Bar Ass’n, supra note 21. Oxidation of the sulfide minerals leads to acid runoff, which, in turn, dissolves metals such as copper into the waters.Id. Copper is one of the most toxic heavy metals to freshwater and marine life. Ronald Eisler, Handbook of Chemical Risk Assessment: Health Hazards to Humans, Plants, and Animals Volume 1: Metals 93 (Lewis Publishers 2000). Even copper concentrations at the part-per-billion levelPlaintiffs’ Proposed Findings of Fact and Conclusions of Law, Nunamta Aulukestai v. State of Alaska, supra note 2, at 20. lead to accumulation and irreversible harm in aquatic species.Eisler, supra note 53. One way copper impacts the viability of salmon runs is by harming salmons’ sense of smell, which disrupts their ability to navigate to spawning areas and their capacity to identify threats, food, and mates.Plaintiffs’ Proposed Findings of Fact and Conclusions of Law, Nunamta Aulukestai v. State of Alaska, supra note 2, at 20.

The threat of toxic leaching would not be a passing ailment of the mining development. In fact, sulfidic hard rock mines can require water quality treatment in perpetuity.Houston Kempton, Policy Guidance for Identifying and Effectively Managing Perpetual Environmental Impacts from New Hardrock Mines, 13 Envtl. Sci. & Pol’y, 558, 559 (2010). Although the State of Alaska requires financial assurance for the reclamation of mines,See Alaska Stat. § 27.19.040 (2011) (requiring miners to provide individual financial assurance not more than reasonably necessary to ensure faithful performance of a reclamation plan). “[t]he duration expected for water treatment at hard rock mines can exceed the demonstrated durability of all human institutions.”Kempton, supra note 57, at 559. That is, the environmental implications of the proposed Pebble Mine could outlast the state and federal institutions that will mandate the cleanup of the mine site.

III. Regulatory Background 

The proposed development of the Pebble prospect is contingent on permitting from both state and federal agencies. Agency permitting of a large mine in the Bristol Bay Region may not adequately protect the region’s ecology, in part due to the inadequacies of the State’s current Bristol Bay Area Plan (BBAP).See generally Amended Complaint for Declaratory Judgment at 2, Nondalton Tribal Council v. State, No. 3DI-09-46-CI (Alaska Super. Ct. June 9, 2009) (alleging that acts and omissions by the State involving the BBAP were and are unlawful); see also Letter from Six Federally Recognized Tribes to Lisa P. Jackson, EPA Adm’r, and Dennis J. McLerran, EPA Reg’l Adm’r, Region X, supra note 7, at 6–7. The six federally recognized tribes that petitioned the EPA to initiate Section 404(c)’s public process rightly expressed their “doubt that federal agencies can engage in legally required, reasoned decision-making necessary to approve federal permits so long as the 2005 BBAP is in place.”Letter from Six Federally Recognized Tribes to Lisa P. Jackson, EPA Adm’r, and Dennis J. McLerran, EPA Reg’l Adm’r, Region X, supra note 7, at 7.

A. The Bristol Bay Area Plan Undermines Environmentally Sound Land Use Planning

According to the Alaska Department of Natural Resources (ADNR), area plans covering expansive areas of state land are used by the State to delineate “goals, policies, management intent, and guidelines for the use of state land.”Land Use Planning, Alaska Dep’t of Natural Res., http://dnr.alaska.gov/mlw/planning/ (last visited Mar. 4, 2011). Land use is allocated through plan designations, which establish priorities and can, for example, open land to mineral entry.Id.

The BBAP classification of the state land encompassing the Pebble prospectState of Alaska, Bristol Bay Area Plan for State Lands 1-2 to -3 (2005) [hereinafter Bristol Bay Area Plan]. contains several discrepancies in that it (1) uses primarily marine criteria to evaluate inland uplands in habitat designation,Id. at 2-9 to -10. (2) omits consideration of salmon in non-navigable waters for the purpose of determining habitat, Letter from Six Federally Recognized Tribes to Lisa P. Jackson, EPA Adm’r, and Dennis J. McLerran, EPA Reg’l Adm’r, Region X, supra note 7, at 6–7. (3) omits consideration of moose and caribou for the purpose of habitat classification,Bristol Bay Area Plan, supra note 64, at 2-9 to -10. and (4) has no land use classification for subsistence hunting and fishing, but does have a classification for sport hunting and fishing—strangely, the BBAP defines recreation as excluding “subsistence or sport hunting and fishing.”See id. at A-11. The BBAP’s definition of recreation is somewhat ambiguous: “subsistence or sport hunting and fishing,” could be read to exclude all types of fishing or just subsistence fishing. In either reading, the BBAP fails to adequately recognize subsistence interests in its land use criteria.

The BBAP undermines environmental protection in the land encompassing the Pebble prospect by using marine criteria to evaluate inland uplands. The BBAP essentially precludes habitat designations in upland areas, even when they contain sensitive habitat like salmon spawning streams or caribou calving areas.See id. at 2-9 to -10. According to the BBAP, if land is designated as habitat, then any uses of that land that that would result in degradation of resources by, for example, “dredging, filling . . . alteration of flow patterns, discharge of toxic substances, or disturbance during sensitive periods,” are considered incompatible with the intended use of the land and should be excluded.Id. at 2-10. The BBAP disqualifies the protective habitat designation for the land encompassing the Pebble prospect. Further, using its inadequate designation criteria, the BBAP reclassifies the land encompassing the prospect as solely mineral land.Letter from Six Federally Recognized Tribes to Lisa P. Jackson, EPA Adm’r, and Dennis J. McLerran, EPA Reg’l Adm’r, Region X, supra note 7, at 6. This reclassification has already been used by the PLP to justify the development of the Pebble Prospect. See, e.g., Pebble Ltd. P’ship, Introduction to the Pebble Partnership, Northern Dynasty Minerals Ltd. http://www.northerndynastyminerals.com/ndm/Home.asp (last updated Mar. 30, 2011) (follow “Investor Information: Introduction to the Pebble Partnership (WMF, 6 Mb)” hyperlink) (“This is state land, designated for mineral exploration and development”).

In addition to precluding environmentally protective land use designations for the Bristol Bay watershed, the BBAP fails to prioritize subsistence interests. State land use regulations and the BBAP lack a land use classification for subsistence hunting and fishing.Alaska Admin. Code tit. 11, § 55.040 (2001) (“Surface resource classifications include agricultural, coal, forest, geothermal, grazing, heritage resources, material, mineral, oil and gas, public recreation, reserved use, resource management, settlement, transportation corridor, water resources, and wildlife habitat land.”); see also Letter from Six Federally Recognized Tribes to Lisa P. Jackson, EPA Adm’r, and Dennis J. McLerran, EPA Reg’l Adm’r, Region X, supra note 7, at 6–7. Although the BBAP recognizes “harvest areas,” this land use classification is limited to tideland management units.Bristol Bay Area Plan, supra note 64, at 2-15. The harvest area designation recognizes “discrete fish and wildlife areas historically important to a community”; however, like the habitat designation’s marine criteria, the limit of harvest designation to tidelands undermines the recognition of subsistence hunting and fishing interests in the land encompassing the Pebble prospect.

B. Federal Permits and NEPA Review Will Be Tainted by the Faulty Bristol Bay Area Plan

Development of the Pebble prospect will also be subject to federal procedural and permitting requirements.Chamers, supra note 21, at 72–77 (outlining the environmental consequences of the Pebble prospect and how they intersect with the National Environmental Policy Act, the CWA, and the Endangered Species Act); see also Tom Crafford, Alaska Bar Ass’n, Pebble Cu-Au-Mo Project Permitting 4–5 (Sept. 24, 2008), https://www.alaskabar.org/SectionMeetingHandouts/EnvNaturalResources/AK%20BAR%20PebblePrsntn.pdf. By applying for federal authorization, the developers will trigger process under the National Environmental Policy Act (NEPA), which will include the consideration and evaluation of alternatives through an Environmental Impact Statement (EIS).Id.; see also 42 U.S.C. § 4332(C) (requiring a “detailed statement” covering, inter alia, “(i) the environmental impact . . . (ii) any adverse environmental effects which cannot be avoided . . . (iii) alternatives to the proposed action . . . .”). The analysis of alternatives will provide information for the Army Corps when it decides whether to issue permits under Section 404 of the CWA.33 U.S.C. § 1344 (2006); see also 40 C.F.R. § 230.10(a)(4) (2010). Under the implementing regulations for the EIS process, the federal agencies must “integrate [EIS]s into State or local planning processes,” and “reconcile” any inconsistencies between the federal action and the state plan—because of that requirement, the alternatives analysis will likely be influenced by the inadequate definitions of the BBAP.See 40 C.F.R. § 1506.2 (2010) (“Agencies shall cooperate with State and local agencies to the fullest extent possible to reduce duplication between NEPA and comparable State and local requirements.”); see also Letter from Six Federally Recognized Tribes to Lisa P. Jackson, EPA Adm’r, and Dennis J. McLerran, EPA Reg’l Adm’r, Region X, supra note 7, at 6.

In addition to the impact of the inadequate BBAP, the EIS process may also be subject to informational deficiencies because the PLP terminated Technical Working Groups (TWGs).See Letter from Six Federally Recognized Tribes to Lisa P. Jackson, EPA Adm’r, and Dennis J. McLerran, EPA Reg’l Adm’r, Region X, supra note 7, at 5–6. The TWGs were established to enhance communication between the PLP and state and federal authorities as the PLP conducted studies in preparation of the permitting process.Technical Working Group Steering Committee, Pebble Project: Revised TWG Guidelines 1 (2009), available at http://dnr.alaska.gov/mlw/mining/largemine/pebble/twg/rev1proto.pdf. Although the TWGs did not establish policy or have decision-making authority, they guided the PLP’s environmental and project design studies and therefore shaped the environmental impact information available to state and federal permitting authorities.See id.

The EPA may alleviate some informational deficits of the EIS process through its recently initiated scientific assessment of the Bristol Bay watershed. In its scientific assessment, the EPA will focus on the Nushagak and Kvichak watersheds,Press Release, U.S. Envtl. Prot. Agency, supra note 16. which include the Pebble prospect. Although the EPA’s analysis will likely provide valuable environmental data for the region, its focus—assessing the impacts of large-scale development in generalId.—may not be sufficiently tailored to fill the informational gap left by the abandonment of the TWGs.

IV. Section 404(c) of the Clean Water Act

The EPA should initiate public process under Section 404(c) of the CWA as the six federally recognized tribes have urged.See Letter from Six Federally Recognized Tribes to Lisa P. Jackson, EPA Adm’r, and Dennis J. McLerran, EPA Reg’l Adm’r, Region X, supra note 7, at 6–8. The tribal petitionThe number of petitioning tribes has since increased to nine. Press Release, U.S. Envtl. Prot. Agency, supra note 16. has been endorsed and echoed by various interest groups who have sent letters to the EPA urging the agency to initiate the Section 404(c) process. These groups include the Alaska Independent Fishermen’s Marketing Association,Letter from Six Federally Recognized Tribes to Lisa P. Jackson, EPA Adm’r, and Dennis J. McLerran, EPA Reg’l Adm’r, Region X, supra note 7, at 1. the Alaska Wilderness Recreation & Tourism Association,Alaska Wilderness Recreation & Tourism Ass’n, AWRTA Urges EPA to “Veto” Pebble Mine, Visit Wild Alaska (Jan. 11, 2011), http://www.visitwildalaska.com/whats_new/?m=20110. and 363 sporting conservation groups, businesses, and trade associations.Letter from 363 Sporting Conservation Groups, Businesses, and Trade Associations to EPA (Feb. 24, 2011), available at http://www.nationalparkstraveler.com/files/Sportsmen-Bristol%20Bay.pdf. Although the EPA is conducting a scientific assessment of the Bristol Bay watershed, the EPA emphasized that its decision to assess the watershed was not a regulatory determination: the agency has yet to decide whether it will initiate public process under Section 404(c).See Press Release, U.S. Envtl. Prot. Agency, supra note 16.

This section outlines the jurisdictional reach of the EPA’s Section 404(c) authority and the procedural elements of Section 404(c) public process. First, the EPA’s CWA jurisdiction encompasses the development of the proposed Pebble Mine, making the exercise of Section 404(c) at the mine site within the EPA’s jurisdictional authority. Second, the statutory language and procedural requirements of Section 404(c) support a precautionary and democratic approach to preventing unacceptable adverse impacts on waters from dredge and fill activities.

A. The EPA’s Clean Water Act Jurisdiction Encompasses the Pebble Prospect

Section 404 of the CWA extends the regulatory jurisdiction of the EPA and the Army Corps over navigable waters,33 U.S.C. § 1344(a) (2006). which includes wetlands, tidal waters, and fresh waters.U.S. Army Corps of Eng’rs, Regulatory Jurisdiction Overview 2–3, available at http://www.usace.army.mil/Portals/2/docs/civilworks/regulatory/reg_juris_ov.pdf. More specifically, agency regulations have interpreted navigable waters as “waters of the United States,” encompassing tributaries,Marjorie A. Shields, Annotation, What are “Navigable Waters” Subject to Federal Water Pollution Control Act, 160 A.L.R. Fed. 585 (2000). “rivers, streams . . . [or] ‘wetlands,’ ” that could be used for recreation by interstate or foreign travelers, or to harvest fish or shellfish for interstate or international commerce.40 C.F.R. § 122.2 (2010).

The Pebble deposit falls within the Army Corps and the EPA jurisdictions under Section 404 because development of the prospect would require discharge of dredged or fill material into waters of the United States.See Parker, Testing the Limits, supra note 1, at 5. The development of the mine will likely require stream diversion channels, about nine linear miles of dams and embankments, and other activities necessary for the development of open pit and underground mining, including dewatering the mines by pumping and relocating groundwater.Id. at 12–16. The mine will impact rivers and creeks that meet the jurisdictional definition of navigable waters.See Rapanos v. United States, 547 U.S. 715, 739 (2006) (limiting the jurisdiction of the Army Corps under Section 404 to “relatively permanent, standing or continuously flowing bodies of water”).

B. The Substance and Procedure of Section 404(c) are Protective and Precautionary

Section 404 governs the “discharge of dredged or fill material into the navigable waters at specific disposal sites,” and enables the Secretary of the Army to issue permits for the discharge and to specify disposal sites.33 U.S.C. § 1344(a)–(d) (2006). When specifying disposal sites, the Army Corps must adhere to regulations established by the EPA Administrator;33 U.S.C. § 1344(b) (2006). therefore, the EPA’s rulemaking authority grants the EPA has some initial oversight in the Army Corps’ permitting of dredging and filling.See id. Nevertheless, perhaps the EPA’s ability to prohibit permits of specific projects is its most powerful tool to oversee the Army Corps’ permitting.See 33 U.S.C. § 1344(c) (2006).

Under Section 404(c) of the CWA, the EPA is authorized to “prohibit the specification (including the withdrawal of specification) of any defined area as a disposal site, and . . . to deny or restrict the use of any defined area for specification (including the withdrawal of specification) as a disposal site,” if, after notice and public hearings, the Administrator of the EPA determines that the dredging or filling discharge “will have an unacceptable adverse effect on municipal water supplies, shellfish beds and fishery areas (including spawning and breeding areas), wildlife, or recreational areas.”Id. (emphasis added). In essence, this provision enables the EPA to halt the dredging and filling of navigable waters, their tributaries, and associated wetlands if the dredging and filling will cause unacceptable environmental impacts.Stacy L. Davis et al., Veto Power of the EPA Administrator, 11A Fed. Proc., L. Ed. § 32:925 (2010).

Although Section 404(c) grants broad authority to the EPA, the agency has adopted specific procedures for prohibiting site specification and permitting.See 40 C.F.R. § 231 (2010). Regulations clarify that the EPA may prohibit the specification of a discharge site even “before a permit application has been submitted to or approved by the Corps.”This ability is important. Although it is within the Administrator's discretionary authority it weighs against Alaska Governor Sean Parnell's assertion that the EPA should wait to initiate Section 404(c) process until after permit applications have been submitted. Initiating this process prior to permit applications is embraced by the agency’s interpretation of the Clean Water Act. 40 C.F.R. § 231.1 (2010). Therefore, the EPA may begin the process of investigating a prohibition for a given location well in advance of receiving any applications.Id. Along with the statutory grant to prohibit specification—that is, “to prevent the designation of an area as a present or future disposal site,”40 C.F.R. § 231.2(b) (2010).—EPA’s proactive authority implies that the EPA must base its Section 404(c) determination on an analysis of a specific aquatic environment and its unique sensitivities.See Davis et al., supra note 101.

An EPA Regional Administrator may initiate the Section 404(c) process where, based upon available information, the Regional Administrator has reason to believe that “an ‘unacceptable adverse effect’ could result from the specification or use for specification of a defined area for the disposal of dredged or fill material . . . .”40 C.F.R. § 231.3(a) (2010) (emphasis added). An unacceptable adverse effect is interpreted as, “impact on an aquatic or wetland ecosystem which is likely to result in significant degradation of municipal water supplies (including surface or ground water) or significant loss of or damage to fisheries, shellfishing, or wildlife habitat or recreation areas.”Id. § 231.2(e) (emphasis added). The EPA must also consider the permitting guidelines that the EPA laid out for the Army Corps under Section 404(b)(1).Id.; Id. § 230.5 (2010) (outlining permitting guidelines). Although to prohibit permits through Section 404(c) the EPA must ultimately find that activity “will have an unacceptable adverse effect,”33 U.S.C. § 1344(c) (2006) (emphasis added). the EPA can initiate the process if it finds the possibility, not certainty, of an unacceptable adverse effect. The EPA drafted the principle of precautionary action into these regulations.See 40 C.F.R. § 231.3(a) (2010).

Once the Regional Administrator concludes that unacceptable adverse impacts could result from the dredge and fill activity, the Regional Administrator publishes notice of a proposed determination.Id. After notification, the Regional Administrator holds a public comment period and, if the Regional Administrator finds “a significant degree of public interest,” a public hearing.Id. § 231.4(a), (b) (2010). Note that (b) says that a hearing should be held near the affected site. Because of the political dichotomy of the Bristol Bay region, public sentiment and interest may play a prominent role in the hearing process and, therefore, significantly affect the record for the Regional Administrator's proposed determination. Due to the contentious nature of the proposed development of the Pebble prospect, it is likely that a public hearing will be warranted and that the administrative record will abound with testimony and comments.See id. After a comment period and a public hearing, the Regional Administrator will either withdraw the proposed determination, which initiated Section 404(c) process, or issue “a recommended determination to prohibit or withdraw specification, or to deny, restrict, or withdraw the use for specification, of the disposal site because the discharge of dredged or fill material at such site would be likely to have an unacceptable adverse effect.”Id. § 231.5(a) (2010) (emphasis added). Note that the probability of harm required for action increases with each step of the administrative process, requiring that the dredging and filling could, likely, and, finally, will have an unacceptable adverse effect on the environment. The Regional Administrator’s recommended determination will then be reviewed by the EPA Administrator.40 C.F.R. § 231.6 (2010).

After consulting with the Army Corps, the landowner, and, if applicable, the State and the permit applicant, the EPA Administrator will make a “final determination affirming, modifying, or rescinding the recommended determination.”Id. The final determination will include a description of any necessary corrective action, make findings, and outline the EPA’s reasoning.Id. In its regulations, the EPA defines the final determination as a final agency action, thereby triggering the possibility of judicial review.Id.; see also 5 U.S.C. § 704 (2006).

V. Judicial Review of Section 404(c) Actions

Even though a court may review a Section 404(c) determination as a final agency action, a court may also scrutinize the EPA for its preliminary determination of whether or not to initiate Section 404(c) process.See Alliance to Save the Mattaponi v. U.S. Army Corps of Eng’rs, 515 F. Supp. 2d 1, 10 (D.D.C. 2007). If the EPA’s final agency action is to deny a petition to initiate the Section 404(c) process, then potential plaintiffs may have two possible avenues to challenge the agency’s decision: (1) judicial review for abuse of discretion under the Administrative Procedures Act (APA), or (2) a citizen suit to force the EPA to carry out a nondiscretionary duty of oversight. Although it is possible for a citizen suit seeking to enforce a nondiscretionary duty of oversight to survive a motion to dismiss, the judicial precedent discussed below indicates that an APA challenge is more tenable. The criteria which courts apply in undertaking an APA review of Section 404(c) actions will likely influence both the EPA’s decision to initiate or withhold Section 404(c) process as well as the durability of a Section 404(c) determination.

A. Challenging a Decision to Deny a Petition to Initiate Section 404(c) Process under the APA

In at least one recent case, the court has allowed plaintiffs to bring an APA claim against the EPA for withholding Section 404(c) process.Alliance to Save the Mattaponi, 515 F. Supp. 2d at 8 (allowing judicial review). While a court could interpret the EPA’s authority to initiate Section 404(c) process as purely discretionarySee, e.g., 40 C.F.R. § 231.3 (2010) (“[T]he Regional Administrator . . . may initiate . . . .”) (emphasis added).—and therefore precluded from judicial review under the APAThe APA precludes judicial review for actions “committed to agency discretion.” 5 U.S.C. § 701(a)(2) (2006). See, e.g., Cascade Conservation League v. M.A. Segale, Inc., 921 F. Supp. 692, 699 (W.D. Wash. 1996) (precluding judicial review).—the language of Section 404(c) sufficiently restricts the EPA’s authority so that a court can review a Section 404(c) determination, even when the agency declines to take action.See Alliance to Save the Mattaponi, 515 F. Supp. 2d at 8–10.

In two federal opinions, each published over sixteen years ago, the courts held that the EPA’s discretion to decline to initiate Section 404(c) process is unreviewable under the APA. First, in Cascade Conservation League v. M.A. Segal, Inc., the U.S. District Court for the Western District of Washington held that it lacked subject matter jurisdiction to review claims against the EPA for failing to review an Army Corps’ determination to apply farming exceptions to Section 404 permitting.Cascade Conservation League, 921 F. Supp. at 699. The court analogized the EPA’s failure to act with prosecutorial decisions,See Heckler v. Chaney, 470 U.S. 821, 831 (1985). which are “generally committed to an agency’s absolute discretion,” and are therefore unreviewable under Section 701(a)(2) of the APA.Cascade Conservation League, 921 F. Supp. at 699 (internal quotations omitted). However, the plaintiffs in Cascade Conservation League “did not even attempt to identify statutory criteria” to guide the court’s review of the agency’s discretion, perhaps failing to adequately highlight Section 404(c)’s specific language couching the EPA’s discretion.Id. Section 404(c) expressly guides the EPA’s decision-making authority by limiting dredge and fill prohibitions to circumstances were the EPA Administrator finds that the dredging and filling “will have an unacceptable adverse effect on municipal water supplies, shellfish beds and fishery areas (including spawning and breeding areas), wildlife, or recreational areas.” 33 U.S.C. § 1344(c) (2006).

Second, the U.S. District Court for the Northern District of Georgia held that Section 404(c) gave the EPA unreviewable discretionary authority to issue or to withhold Section 404(c) process.Pres. Endangered Areas of Cobb's History, Inc. (“P.E.A.C.H.”) v. U.S. Army Corps of Eng’rs, 915 F. Supp. 378, 381 (N.D. Ga. 1995), aff'd sub nom. Pres. Endangered Areas of Cobb's History, Inc. v. U.S. Army Corps of Eng’rs, 87 F.3d 1242 (11th Cir. 1996). That court emphasized the language of Section 404(c) stating that the “Administrator is authorized to prohibit . . . and authorized to deny or restrict the use of any defined area for specification.”Id. (quoting 33 U.S.C. § 1344(c) (2006)). This holding would leave interested parties at the mercy of the discretion of the Army Corps and the EPA. Even the court recognized the plaintiff’s dilemma, “the Corps cannot be sued as the Secretary is not named within the statute, and the EPA cannot be sued because the Section 404(c) determination is a discretionary function.”Id.

However, in 2007 a federal court allowed interested parties to bring an APA claim against the EPA for withholding Section 404(c) process.See, e.g., Alliance to Save the Mattaponi v. U.S. Army Corps of Eng’rs, 515 F. Supp. 2d 1, 8 (D.D.C. 2007); S. Carolina Coastal Conservation League v. U.S. Army Corps of Eng’rs, CA 2:07-3802-PMD, 2008 WL 4280376, at *8 (D.S.C. Sept. 11, 2008). In Alliance to Save the Mattaponi v. United States Army Corps of Engineers the U.S. District Court for the District of Columbia reasoned that the APA allowed interested parties to sue the EPA for withholding Section 404(c) process.Alliance to Save the Mattaponi, 515 F. Supp. 2d at 8–9. First, the court concluded that judicial review of the EPA’s exercise of its CWA authority is not limited to citizen suits, but that claims regarding discretionary action can be reviewed under the APA.Id. at 7; see also 33 U.S.C. § 1365(a)(2) (2006) (allowing for citizen suits against the EPA Administrator for abdicating nondiscretionary acts or duties only). Second, the court emphasized that the APA’s prohibition on judicial review of action “committed to agency discretion by law”5 U.S.C. § 701(a)(2) (2006). is limited to circumstances where “the statute is drawn in such broad terms that in a given case there is no law to apply.”Alliance to Save the Mattaponi, 515 F. Supp. 2d at 7–8 (quoting Citizens to Preserve Overton Park, Inc. v. Volpe, 401 U.S. 402, 410 (1971)) (internal quotations omitted). In the case of Section 404(c), there is a “meaningful standard against which to judge the agency’s exercise of discretion,”Id. at 7 (quoting Heckler v. Chaney, 470 U.S. 821, 830 (1985)). namely that the EPA’s authority applies “whenever [it] determines . . . that the discharge . . . will have an unacceptable adverse effect . . . .”Id. at 7–8 (quoting 33 U.S.C. § 1344(c) (2006)). Therefore, the EPA does not have absolute discretion in initiating Section 404(c): the EPA can be sued under the APA and the court, under the reasoning of the D.C. federal district court in Alliance to Save the Mattaponi, will look at whether the EPA’s decision was based on an analysis of unacceptable adverse effects.

In addition to concluding that courts may scrutinize the EPA’s Section 404(c) initiation decision, the court held that the fact that the plaintiffs were suing the EPA for inaction does not preclude judicial review.Id. at 9–10. A claim based on the EPA’s failure to initiate Section 404(c) process is directed at a final agency action: the denial of a request for Section 404(c) process, even though “the agency ‘did’ nothing.”Id. at 8–10. Therefore, even if the EPA withholds Section 404(c) public process, that agency’s decision is reviewable under Section 706(2) of the APA.Id. at 10. Compare 5 U.S.C. § 706(2) (2006), with 5 U.S.C. § 706(1) (2006). By taking no action in response to a petition to initiate Section 404(c) process, the EPA may be held accountable for abusing its discretion.

B. Enforcing a Non-Discretionary Duty of Oversight through a Citizen Suit

In addition to suits challenging the EPA’s exercise of discretionary Section 404(c) authority, interested parties may be able to use the CWA’s citizen suit provision33 U.S.C. § 1365(a)(2) (2006). to compel EPA oversight of the Army Corps’ Section 404 permitting.See S. Carolina Coastal Conservation League v. U.S. Army Corps of Eng’rs, CA 2:07-3802-PMD, 2008 WL 4280376, at *8 (D.S.C. Sept. 11, 2008) (allowing judicial review). However, courts have been reluctant to allow these citizen suits to proceed absent some “substantial failure” in meaningful oversight.See Alliance to Save the Mattaponi, 515 F. Supp. 2d at 5.

The U.S. District Court for the District of South Carolina applied Fourth Circuit precedent in Coastal Conservation League v. United States Army Corps of Engineers to accept jurisdiction of a suit against the EPA for failing to select a less-damaging alternative to a permitted development project; specifically, the EPA never initiated Section 404(c) process.S. Carolina Conservation League, 2008 WL 4280376, at * 1. The court emphasized that the EPA is “ultimately responsible for the protection of the wetlands,” under Section 404.Id. at *6 (quoting Nat'l Wildlife Fed'n v. Hanson, 859 F.2d 313, 315–16 (4th Cir. 1988)). From that responsibility stems a “duty of oversight,” which should be read alongside the citizen suit provision33 U.S.C. § 1365(a)(2) (2006). so that “a plaintiff may maintain a citizen suit . . . when the [EPA] Administrator fails to exercise the duty of oversight imposed by [Section 404(c)].”S. Carolina Conservation League, 2008 WL 4280376, at *8 (internal quotations omitted). Although the court did not outline circumstances where a court will hold that the EPA has breached its duty of oversight, if the Army Corps’ permitting processes cannot adequately protect the waters, public process under Section 404(c) may be the only way for the EPA to effectively ensure the protection of wetlands and fulfill its duty of oversight.

However, in allowing plaintiffs to bring a citizen suit against the EPA through the CWA to enforce a nondiscretionary duty, this court arguably precluded simultaneous abuse of discretion claims under the APA. First, the APA only enables suits “for which there is no other adequate remedy in a court,” and, second, CWA citizen suits may only be used to enforce a nondiscretionary duty, not discretionary authority.Id. (quoting 5 U.S.C. § 704 (2006)). A plaintiff would probably have to choose to bring either a suit under the APA or a CWA citizen suit.

One weakness of a CWA citizen suit is that a court may find that the EPA fulfilled its oversight duty through very superficial involvement in Army Corps’ permitting. For example, in Alliance to Save the Mattaponi, where the court rejected a CWA citizen suit claim but allowed APA abuse of discretion review,Alliance to Save the Mattaponi v. U.S. Army Corps of Eng’rs, 515 F. Supp. 2d 1, 5 (D.D.C. 2007). the court emphasized that “[o]nly if (and even this proposition is uncertain) the [citizen suit] claim was one of a substantial failure to engage in meaningful oversight could the claim survive a motion to dismiss.”Id. Because the EPA in that case had monitored the Army Corps’ permitting process, the court found it had performed its duty of oversight, even though the EPA declined to initiate public process under Section 404(c).Id.; see also United States v. Sensient Colors, Inc. CIV. 07-1275 (JHR), 2009 WL 394317, at *5 (D.N.J. Feb. 13, 2009) aff’d, 649 F. Supp. 2d 309 (D.N.J. 2009) (“the CWA’s citizen suit provision only provides federal jurisdiction when the government fails to perform a nondiscretionary duty, not when a duty is performed erroneously.”) (citing Cascade Conservation League v. M.A. Segale, Inc., 921 F. Supp. 692, 698 n.8 (W.D. Wash. 1996). If this narrow interpretation of the EPA’s oversight duty is applied to the context of the Pebble prospect, then there is a chance that a court will interpret the EPA’s initiation of a scientific assessment of the Bristol Bay watershed as sufficient oversight to preclude a finding of a “substantial failure to engage in meaningful oversight.”Alliance to Save the Mattaponi, 515 F. Supp. 2d at 5. However, if the Army Corps’ permitting fails to protect the watershed from unacceptable adverse effects, then Section 404(c) public process is the only meaningful way for the EPA to oversee the protection of wetlands, making withholding the process a substantial failure of oversight.

Still, even if a citizen suit to enforce a nondiscretionary duty of oversight is less likely to be successful because of the difficulty in proving a substantial failure of oversight, courts have recognized that the EPA has an affirmative duty to oversee the Army Corps’ permitting: that recognition can bolster arguments in an APA abuse of discretion claim. Even in Alliance to Save the Mattaponi, where the court dismissed the nondiscretionary duty citizen suit claims, the court ultimately held that the EPA abused its discretion in withholding Section 404(c) process by basing its determination on reasons other than an analysis of unacceptable adverse effects to the environment.Alliance to Save the Mattaponi v. U.S. Army Corps of Eng’rs, 606 F. Supp. 2d 121, 126, 140 (D.D.C. 2009), appeal dismissed per stipulation, No. 09-5201, 2009 WL 2251896, at *1 (D.C. Cir. July 1, 2009).

C. Criteria for APA Abuse of Discretion Review in the Context of Section 404(c)

An action under the APA may be anticipated if the EPA either denies a Section 404(c) petition or if the agency successfully carries out the Section 404(c) process.See Alliance to Save the Mattaponi, 515 F. Supp. 2d at 8–10. Interested parties can use judicial review to pressure the EPA to initiate the Section 404(c) process and carry out its prohibitory authority, but the efficacy of that pressure will depend both on the scope of judicial review and the criteria the courts apply when scrutinizing the EPA’s exercise of its Section 404(c) discretion.See generally 5 U.S.C. § 706(2) (2006).

The successful use of Section 404(c) to prevent the Army Corps from issuing dredge and fill permits has been reviewed under the APA’s deferential abuse of discretion standard.See Alameda Water & Sanitation Dist. v. Reilly, 930 F. Supp. 486, 491 (D. Colo. 1996); City of Alma v. United States, 744 F. Supp. 1546, 1557 (S.D. Ga. 1990); see also 5 U.S.C. § 706(2)(A) (2006). In a recent case reviewing the EPA’s prohibition at the Two Forks project, the court asked whether the decision to initiate Section 404(c) was “arbitrary and capricious or contrary to law.”Alameda Water & Sanitation Dist., 930 F. Supp. at 489–91. Although another case, which dealt with the withdrawal of Section 404 permits at the Lake Alma project,City of Alma, 744 F. Supp. at 1549. also applied the “highly deferential” abuse of discretion standard of review, it appeared to scrutinize the EPA’s decision more rigorously.See id. at 1557. The court asked whether the EPA had “considered relevant factors and articulated a satisfactory explanation for its decision.”Id. at 1562; see also Barclay v. U.S. Army Corps of Eng’rs, No. CIV. 06-CV-368-SM, 2008 WL 413845, at *9 (D.N.H. Feb. 14, 2008) (holding that the Army Corps’ “reasonable, logical, and thorough explanation” of a permitting decision is sufficient to survive abuse of discretion review). The relevant factors and the content of the EPA’s explanation for its decision may be determined, in part, by the adequacy of the Army Corps’ permitting for the project and by the EPA’s scope of authority under the CWA.

The EPA has a strong obligation to initiate Section 404(c) process when the Army Corps’ permits would not adequately prevent unacceptable adverse impacts.See, e.g., S. Carolina Coastal Conservation League v. U.S. Army Corps of Eng’rs, CA 2:07-3802-PMD, 2008 WL 4280376, at *8 (D.S.C. Sept. 11, 2008) (affirming that the EPA may have a “duty of oversight”). The Army Corps is generally bound by the guidelines established by the EPA pursuant to Section 404(b)(1).33 U.S.C. § 1344(b)(1) (2006). Two points, however, may be useful for the context of the Pebble prospect. First, the Army Corps must consider recreational interests in permitting.Am. Littoral Soc. v. Herndon, 720 F. Supp. 942, 950 (S.D. Fla. 1988). This may become important because of the BBAP’s impact on Army Corps’ permitting process and exclusion of sport hunting and fishing from the area plan’s definition of recreation.See Letter from Six Federally Recognized Tribes to Lisa P. Jackson, EPA Adm’r, and Dennis J. McLerran, EPA Reg’l Adm’r, Region X, supra note 7, at 6–7. Second, if the Army Corps’ permitting decision “is based upon conclusions in an EIS which are not arrived at in good faith or in a rational and reasoned manner,” the action is “necessarily arbitrary.”Sierra Club v. U.S. Army Corps of Eng’rs, 614 F. Supp. 1475, 1516 (S.D.N.Y. 1985). This may be important if the NEPA analysis for the Pebble prospect is based upon the inadequate BBAP.See Letter from Six Federally Recognized Tribes to Lisa P. Jackson, EPA Adm’r, and Dennis J. McLerran, EPA Reg’l Adm’r, Region X, supra note 7, at 7–8; see also 40 C.F.R. § 1506.2 (2010) (“Agencies shall cooperate with State and local agencies to the fullest extent possible to reduce duplication between NEPA and comparable State and local requirements.”). In either situation, if the Army Corps issues a permit based upon the inadequate BBAP, not only is there a chance that the permit may not withstand judicial review, there is also a possibility that the EPA would not be able to “articulate[] a satisfactory explanation for its decision,” making a determination to withhold public process under Section 404(c) likely to be struck down.City of Alma v. United States, 744 F. Supp. 1546, 1562 (S.D. Ga. 1990).

In addition to considering the adequacy of the Army Corps’ permitting determination, a reviewing court will also scrutinize whether the EPA acted within the bounds of the agency’s discretionary authority in responding to a Section 404(c) petition. In Alliance to Save the Mattaponi the court held that a decision to not prohibit an Army Corps permit is arbitrary and capricious if not based upon an analysis of the possibility of the project causing unacceptable adverse effects on the environment.See Alliance to Save the Mattaponi v. U.S. Army Corps of Eng’rs, 606 F. Supp. 2d 121, 140 (D.D.C. 2009), appeal dismissed per stipulation, No. 09-5201, 2009 WL 2251896, at *1 (D.C. Cir. July 1, 2009). The permitted reservoir project in Alliance to Save the Mattaponi had been characterized by the EPA as “the largest single permitted wetland loss in the Mid-Atlantic region . . . .”Id. at 126. The reservoir would also impact that Mattaponi Tribe and its access to shad, “an important source of food and income, as well as a resource of cultural and religious significance.”Id.

The court held that the EPA’s decision not to initiate Section 404(c) process was arbitrary and capricious because the agency based its determination on a “whole range of . . . reasons completely divorced from the statutory text.”Id. at 140. Namely, the Regional Administrator explained that the petition was denied on the assumption that no new information would come from the public process, in an effort to conserve agency resources, on the speculation that the Army Corps’ permit would be litigated, and on the belief that the development was fulfilling a need in the area.Id.

Additionally, instead of articulating the statutory reasons for denying Section 404(c) process, the Regional Administrator tried to justify the agency’s inaction by emphasizing the discretionary nature of the decision.See, e.g., Heckler v. Chaney, 470 U.S. 821, 831 (1985) (explaining that an agency’s decision to withhold enforcement action involves an assessment of the agency’s resources and priorities). The notion that the EPA may have some discretion in deciding to initiate Section 404(c) process does not shield an arbitrary and capricious determination from reversal. The court had previously determined the CWA provided a meaningful, statutory standard to gauge the agency’s decisions.Alliance to Save the Mattaponi v. U.S. Army Corps of Eng’rs, 515 F. Supp. 2d 1, 7 (D.D.C. 2007) (quoting Heckler, 470 U.S. at 830).

At a minimum, the EPA must base its Section 404(c) decision on the possibility of unacceptable adverse effects, but the agency is not additionally required to balance environmental concerns with public interest.Creppel v. U.S. Army Corps of Eng’rs, No. CIV.A. 77-25, 1988 WL 70103, at *6 (E.D. La. June 29, 1988). That is, the EPA may base its determination on environmental concerns alone.Id. Those concerns may also encompass impacts on recreational interests.Alameda Water & Sanitation Dist. v. Reilly, 930 F. Supp. 486, 491 (D. Colo. 1996) (“[T]he EPA authority to veto is ‘practically unadorned.’ ”).

Additionally, when deciding whether to initiate Section 404(c) process, the EPA is not bound by the Army Corps’ factual findings. That is, the EPA’s analysis may differ from the Army Corps’, allowing the agency to initiate Section 404(c) process when it “disagree[s] with the Corps’ conclusions.”Newport Galleria Group v. Deland, 618 F. Supp. 1179, 1183–84 (D.D.C. 1985). Although the EPA can initiate Section 404(c) process after scrutinizing the Army Corps’ permitting determination, notions of efficiency and agency policy strongly favor initiation of Section 404(c) process before the Army Corps issues a permit.U.S. Envtl. Prot. Agency, Final Determination of the U.S. Environmental Protection Agency Pursuant to § 404(c) of the Clean Water Act Concerning the Spruce No. 1 Mine, Logan County, West Virginia 45 (2011) [hereinafter Spruce No. 1 Mine Final Determination].

In its review of whether to initiate Section 404(c) process for the proposed Pebble Mine, the EPA will have to act within the scope of its statutorily granted discretion, base its decision on the possibility of unacceptable adverse environmental effects, and review the facts independently from the Army Corps’ determinations and analysis. While the specter of judicial review for abuse of discretion should encourage the EPA to initiate Section 404(c) public process and issue a durable Section 404(c) prohibition, past EPA actions also weigh heavily in favor of the initiation of Section 404(c) process at the Pebble prospect.

VI. Past Agency Actions: Use of Section 404(c) in Other Contexts

The validity of Section 404(c) process for the Pebble prospect can be bolstered by contrast and analogy to past agency actions. Additionally, analysis of similar agency precedent can assuage lawmakers who fear that Section 404(c) process at the Pebble prospect would be unprecedented.See, e.g., Letter from Lisa Murkowski, U.S. Senator, to Lisa P. Jackson, U.S. EPA Adm’r 2 (Feb. 16, 2011), available at http://murkowski.senate.gov/public/?a=Files.Serve&File_id=53976c39-0bc5-44e9-a6ab-ab56a970b56e. Because the Section 404(c) process at Pebble would be in line with past agency action, it would conform to President Obama’s Executive Order 13,563, in which the President emphasized that the regulatory system must protect the environment and other national interests while “promot[ing] predictability and reduc[ing] uncertainty.”Exec. Order No. 13,563, 76 Fed. Reg. 3821, 3821 (Jan. 18, 2011). But see Letter from Lisa Murkowski, U.S. Senator, to Lisa P. Jackson, U.S. EPA Adm’r, supra note 181 (arguing that both a recent use of Section 404(c) in West Virginia and the possible use at the Pebble prospect is inconsistent with precedent and contrary to Executive Order 13,563).

Past action by the Army Corps illustrates its broad discretion in issuing permits and demonstrates that the process under Section 404(c) may be essential to ensure the CWA’s goal of “restor[ing] and maintain[ing] the chemical, physical, and biological integrity of the Nation’s waters.”33 U.S.C. § 1251(a) (2006). The Army Corps has a history of approving permits in the face of severe environmental harm, and courts have a similar history of upholding these permits under the highly deferential arbitrary and capricious standard of review.See, e.g., Kentuckians for Commonwealth, Inc. v. Rivenburgh, 317 F.3d 425, 448 (4th Cir. 2003); Coeur Alaska, Inc. v. Se. Alaska Conservation Council, 129 S. Ct. 2458, 2480 (2009) (Ginsburg, J., dissenting). In one case, a circuit court held that the Army Corps did not abuse its discretion where it permitted the filling of valleys for coal mining.Rivenburgh, 317 F.3d at 448. In another case, the Army Corps permitted a discharge of mining waste into a twenty-three-acre subalpine lake in the Tongass National Forest; it was “undisputed that the discharge would kill all of the lake’s fish and nearly all of its other aquatic life.”Coeur Alaska, 129 S. Ct. at 2480 (Ginsburg, J., dissenting); see also Press Release, Coeur, Army Corps of Engineers Reactivates Permit at Coeur's Kensington Gold Mine 1 (Aug. 17, 2009), available at http://www.kensingtongold.com/documents/Final%20404%20Permit%20release%20FINAL%20081709.pdf. The past Army Corps actions demonstrate the general importance of the Section 404(c) process.

Past EPA actions outline the circumstances and factors that have required public process under Section 404(c). The EPA has prohibited dredging and filling under Section 404(c) thirteen times,Factsheet: Clean Water Act Section 404(c): “Veto Authority”, U.S. Envtl. Prot. Agency, http://water.epa.gov/lawsregs/guidance/cwa/dredgdis/upload/404c.pdf (last visited Apr. 1, 2011). and is currently in the midst of the administrative process for one other case.Id.; Clean Water Act Section 404(c): “Veto Authority”, U.S. Envtl. Prot. Agency, http://water.epa.gov/lawsregs/guidance/cwa/dredgdis/404c_index.cfm (last visited Mar. 9, 2012). The EPA has only twice exercised its Section 404(c) authority after the Army Corps issued a permit to discharge dredge and fill material.Spruce No. 1 Mine Final Determination, supra note 180, at 99. Although the implementing regulations for Section 404(c) allow retroactive prohibitions by withdrawing specification of a disposal site post-permitting, the EPA “strongly prefers to initiate the § 404(c) process prior to issuance of a permit.”Id. at 45.

The EPA has employed Section 404(c) public process for a variety of developments, including, for example, waste storage, a duck hunting and aquaculture impoundment, a shopping mall, water supply impoundments, and a flood control project.Clean Water Act Section 404(c): “Veto Authority”, supra note 188. Strict oversight for dredging and filling resulting from mining has been on the forefront of the most recent Section 404(c) processes. In January 2011, the EPA exercised its authority to prevent the disposal of mining wastes in Appalachia.See generally Spruce No. 1 Mine Final Determination, supra note 180. Currently, the EPA is in the process of Section 404(c) review of a proposed surface mine in Kentucky. Big Branch Surface Mine, U.S. Envtl. Prot. Agency, http://water.epa.gov/lawsregs/guidance/cwa/dredgdis/bigbranch.cfm (last updated Jan. 27, 2011).

The recent mining-related Section 404(c) processes have specifically focused on the impacts of mining on headwater streams and the resulting downstream effects. In the proposed determination to prohibit the dredging permits at the Spruce No. 1 Surface Mine in West Virginia, which formed the basis of the final determination,See generally Spruce No. 1 Mine Final Determination, supra note 180. the Region III Administrator emphasized the importance of headwaters and the adverse environmental impacts of the proposed mountaintop-removal mining.See U.S. Envtl. Prot. Agency, Region III, Recommended Determination of the U.S. Environmental Protection Agency Region III Pursuant to Section 404(c) of the Clean Water Act Concerning the Spruce No. 1 Mine, Logan County, West Virginia 81–82 (2010) [hereinafter Spruce No. 1 Mine Recommended Determination], available at http://water.epa.gov/lawsregs/guidance/cwa/dredgdis/404c_index.cfm. The EPA recognized that the headwater streams were “valuable in and of themselves and within the context of the . . . sub-watershed and . . . sub-basin.”Id. In light of that value, the proposed dredging activities, which would harm wildlife by burying them in streams and contributing to algal blooms and downstream toxic contamination, were clearly unacceptable.See id. at 81–82. Furthermore, the applicant’s proposed alternatives included mitigating harm through the creation of new on-site streams which could not “replace the physical, chemical, and especially biological functions” of the damaged waters, making the proposed alternatives inadequate for a Section 404 permit.Id. at 82.

In the pending Section 404(c) process at the Big Branch Surface Mine, the EPA is also emphasizing a concern for downstream effects of mining.Letter from A. Stanley Meiburg, Acting Regional Adm’r, EPA, Region IV, to Colonel Dana R. Hurst, Dist. Eng’r, U.S. Army Corps of Eng’rs, Huntington Dist. 2 (Apr. 28, 2009), available at http://water.epa.gov/lawsregs/guidance/cwa/dredgdis/upload/2009_06_11_wetlands_BigBranch_15Day_4-28-09.pdf. The proposed development is a surface mine in Kentucky, which would “impact aquatic ecosystems on a large scale, affecting approximately 22,233 linear feet of waters of the United States.”Id. at 1. The EPA emphasizes that the massive scope of the surface mine’s impacts on waters warrants the Section 404(c) process.See id. at 2. Furthermore, the Regional Administrator for Region IV concluded that “the project may cause or contribute to significant degradation of the aquatic environment, including impacts to fish and wildlife,” specifically because of “the cumulative impacts of [the] project on the watershed, considering both the direct fill of natural streams and the indirect effects of such fill activities on downstream water quality . . . .”Id.

The EPA and its Region III and IV Administrators have clearly articulated a concern for water quality impacts from mining-related dredging and filling and have emphasized the impacts on downstream water quality. Similarly, the EPA has considered the effects of dredging discharge on human use of resources when issuing a Section 404(c) prohibition.See U.S. Envtl. Prot. Agency, Region IV, Recommended Determination of the U.S. Environmental Protection Agency Region IV Pursuant to Section 404(c) of the Clean Water Act Concerning the Yazoo Backwater Area Pumps Project in Humphreys, Issaquena, Sharkey, Warren, Washington, and Yazoo Counties, Mississippi 64 (2008) [hereinafter Yazoo Pumps Recommended Determination], available at http://water.epa.gov/lawsregs/guidance/wetlands/upload/2008_10_21_pdf_Yazoo_404c_Recommended_Determination.pdf; see also Letter from Geoffrey Y. Parker to EPA, supra note 5, at 4. For example, the EPA prohibited the permitting of a floodwater control project in the Yazoo backwater area in Mississippi.Final Determination of the Assistant Administrator for Water Pursuant to Section 404(c) of the Clean Water Act Concerning the Proposed Yazoo Backwater Area Pumps Project in Issaquena County, MS, 73 Fed. Reg. 54,398, 54,399 (Sept. 19, 2008). Among other factors, the Regional Administrator emphasized the impacts of dredging and filling activities on National Wildlife Refuges and the resulting harm to recreational interests.Yazoo Pumps Recommended Determination, supra note 203, at 64. Because the refuges were managed to “provide opportunities for compatible public use, or recreational activities,” and because the proposed dredging and filling project would adversely impact the wildlife used by the big game, upland game, and waterfowl hunters, as well as anglers, the recreational considerations provided a basis for Section 404(c) process.Id. at 64–65.

Additionally, the EPA must consider environmental justice (EJ) concerns when making Section 404(c) decisions. Pursuant to Executive Order 12,898, the EPA “shall make achieving environmental justice part of its mission by identifying and addressing as appropriate, disproportionately high and adverse human health or environmental effects of its programs, policies, and activities on minority populations and low-income populations.”Id. at 67 (quoting Exec. Order No. 12,898, 59 Fed. Reg. 7,629, 7,629 (Feb. 16, 1994)); see also Letter from Geoffrey Y. Parker to EPA, supra note 5, at 4. In the Yazoo backwater area proposed determination, the Regional Administrator recognized the community residents’ “strong belief” that the dredge and fill activities would, “protect their homes and property against flooding and bring economic development, jobs, and a return of residents to the area.”Yazoo Pumps Recommended Determination, supra note 203, at 65. Although the EPA was sensitive to the community’s concerns, it also recognized that there may be alternative means to achieve these benefits for the community, and emphasized that the action under Section 404(c) would protect the interests of communities that use subsistence hunting and fishing.Id. at 65–67.

Finally, the EPA must consider the unique characteristics of the land in question. The Regional Administrator’s proposed determination for the Yazoo backwater area emphasized that a Section 404(c) prohibition was especially warranted because of the unique nature of the area it would protect.See id. at 68–69. The Regional Administrator explained that the impacts to the area “must be viewed in the context of the significant cumulative losses across the [Lower Mississippi River Alluvial Valley], which has already lost over 80 percent of its bottomland forested wetlands . . . the proposed project would significantly degrade important remnant bottomland forested wetlands.”Id. at 68.

Along with the EPA’s recent emphasis on protecting downstream habitat from upstream impacts, its goal of protecting unique habitats weighs heavily in favor of the use of Section 404(c) process to protect the Bristol Bay Region and its “important remnant[s]” of the once prolific salmon runs in the greater Northwest Region of the United States.Id.; see Schindler, et al., supra note 33, at 611 (“[T]he Bristol Bay sockeye stock complex are a characteristic of a landscape with a largely undisturbed habitat . . . . In contrast, in the southern end of their range, Pacific salmon populations have declined substantially owing to the cumulative impacts of heavy exploitation, habitat loss, climate change, hatcher dependence and hydropower development.”). An analysis of past judicial and agency action as specifically applied to the proposed development of the Pebble prospect follows.

VII. Legal Authority, Past Agency Actions, and Policy Applied to Pebble

Statutory and regulatory authority, judicial precedent, past agency actions, and sound policy considerations all support the EPA initiating Section 404(c) process and justify prohibiting dredge and fill permits for the proposed Pebble Mine. The EPA should initiate Section 404(c) process immediately, prior to the issuance of dredging discharge permits and prior to the submission of mine plans by the PLP. In this way, the EPA can guarantee efficient communication with the area’s stakeholders and can move forward with environmental protection at the forefront of the decision-making process. If the EPA withholds Section 404(c) process pending the Army Corps issuing permits, then the agency should look to its recent Section 404(c) determinationsSee Spruce No. 1 Mine Recommended Determination, supra note 195. to support initiating Section 404(c) after permitting. If the EPA refuses to exercise its Section 404(c) authority altogether, its decision may constitute an abuse of agency discretion and an abdication of a duty of oversight.

A. Statutory and Regulatory Authority Alone Support Section 404(c) Process at Pebble

First, as outlined above, the proposed development of the Pebble prospect will fall within the permitting jurisdiction of the Army Corps under Section 404 and will therefore be subject to the EPA’s authority under Section 404(c).See 40 C.F.R. § 231.1 (2010).

Second, statutory and regulatory authorities support the EPA in initiating public process under Section 404(c). The regulations implementing Section 404(c) enable the EPA Administrator to “prohibit or otherwise restrict a site” if there will be an “unacceptable adverse effect” to fishery areas, including spawning and breeding areas, recreational areas, or wildlife.Id. The interests that the regulations protect are all present in the Bristol Bay Region.See Parker, Testing the Limits, supra note 1, at 7–9. The fishery and recreational areas would be uniquely threatened by acidic and toxic runoff created by the development of the sulfidic ore body.See Eisler, supra note 53; Kempton, supra note 57, at 559.

Furthermore, Army Corps permitting cannot be expected to prevent unacceptable adverse effects if it is based upon the BBAP, which minimizes recognition of ecologically important spawning and breeding areas by designating the Pebble area as mineral land.Letter from Six Federally Recognized Tribes to Lisa P. Jackson, EPA Adm’r, and Dennis J. McLerran, EPA Reg’l Adm’r, Region X, supra note 7, at 6. Specifically, the BBAP uses inadequate criteria to disqualify the Pebble area from the environmentally protective habitat designation,See Bristol Bay Area Plan, supra note 64, at 2-9 to -10. undermines recreational interests by excluding sport fishing and hunting from its definition of recreation,See id. at A-11. and fails to recognize the importance of upland subsistence interests.Letter from Six Federally Recognized Tribes to Lisa P. Jackson, EPA Adm’r, and Dennis J. McLerran, EPA Reg’l Adm’r, Region X, supra note 7, at 6–7.

The implementing regulations of Section 404(c) call for a proactive and precautionary approach to overseeing the protection of aquatic environments from unacceptable adverse effects of dredge and fill discharge. The Regional Administrator can initiate the Section 404(c) process with nothing more than a finding that the activity could result in an unacceptable adverse effect.40 C.F.R. § 231.3(a) (2010). Subsequent procedural steps require findings that the unacceptable adverse effect is likely, and, for the final prohibition, that there will be an unacceptable adverse effect.Id. § 231.5(a); 33 U.S.C. § 1344(c) (2006). The regulations therefore encourage a precautionary approach, accounting for an increase in information-gathering throughout the public process. In light of the environmental sensitivities and regulatory background of the Pebble controversy, initiation of Section 404(c) process is warranted on the CWA’s statutory and regulatory authority alone.

B. Judicial Precedent and Past Agency Actions Favor Protecting the Bristol Bay Watershed

Although the statutory and regulatory authority is sufficient to justify the initiation of Section 404(c) process, judicial precedent and past agency action also provide support.

First, although the determination to initiate Section 404(c) process has been described as discretionary, the decision is not immune from judicial review.Alliance to Save the Mattaponi v. U.S. Army Corps of Eng’rs, 515 F. Supp. 2d 1, 7 (D.D.C. 2007). Even if the EPA declines to initiate Section 404(c) process, that inaction could be subject to judicial review to determine whether it is arbitrary and capricious.Id. at 9–10. Although less likely to survive a motion to dismiss than a suit alleging abuse of discretion, one could also file a citizen suit on grounds that by withholding Section 404(c) process the EPA is abdicating its nondiscretionary duty to oversee the Army Corps’ permitting activities.S. Carolina Coastal Conservation League v. U.S. Army Corps of Eng’rs, CA 2:07-3802-PMD, 2008 WL 4280376, at *8 (D.S.C. Sept. 11, 2008). Even if the EPA is fulfilling its duty of oversight through the Bristol Bay watershed assessment, perhaps precluding a citizen suit, a court may nevertheless hold that the EPA’s failure to initiate Section 404(c) process amounts to an abuse of discretion under the APA. Withholding Section 404(c) process and failing to prohibit the dredge and fill discharges at the proposed Pebble Mine could be arbitrary and capricious both because it is likely that Army Corps permits will be inadequate and because Section 404(c) was required or used in very similar contexts.

Army Corps Section 404 permits are subject to judicial review for abuse of discretion, and in a situation where the Army Corps permit may be arbitrary and capricious, the EPA will have a more pressing obligation to initiate Section 404(c) process to prevent unacceptable adverse effects to the environment. The Army Corps permitting process may be inadequate in the Pebble context because permits will probably be based upon the flawed BBAP and EIS alternatives analysis.See 40 C.F.R. § 1506(2)(d) (2010). First, the Army Corps must consider recreational interests:Am. Littoral Soc. v. Herndon, 720 F. Supp. 942, 950 (S.D. Fla. 1988). the BBAP confuses and discounts those interests.Letter from Six Federally Recognized Tribes to Lisa P. Jackson, EPA Adm’r, and Dennis J. McLerran, EPA Reg’l Adm’r, Region X, supra note 7, at 6–7. Second, any Army Corps permits that are based upon EIS conclusions that are not rational or arrived at in good faith are inherently arbitrary.Sierra Club v. U.S. Army Corps of Eng’rs, 614 F. Supp. 1475, 1516 (S.D.N.Y. 1985). Because the EIS alternatives analysis may be based upon the inadequate, BBAP the EIS conclusions will probably not be sufficient for rational permitting.Letter from Six Federally Recognized Tribes to Lisa P. Jackson, EPA Adm’r, and Dennis J. McLerran, EPA Reg’l Adm’r, Region X, supra note 7, at 6.

Judicial precedent supports the initiation of Section 404(c) for the proposed Pebble development not only because of the likelihood of inadequate Army Corps permitting, but also because of the unique environmental sensitivities of the Kvichak and Nushagak drainages. In Alliance to Save the Mattaponi, the court held that the EPA abused its discretion by withholding a Section 404(c) prohibition when the EPA had based its determination on considerations of efficiency and economy, while failing to scrutinize the environmental impacts of the permitted project.Alliance to Save the Mattaponi v. U.S. Army Corps of Eng’rs, 606 F. Supp. 2d 121, 140 (D.D.C. 2009) appeal dismissed per stipulation, 09-5201, 2009 WL 2251896 (D.C. Cir. July 1, 2009).

Potential environmental impacts were apparent in Alliance to Save the Mattaponi, as they are in the context of the proposed Pebble Mine development. That case involved a reservoir and dam project that “would flood over 1,500 acres of land and require the excavation, fill, destruction and flooding of approximately 403 acres of freshwater wetlands and the elimination of 21 miles of free-flowing streams.”Id. at 126. The court found that these actions would also impact the shad population, “an important source of food and income, as well as a resource of cultural and religious significance to the [Mattaponi] Tribe.”Id. Similarly, the development of the Pebble prospect will require massive construction including the creation of waste rock dams storing reactive tailings with one up to 740 feet high and three miles long.Parker, Testing the Limits, supra note 1, at 12–14. This development would occur in an area that provides essential caribou, brown bear, and moose habitat, that sustains ten resident fish species and eight anadromous fish species, and is “one of the finest sport fishing and hunting areas of the world.” Nunamta Aulukestai v. State of Alaska, No. 3AN-09-09173-CI, slip op. at 4 (Alaska Super. Ct. Sept. 26, 2011) (internal quotations omitted). Reactive tailings impoundments would be constructed in the nutrient rich waters of the Kvichak and Nushagak drainages that maintain salmon rearing habitat.See Plaintiffs’ Proposed Findings of Fact and Conclusions of Law, Nunamta Aulukestai v. State of Alaska, supra note 2, at 18. But the risk at Pebble is not limited to uplands development and damming alone, it encompasses downstream impacts on the Bristol Bay fisheries which account for “a major portion of all salmon harvest in the State of Alaska and the world annually.”Nunamta Aulukestai, No. 3AN-09-9173-CI, slip op. at 3 (internal quotations omitted). Oxidation of the sulfidic ore in the mine’s tailing impoundments will lead to acidic runoff, dissolving copperParker, Alaska Bar Ass’n, supra note 21.—one of the most toxic heavy metals for aquatic lifeEisler, supra note 53.—into the Kvichak and Nushagak headwaters. The mine may even require water quality treatment in perpetuity.See Kempton, supra note 57.

In the least, Alliance to Save the Mattaponi demonstrates that the EPA Region X Administrator must consider the possible environmental impacts of the proposed Pebble Mine. It is hard to see how the Regional Administrator, upon considering these impacts, will be able to find other than the threshold requirement for Section 404(c) public process, that an “unacceptable adverse effect could result” from the dredging and filling projects.See 40 C.F.R. § 231.3(a) (2010).

The EPA’s recent and past Section 404(c) actions also bolster the legitimacy of the exercise of Section 404(c) authority at the proposed Pebble Mine. The most recent Section 404(c) prohibition at the Spruce No. 1 Surface Mine in West Virginia and the current Section 404(c) process at Big Branch Surface Mine in Kentucky emphasize the value of headwater streams in the context of potential downstream impacts.Spruce No. 1 Mine Recommended Determination, supra note 195; Letter from A. Stanley Meiburg, Acting Regional Adm’r, Evntl. Prot. Agency, Region IV, to Colonel Dana R. Hurst, Dist. Eng’r, U.S. Army Corps of Eng’rs, Huntington Dist., supra note 199. Similarly, the EPA should recognize the importance of protecting the Upper Talarik Creek, the North Fork Koktuli River, the South Fork Koktuli, and the downstream waters because of their essential role in maintaining healthy salmon runs in the Bristol Bay area.See Hilborn, supra note 30, at 6567; Plaintiffs’ Proposed Findings of Fact and Conclusions of Law, Nunamta Aulukestai v. State of Alaska, supra note 2, at 18. The EPA’s Region III Administrator emphasized that headwater streams are valuable on their own, and even more so within the context of the downstream watershed. Spruce No. 1 Mine Recommended Determination, supra note 195. Because of the importance of the streams, trying to mitigate the impacts of dredge and fill discharge by creating new on-site streams could not replace the unique ecological importance of the original headwaters. Id. Likewise, the headwaters of the Nushagak and Kvichak must be protected for their own value, and especially for the importance of the waters downstream.

The Section 404(c) prohibition at the Yazoo backwater area project also suggests that the EPA should initiate 404(c) action with the Pebble prospect, as the proposed projects share several aspects. First, in the Yazoo case the Regional Administrator emphasized that dredging and filling activities would have secondary impacts on recreational hunting and fishing interests.Yazoo Pumps Recommended Determination, supra note 203. Likewise, the world-class trout and king salmon recreational fishing and the caribou and moose hunting in the Pebble area should warrant special consideration.See Parker, Testing the Limits, supra note 1, at 7–9. Second, the Regional Administrator considered environmental justice issues, and concluded that a Section 404(c) prohibition was warranted to protect environmental, recreational, and subsistence interests even though it may prevent economic development.Yazoo Pumps Recommended Determination, supra note 203, at 65–67. In its Yazoo backwater area determination, the EPA was sympathetic to the community’s belief that the dredge and fill activities could bring economic development, but the agency noted that there are alternative means to bring economic development, and emphasized the importance of protecting subsistence hunting and fishing for minority and low-income communities.Id. Similarly, even though development of the Pebble prospect arguably could result in economic diversification of the region,See Frequently Asked Questions, Pebble Ltd. P’ship, supra note 37. environmental justice concerns may warrant special protection for subsistence interests in the Pebble area. Third, the Yazoo backwater area was recognized as an important ecological remnant.Yazoo Pumps Recommended Determination, supra note 203, at 68. Likewise, the Kvichak and Nushagak drainages and the abundant salmon runs that they support should be recognized as a unique vestige of the once bountiful salmon runs of the Northwest United States.See, e.g., Dobb, supra note 35, at 3.

C. Policy Overcomes Concerns about the Reach of EPA Authority

Initiating public process under Section 404(c) is also supported by general principles of environmental protection and state and local interests. These policy-based justifications for initiating Section 404(c) process address concerns raised by the State of AlaskaSee generally Letter from Sean Parnell, Alaska Governor, to Lisa P. Jackson, U.S. EPA Adm’r (Sept. 21, 2010) (on file with author). and its congressional delegation.See generally Letter from Lisa Murkowski, U.S. Senator, to Lisa P. Jackson, U.S. EPA Adm’r, supra note 181; see also H.R. 5992, 111th Cong. (2nd Sess. 2010) (proposing the removal of Section 404(c) from the CWA).

First, the precautionary principle supports the use of public process under Section 404(c) to evaluate potential unacceptable environmental impacts from the dredging and filling activities associated with the proposed Pebble development. The precautionary principle “calls for action to protect the environment to precede certainty of harm,”Holly Doremus, et al., Environmental Policy Law: Problems, Cases, and Readings 305 (5th ed. 2008). and is written into the regulatory and statutory language that guides Section 404(c) process by allowing for variable probabilities of harm at the different steps of the process.See, e.g., 40 C.F.R. § 231.3(a) (2010); see also 33 U.S.C. § 1344(c) (2006). To initiate the public process, the Regional Administrator needs only to find that an unacceptable adverse effect could result from the activity, whereas the prohibition itself requires the EPA to determine that the activity will have an adverse effect.40 C.F.R. § 231.3(a) (2010); 33 U.S.C. § 1344(c) (2006). Both the precautionary principle and the regulatory and statutory language therefore militate in favor of an initiating the Section 404(c) process early and before permitting.

Alaska Governor Sean Parnell wrote to the EPA urging the Agency to withhold process under Section 404(c); however, the governor’s arguments are without merit.Letter from Sean Parnell, Alaska Governor, to Lisa P. Jackson, U.S. EPA Adm’r, supra note 254, at 1. The governor argued that initiating Section 404(c) process for the Pebble prospect would be premature because PLP has not yet submitted applications and the NEPA process has not yet produced sufficient studies to support reasoned decision-making by the EPA.See id. at 2. The governor’s argument ignores the precautionary value of the Section 404(c) process, which allows the Regional Administrator to act on the mere chance of unacceptable adverse effects and to begin gathering information through the public process.See 40 C.F.R. § 231.3(a) (2010). Furthermore, engaging in the Section 404(c) process prior to receiving permit applications is fully anticipated by the EPA’s regulations which provide that “[t]he Administrator may prohibit the specification of a site . . . before a permit application has been submitted to or approved by the Corps or a state.”See id. § 231.1(a) (2010) (emphasis added). Governor Parnell’s assertion that the “intended purpose” of Section 404(c) is a “backstop” to address actual or imminent adverse effectsLetter from Sean Parnell, Alaska Governor, to Lisa P. Jackson, U.S. EPA Adm’r, supra note 254, at 3. misinterprets Section 404(c) and its implementing regulations.

Governor Parnell also raises concerns about unilateral action by the EPA.See id. at 1–2. Namely, he asserts that a Section 404(c) determination impinges on state land planning authority and “short change[s]” public participation.Id. First, in response to the governor’s federalism concerns, Section 404 only concerns federal jurisdiction over waters that could be used for interstate or foreign recreation, or could be used to harvest fish or shellfish for interstate or foreign commerce.40 C.F.R. § 122.2 (2010). Although this may limit the use of state land to activities that do not harm waters that fall under the jurisdictional scope of the CWA, the EPA’s authority to oversee the protection of those waters is accepted as well within the federal government’s interstate commerce authority.See Rapanos v. United States, 547 U.S. 715, 739 (2006) (explaining that the Army Corps’ Section 404 jurisdiction includes “relatively permanent, standing or continuously flowing bodies of water,”); U.S. Const. art. I, § 8, cl 3. While the governor may be correct in assuming that a Section 404(c) prohibition may limit the use of state land, such a concern is not a lawful factor in EPA’s determination. Ultimately, the EPA’s decision must be based upon the environmental impacts of dredge and fill activities, not based on “other reasons completely divorced from the statutory text.”See Alliance to Save the Mattaponi v. U.S. Army Corps of Eng’rs, 606 F. Supp. 2d 121, 126, 140 (D.D.C. 2009), appeal dismissed per stipulation, No. 09-5201, 2009 WL 2251896, at *1 (D.C. Cir. July 1, 2009).

Governor Parnell’s second concern with the scope of EPA authority is that the Section 404(c) process would “short change public participation.”Letter from Sean Parnell, Alaska Governor, to Lisa P. Jackson, U.S. EPA Adm’r, supra note 254, at 2. Essentially Governor Parnell argues that although Section 404(c) encompasses an opportunity for public comment and a hearing, it would not be as democratically involved as the state permitting and NEPA processes.See id. Again, the governor’s argument is not supported by the facts. The Section 404(c) process includes not only a notice and comment period but also the opportunity for a rigorous public hearing.Compare 40 C.F.R. § 231.4 (2010) (requiring, during Section 404(c) process, consideration of public comments by the Regional Administrator; allowing the Regional Administrator to conduct public hearings “in the vicinity of the affected site”; and enabling any person at the hearing to be represented by counsel, to “submit oral or written statements and data,” and to have “an opportunity for rebuttal”), with 40 C.F.R. § 1506.6 (2010) (outlining public involvement for NEPA process; requiring public hearings “whenever appropriate or in accordance with statutory requirements,” but not calling for the same degree of public involvement as 40 C.F.R. § 231.4). In addition, the EPA Administrator’s final determination is made in consultation with the Army Corps, the landowner, and, if initiated after applications are filed, the applicant.40 C.F.R. § 231.6 (2010). The Section 404(c) process encompasses the inherently democratic principles of full public participation.

The controversy surrounding the possible use of Section 404(c) process at the Pebble prospect has also elicited hostility from Alaska’s congressional delegation. In a letter to EPA Administrator Lisa Jackson, Senator Lisa Murkowski cautioned the EPA that the recent prohibition at Spruce Mine No. 1 in West Virginia and the possible prohibition at the Pebble prospect are unprecedented.Letter from Lisa Murkowski, U.S. Senator, to Lisa P. Jackson, U.S. EPA Adm’r, supra note 181. Senator Murkowski warned the agency that “failure to adhere to the intent of the legislature” may lead to “actions taken to clarify that intent,” and that the continued existence of the agency’s authority is dependent upon “justifiable and measured usage.”Id. In a more forward attempt to “clarify that intent,” Congressman Don Young has submitted a bill that would completely eliminate Section 404(c) from the CWA.H.R. 5992, 111th Cong. (2nd Sess. 2010). Another bill, sponsored by Representatives John Mica and Nick Rahall of Florida and West Virginia, respectively, would invalidate Section 404(c) restriction and prohibition determinations unless the “State in which the discharge originates or will originate . . . concur[s] with the Administrator's determination . . . .”H.R. 2018, 112th Cong. (1st Sess. 2011).

Despite consideration of the congresspersons concerns, the EPA should initiate public process under Section 404(c) at the Pebble prospect. Moreover, because Section 404(c) provides a powerful tool for the EPA to oversee possibly inadequate state and Army Corps permitting processes, providing a second check to prevent unacceptable adverse impacts to aquatic and wetland environments, Congress would be unwise to strike Section 404(c) from the CWA.See H.R. 5992, 111th Cong. (2nd Sess. 2010). In fact, Congressman Young’s bill would limit the EPA’s ability to protect “important remnant[s]”Yazoo Pumps Recommended Determination, supra note 203, at 68. of unique aquatic environments and the recreational, commercial, and subsistence lifestyles that they fuel. By initiating Section 404(c) process for the proposed development of the Pebble Mine at the headwaters of Bristol Bay, the EPA can exemplify the utility and necessity of Section 404(c) for the fulfillment of the CWA’s mission to “restore and maintain the chemical, physical, and biological integrity of the Nation’s waters.”33 U.S.C. § 1251(a) (2006).

VIII. Conclusion

The EPA should grant the petition originally submitted by the six federally recognized tribes and initiate public process under Section 404(c). By initiating the Section 404(c) process, the EPA can help protect the Bristol Bay watershed and the ecological, recreational, cultural, and commercial interests that it supports. The CWA and its implementing regulations reinforce a proactive, precautionary approach to the use of Section 404(c) public process. In light of the inadequate Bristol Bay Area Plan and its impacts on both the EIS process and the Army Corps’ permitting determinations, if the EPA withholds Section 404(c) public process the EPA would likely be abusing its discretion and could arguably be abdicating its duty to oversee the Army Corps’ permitting. By initiating Section 404(c) process the EPA will fulfill the CWA’s oversight obligations while conforming to statutory and regulatory language, judicial precedent, and past agency action, all of which emphasize the precautionary principle and protecting upriver environments, and recognize the importance of recreational and subsistence interests. The EPA should use Section 404(c) and take a step towards protecting the integrity of the Bristol Bay watershed.

Naturally occurring asbestos (NOA) is no different than asbestos found in buildings and products. Although human exposure to any asbestos is harmful, human exposure to NOA is particularly problematic because it occurs in varied locations, in varied forms, and in varied quantities. Unlike the laws applicable to asbestos in the occupational setting, the laws applicable to NOA are vague and often unhelpful. As a result, health professionals, regulators, and lawyers find it difficult to advise communities about risk and liability issues. This article examines these issues in the context of NOA in northwest Washington State. Specifically, a large landslide on Sumas Mountain in rural Whatcom County deposits more than 100,000 cubic yards of soil containing NOA and heavy metals into Swift Creek every year. Unfortunately, Swift Creek is part of an international river system that delivers NOA across farmlands, through small towns, and into Canada. This is a particularly intractable problem because asbestos-laden soil will continue to slide into Swift Creek for at least the next 400 years. As the river system continues to deposit NOA onto riverbanks, across farmland, and into yards and basement, possible health risks to humans will need to be addressed. Because the scale of this asbestos dilemma is particularly daunting, both in terms of the timeframe and of the affected geographical area, it highlights many of the difficulties of addressing NOA and its effects on communities. This article evaluates applicable laws and discusses the difficulties of piecing together a solution to a problem that the legal system does not recognize. As agencies and residents continue to grapple with the enormous Swift Creek asbestos problem, hopefully those experiences will contribute to the development of a more rational policy to address the difficult legal and health issues raised by NOA.

 

I. Introduction

[W]here we are right now is a seam between the authorities. And that’s not an answer you want to hear, but to the extent I understand it, it’s probably the reality.

—Mike McCormick, Seattle District Commander, U.S. Army Corps of Engineers.Transcript of Swift Creek Meeting at Glen Echo Community Club 35 (Nov. 20, 2007) [hereinafter Nov. 2007 Transcript], available at http://yosemite.epa.gov/r10/CLEANUP.NSF/sites/sumasmtndocs/$FILE/Swift+Creek+Meeting+Transcript_Nov2007.pdf.

If there is a problem now, there must be a way to address it.

—Clifford Villa, Assistant Regional Counsel, U.S. Environmental Protection Agency, Region 10.Minutes of the Whatcom Cnty. Council Special Surface Water Work Session 9 (July 18, 2006), available at http://www.co.whatcom.wa.us/council/2006/minutes/water_resources/sw0718.pdf.

All asbestos occurs naturally, which makes the term “naturally occurring asbestos” (NOA) somewhat misleading. Nonetheless, the “natural” label is widely applied to asbestos minerals found in their natural state—in bedrock or soils.Bradley S. Van Gosen, U.S. Geological Survey, Reported Historic Asbestos Prospects, and Natural Asbestos Occurrences in the Rocky Mountain States of the United States (Colorado, Idaho, Montana, New Mexico, and Wyoming) (2007),  http://pubs.usgs.gov/of/2007/1182/pdf/Plate.pdf. Because NOA is “natural,” it is difficult for many people to believe that exposure to asbestos in the environment could be harmful, despite the fact that asbestos used in manufactured products is known to harm health.Jill J. Dyken & John S. Wheeler, ATSDR’s Experience with Community Exposure to ‘Naturally Occurring Asbestos’, 70 J. Envtl. Health 74 (2008).

The potential for human exposure to NOA is widespread throughout the United States.Agency for Toxic Substances and Disease Registry, Dep’t of Health and Human Servs., Naturally Occurring Asbestos Locations in the Contiguous USA and Alaska and the 100 Fastest Growing U.S. Counties (July 20, 2007),  http://www.atsdr.cdc.gov/noa/docs/usamap.pdf. According to the U.S. Geological Survey (USGS), asbestos-containing minerals have been documented in twenty-seven of fifty states,Jeff Slivka, Naturally Occurring Conditions Could Create Liability For Contractors, Insurers, Nat'l Underwriter Prop. & Cas. Ins. (July 27, 2009),  http://www.propertycasualty360.com/2009/07/27/naturally-occurring-conditions-could-create-liability-for-contractors-insurers; see also Naturally Occurring Asbestos, Agency for Toxic Substances and Disease Registry, Dep’t of Health and Human Servs., http://www.atsdr.cdc.gov/NOA/where_is_asbestos_found.html (containing links to maps showing known deposits of NOA). In Washington State, “Swift Creek might be the most well known landslide to contain asbestos but since asbestos occurs throughout Washington State, many other landslides have the potential to contain asbestos.” Landslides Potentially Containing Asbestos, Sliding Thought Blog (July 9, 2009),  http://slidingthought.wordpress.com/2009/07/09/landslides-potentially-containing-asbestos/; see also Deep-Seated Landslides in Formations that Contain Asbestos, Sliding Thought Blog, http://slidingthought.files.wordpress.com/2009/07/asbestos-landslides2.jpg. including a number of areas where development is occurring rapidly. As a result, increased construction and land development will generate dust that contains NOA, leading to potential environmental health hazards from airborne asbestos.R.J. Lee et al., Naturally Occurring Asbestos—A Recurring Public Policy Challenge, 153 J. Hazardous Materials 1, 2 (2007).

Asbestos has been regulated extensively in occupational settings because of the acute health hazards it creates in that context. Asbestos in the environment, however, exposes the many gaps in scientific knowledge about asbestos and its toxicity and adds some epidemiological and ecological wrinkles of its own. The Agency for Toxic Substances and Disease Registry (ATSDR), a federal public health agency that addresses exposure to hazardous substances in the environment, summarized the problem of quantifying NOA exposure in communities as follows:

Our knowledge of asbestos exposure and disease response comes almost entirely from studies of asbestos workers who experienced relatively high exposure to commercial-grade asbestos materials regularly over quantifiable periods of time, usually for many years. In contrast, NOA exposures occur to individuals of diverse ages and backgrounds and typically occur at lower levels and in an irregular or intermittent fashion.Dyken & Wheeler, supra note 4.

Health professionals and regulators find it difficult to advise communities about the risks posed by NOA, leaving residents uncertain about what risks they may face and what responses are appropriate. Lawyers similarly may find it difficult to provide clients or communities with clear advice about options and liabilities in this emerging legal field, which incorporates some aspects of asbestos law (even when it is not helpful in the environmental context) and excludes other aspects of the law (even when they would be helpful in the environmental context). Clients with asbestos-laden soils and communities that need to plan for growth in areas with asbestos face uncertain liabilities based on risks that are difficult to quantify.

This article examines these issues in the context of the environmental and potential health problems created by NOA from the crumbling serpentine face of Sumas Mountain in northwest Washington State. Because the scale of this asbestos dilemma is particularly daunting, both in terms of the timeframe and of the affected geographical area, it highlights many of the difficulties of addressing NOA and its effects on communities.

A large landslide on Sumas Mountain, believed to be the result of natural forces, deposits more than 100,000 cubic yards of soil containing chrysotile asbestos fibers and heavy metals into Swift Creek every year.Pacific Surveying and Engineering, Inc., Whatcom County Dep’t of Pub. Works, Swift Creek Sediment Management Plan Proposed Design 1 (March 30, 2011) [hereinafter Sediment Management Plan], available at http://www.whatcomcounty.us/pds/plan/sepa/pdf/swift-creek-sediment-mgmt-plan-final-20110330.pdf. Asbestos-laden soils will slide into Swift Creek for at least the next 400–600 years;Kerr Wood Leidal Assocs., Swift Creek Background and Management Alternatives: Report to Whatcom County Flood Control Zone District 1-1 (2008). in the words of an engineering report, the landslide “represents a functionally unlimited sediment supply.”Id. at i.

To complicate matters, Swift Creek is part of an international river system that delivers asbestos from the landslide to Canada. Swift Creek starts at the toe of the landslide and flows west for about four miles to its confluence with the Sumas River. The Sumas River, in turn, meanders roughly fifteen miles through agricultural land and past the small towns of Nooksack and Sumas before reaching the Canadian border. Once in Canada, the river flows through the city of Abbotsford, British Columbia, before merging with the Fraser River ten miles north of the border.Div. of Health Assessment and Consultation, U.S. Dep’t of Health and Human Servs., Health Consultation: Swift Creek Sediment Asbestos, Whatcom County, Washington 4 (2006) [hereinafter Health Consultation], available at http://www.atsdr.cdc.gov/hac/PHA/SwiftCreekSedimentAsbestos/SwiftCreekHC033006.pdf. As discussed below, the Canadian government and Canadian scientists have been actively involved in Swift Creek research. To date, however, Canada has not publicly advocated for a solution to the problem, despite evidence that American asbestos has affected Canadian rivers and farms.

When Swift Creek and the Sumas River flood, a fairly regular occurrence, receding floodwaters coat farmland with asbestos-laden soils and heavy metals. This can prevent crop growth. Until recently, sampling along Swift Creek had indicated that asbestos levels in sediments ranged from around one percent to as high as four percent. In May 2009, however, samples along areas of the Sumas River that flooded during the previous winter showed much higher concentrations. Almost all samples contained at least ten percent asbestos, and the percentage of asbestos in some samples reached twenty-seven percent. By comparison, the federal workplace standard for asbestos exposure is one percent, and federal health and environmental agencies state that there is no safe level of exposure to asbestos.

The existence of such high levels of asbestos along the Sumas River has caused concern among federal, state, and local agencies. Many of the people who live along Swift Creek and the Sumas River, in contrast, view the health risk as a figment of the environmental and health officials’ imaginations. The nature of the risk that asbestos creates causes this crucial disconnect between the agencies and the people that they serve. People understand harm, especially harm to health, when they can see it and when there is a clear cause-and-effect relationship. What harm does NOA cause? In ten, twenty, or thirty years, some residents may suffer from one of the lung diseases associated with asbestos. Perhaps, for any given individual, NOA exposure will result in no harm at all.

The discovery of asbestos in the soils, however, clearly has harmed some property owners in the area. Their property is suddenly worth much less, and they can do less with it. Although asbestos-laden sediments continue to clog Swift Creek, government agencies no longer allow the creek to be dredged. The immediate harms of flooding and of the legal uncertainty surrounding NOA appear, to some residents, to be far worse than the health risks.

As a result, residents often view the agencies charged with protecting them as the sources of their problems. As one citizen stated at a public meeting:

I, and I'm speaking for myself but others may have the same sentiment, don't believe your fuzzy science. I'm living proof. I've been here since the '60s. I've played in it, worked in it, hauled it, ate it as a kid, and I have not suffered any ill health. And that's what people—see, they don't believe you and they don't like to be told what to do. I don't like to be told what to do with gravel on my own property. I need some fill. Now I can't even touch it and I'm too cheap to buy it, so what I've got here is a problem.Nov. 2007 Transcript, supra note 1, at 59.

Although some members of the public blame the Environmental Protection Agency (EPA) for creating the problem of asbestos, and many residents may wish that the agencies would just go away, neither the agencies nor the public will be able to close the Pandora’s box of potentially dangerous contamination. Health and environmental agencies cannot say with certainty that exposure to asbestos at the levels found along Swift Creek and the Sumas River is safe, and as long as that is the case, the area remains under a cloud. Even if there is no immediate harm, the prospect of harm creates a problem. Out of fairness to the residents and property owners along Swift Creek and the Sumas River, the identification of a problem ought to lead to the timely development of a solution.

Unfortunately, existing law does not provide a clear solution. As discussed below, the federal Comprehensive Environmental Response, Compensation, and Liability Act (CERCLA),Comprehensive Environmental Response, Compensation, and Liability Act, 42 U.S.C. §§ 9601–9675 (2010). See infra text accompanying notes 143–84, for a discussion of CERCLA and its applicability to NOA. often referred to as the Superfund law, could impose liability for exposure to asbestos resulting from human activities that artificially disrupt asbestos-laden soils. In Whatcom County, this could include creek dredging that has occurred since the 1940s and the subsequent use of dredge spoils for unknown, but presumably widespread, purposes. However, Superfund liability raises several knotty problems.

The primary problem is that there is no dumper, no polluter, and no big company making money by externalizing the costs of its environmental harm. Although humans have dredged the creek and moved the soils, nature is the primary “responsible party.” The only potentially liable parties are government agencies and private individuals who behaved rationally, even responsibly, in response to a natural threat. This raises the second problem with Superfund liability: there are very few entirely clean hands. A number of agencies, at various levels, have authorized or have been involved in actions that disturbed asbestos-bearing soils over the years. It would be difficult for any agency to attempt to impose liability on any other party without raising questions about its own role. Finally, the likely costs of liability are so high that no potentially liable party would be able to provide sufficient resources.

One hypothetical option would be to attack the problem at its source by building structures or channeling water to prevent the release of NOA from the landslide on Sumas Mountain. As discussed below, however, engineering solutions are expensive and may not even provide a permanent solution to the problem.

The United States Army Corps of Engineers (Corps) may have a role to play. The Corps has suggested that its ecosystem restoration authority could help address the Swift Creek watershed. Two immediate practical problems plague this authority: first, the Corps’ cost-benefit requirements do not favor spending large sums of public money in sparsely populated areas; and second, a local partnership requirement would impose costs on cash-strapped local or state agencies.

A state-of-the-art proposal for a solution to Swift Creek might include land use planning to avoid increased exposure to asbestos-laden soils, the construction of a sediment trap to reduce short-term threats, and acquisition of the properties that are most significantly affected. Reflecting the unusual circumstances of the problem—the property is almost all in private ownership, and some riverbank homes are in small towns—the property within the hazard area could be subject to a long-term buyout program. The cost of such a program, while high, would be much lower than any other alternative.

There is no legal obligation for any agency to create or fund a buyout program, however, and no obvious funding source. Absent evidence of immediate harm, there is no constituent pressure; in fact, many constituents likely would oppose such a program. Under these circumstances, dedicating public funds to the purchase of property in a sparsely populated area in response to a problem that is largely outside the focus of major media is unlikely.

Basic fairness calls for such a solution, however, because the status quo is not likely to be kind to property owners affected by NOA. Real estate laws require owners to disclose asbestos in or on property,Wash. Rev. Code § 64.06.013 (2010). and buyers are likely unwilling to accept the risk of asbestos except at a discount. A buyout program could ensure that landowners were offered reasonable compensation, constituting both a prudent long-term fiscal policy for the public sector and the assurance of fair treatment of innocent landowners.

II. Asbestos Risks and Information Gaps

Looking around the room, I've been here longer than anybody here. I've walked on this dirt and I've drank water out of the wells and I think I'm the healthiest individual in the room.

—Vernon Leibrant, Resident, Whatcom County, Washington.Nov. 2007 Transcript, supra note 1, at 37.

A. How Dangerous Is Naturally Occurring Asbestos?

The risk from NOA is difficult to quantify, difficult to communicate, and difficult for citizens to understand. Exemplifying this difficulty is a government publication on NOA, titled Limiting Environmental Exposure to Asbestos in Areas with Naturally Occurring Asbestos.Agency for Toxic Substances and Disease Registry, U.S. Dep’t. of Health and Human Servs., Limiting Environmental Exposure to Asbestos in Areas with Naturally Occurring Asbestos,  http://www.atsdr.cdc.gov/noa/docs/Asbestos%20LimitExp_ENG_web.pdf. The fact sheet asks, “How could asbestos exposure make you sick?” and responds, “Important! Being exposed to asbestos does not mean you will develop health problems.”Id. at 2. These apparently conflicting messages—that asbestos may make you sick, but then again, it may not—reflect the scientific uncertainty about asbestos and its effects, as well as the difficulty of predicting exposure to NOA.

1. Definition and Detection of Asbestos Fibers

Among the many factors that play into the uncertainties surrounding the health effects of NOA is the fact that the term “asbestos” does not clearly delineate the minerals of concern. Asbestos can be defined as follows:

[C]ertain minerals that have crystallized in a finely fibrous habit, in bundles of easily separable fibers and/or fibers which are composed of smaller diameter fibrils, and with a hair-like elongated shape resembling organic fibers, with exceptionally smooth faces and displaying unusual adamantine or silky luster.Martin Harper, 10th Anniversary Critical Review: Naturally Occurring Asbestos, 10 J. Envtl. Monitoring 1394, 1394 (2008).

The term “asbestos” was defined by industry to refer to minerals that were commercially exploited.Id. Asbestos fibers historically have been classified into two main mineralogical groups: serpentine and amphibole. Chrysotile, by far the predominate form of asbestos present at Swift Creek, is the only type of serpentine fiber and accounted for ninety-five percent of commercial asbestos applications.Robert Virta, U.S. Geological Survey, Asbestos: Geology, Mineralogy, Mining and Uses (2002), available at http://pubs.usgs.gov/of/2002/of02-149/of02-149.pdf. There are five types of amphibole minerals, including actinolite, anthophyllite, grunerite (amosite is the asbestiform version), riebeckite (crocidolite is the asbestiform version), and tremolite. Harper, supra note 19, at 1394. Actinolite fibers have been found in some Swift Creek-related soil samples. Julie Wroble, U.S. Envtl. Protection Agency, Environmental Monitoring for Asbestos: Sumas Mountain Asbestos Site Selected Residential Properties 3 (2011), available at http://www.epa.gov/region10/pdf/sites/sumasmountain/asbestos_monitoring_report_april2011.pdf. Other minerals, including talc and various lesser-known minerals that were not commercially exploited, may also have an asbestiform habit. Harper, supra note 19, at 1394–95. “Asbestiform” describes the shape assumed by crystals of minerals when they form as thin-hair-like fibers. Lee, supra note 7.

Chrysotile asbestos has relatively long and flexible fibers, compared to the shorter, more brittle fibers of the amphibole variety.Agency for Toxic Substances and Disease Registry, U.S. Dep’t. of Health and Human Servs., Toxicological Profile for Asbestos 2 (2001) [hereinafter Toxicological Profile], available at http://www.atsdr.cdc.gov/toxprofiles/tp61.pdf. Asbestos is narrowly defined by regulatory agencies, including EPA and the Occupational Safety and Health Administration (OSHA), as fibers that are at least five micrometers (µm) in length with an aspect ratio greater than or equal to 3:1.Health Consultation, supra note 12, at 6. This regulatory definition of asbestos appears to be based not on epidemiological or clinical health data, but on the physical detection limits of the technology that was used to identify asbestos at the time that the regulations were developed.“The limit of [one] percent asbestos by weight for ACM is a somewhat arbitrary level and was chosen because of technological constraints (i.e., polarized light microscopy (PLM) could not detect asbestos levels below this level).” Anthony Perry, U.S. Envtl. Prot. Agency, A Discussion of Asbestos Detection Techniques for Air and Soil: Report Prepared for Office of Superfund Remediation and Technology Innovation (2004). The scientific bases of NOA regulations thus appear to be rather tenuous, and based largely on industrial standards that were formulated using outdated PLM technology. The instrument capability derives from Phase Contrast Microscopes (PCM), which are most commonly used to analyze asbestos samples originating from industrial activity. Id. Transmission electron microscopy is more efficient. It can identify fibers at 30,000 times magnification, where an optical microscope can only identify fibers at 400 times magnification. Office of Inspector General Report, EPA’s Actions Concerning Asbestos-Contaminated Vermiculite in Libby, Montana 2001-S-7 20 (2001), available at http://www.nycosh.org/workplace_hazards/epa-oig-montana.pdf. Electron microscopy is capable of resolving asbestos fibers smaller than five micrometers in length, but is considerably more expensive than PCM. Ecology & Env’t, Inc., U.S. Envtl. Prot. Agency, Summary Report of EPA Activities, Swift Creek Asbestos Site, Whatcom County, Washington 3-1 (2007) [hereinafter 2007 EPA Summary Report], available at http://yosemite.epa.gov/r10/CLEANUP.NSF/sites/sumasmtndocs/$FILE/Final+Report.pdf. When electron microscopes are used to analyze asbestos samples, fibers are counted in Polarized Light Microscope Equivalents (PCME), and only those fibers meeting the strict regulatory definition are included in the final count. Id. The majority of asbestos fibers identified at Swift Creek are shorter than five micrometers in length.2007 EPA Summary Report, supra note 24, at 6-3. While such fibers do not meet the regulatory definition of asbestos, it has not been established that they do not have health impacts.ATSDR has observed:
[A]nalyses of autopsied human lung tissue of asbestos-exposed and non-exposed patients often show greater numbers of short (< 5 µm) than long (> 5 µm) retained fibers, and short chrysotile fibers have been reported to be the most prevalent type of fibers found in parietal pleura tissue from asbestos-exposed autopsy cases.
Toxicological Profile, supra note 22, at F-23 (citations omitted).
Because health and environmental agencies regulate asbestos based on outdated technological constraints, and because the of the limited knowledge of the effect of the shorter fibers prevalent at Swift Creek, existing regulatory standards do not adequately address the real risk of asbestos at the site.

2. Health Risks from Asbestos

Asbestos fibers are dangerous when inhaled because the fibers lodge in the lungs. They can remain there for a lifetime, damaging the lungs or lung lining. Although asbestos is associated with asbestosis (pneumoconiosis), a scarring of the lungs caused by exposure to relatively large asbestos concentrations in the workplace, lung cancer and mesothelioma are the major health concerns related to asbestos in the environment.Harper, supra note 19, at 1394. Mesothelioma is a cancer of the tissue that lines the lungs, stomach, heart, and other organs.Mesothelioma, Nat’l Institutes of Health, http://www.nlm.nih.gov/medlineplus/mesothelioma.html (last visited Nov. 22, 2011). ATSDR, the federal agency that compiles such data, describes mesothelioma as a “relatively rare” cancer primarily associated with exposure to asbestos. Lung cancer, in contrast, is the leading cause of cancer-related death, accounting for about twenty-nine percent of all cancer deaths. Cigarette smoking is by far the most important risk factor for lung cancer, and cigarette smoking combined with asbestos exposure greatly increases the likelihood of lung cancer.Asbestos: Health Effects, Agency for Toxic Substances & Disease Registry (April 1, 2008), http://www.atsdr.cdc.gov/asbestos/asbestos/health_effects/.

Diseases from asbestos exposure take a long time to develop. Signs or symptoms of asbestos-related disease usually do not appear for ten to twenty years,Id. and mesothelioma has a thirty- to fifty-year latency period.Mesothelioma, supra note 28. When symptoms do appear, however, they may resemble the symptoms of other diseases. There is no effective treatment for asbestosis, which may lead to respiratory failure and death over twelve to twenty-four years. Mesothelioma is usually associated with an extremely poor prognosis.Mesothelioma‑Malignant, Nat’l Institutes of Health,  http://www.nlm.nih.gov/medlineplus/ency/article/000115.htm (last visited Nov. 22, 2011).

According to ATSDR, all types of asbestos cause cancer, but the amphibole type is considered the most toxic.Toxicological Profile, supra note 22, at 1. There is no conclusive epidemiological data that supports this statement, however, and EPA does not differentiate between fiber types when assessing risk of asbestos exposure.Interview by Douglas Naftz with Julie Wroble, Toxicologist, U.S. Envtl. Prot. Agency (Mar. 2, 2009). The International Agency for Research on Cancer has concluded that all commercial asbestos fibers cause lung cancer and mesothelioma, and has found sufficient evidence that asbestos also causes laryngeal and ovarian cancers.T.L. Ogeden, Canadian Chrysotile Report Released—At Last, Annals Occupational Hygiene 1, 3 (2009). Likewise, the World Health Organization (WHO) has concluded that all forms of asbestos, including chrysotile, cause cancer. WHO notes that no threshold has been identified for the carcinogenic risk of chrysotile and recommends avoiding work likely to disturb asbestos fibers.World Health Org., Elimination of Asbestos-Related Diseases 2 (Sept. 2006), available at http://www.who.int/occupational_health/publications/asbestosrelateddiseases.pdf. Australia, New Zealand, and all countries in the European Union have banned chrysotile.Mia Rabson, Stop Paying to Promote Asbestos Use, Martin Urges, Winnipeg Free Press, Nov. 6, 2011,  http://www.winnipegfreepress.com/local/stop-paying-to-promote-asbestos-use-martin-urges-88532167.html.

Uncertainties regarding asbestos risk, intertwined with politics, have precluded asbestos bans in the United States and Canada. Asbestos is an overtly political issue in Canada, where a large mine in Quebec produces chrysotile asbestos for export, and the federal government subsidizes the Chrysotile Institute, a Quebec-based advocacy group established in 1984 to promote the use of chrysotile.Id. In 2007, Health Canada, the Canadian federal health department, convened an “expert panel” of scientists with varied views on the health risks of chrysotile exposure.Health Canada, Chrysotile Asbestos Consensus Statement and Summary: Chrysotile Asbestos Expert Panel (Mar. 2008). The panel’s report, which contained cautious statements suggesting that several sources indicate that chrysotile probably causes lung cancer, was withheld from publication for over a year. This prompted the panel’s British chair to observe, “[t]he unexplained long delay in publishing the Canadian report illustrates that chrysotile risk is still a political issue, but the table and other aspects of the report illustrate the wide measure of agreement that now exists on the science.”Ogeden, supra note 35. Canada has since led the effort to block the designation of asbestos as a hazardous substance under the Rotterdam Convention, an international treaty that imposes disclosure and trade requirements on listed substances.Rotterdam Convention on the Prior Informed Consent Procedure for Certain Hazardous Chemicals and Pesticides in International Trade, opened for signature Sept. 10, 1998, 2244 U.N.T.S 337; see Steve Rennie, Harper Parties in Mining Town as Canada Keeps Asbestos off Hazardous List, Globe and Mail, Jun. 24, 2011,  http://www.theglobeandmail.com/news/politics/harper-parties-in-mining-town-as-canada-keeps-asbestos-off-hazardous-list/article2074399/.

In the United States, EPA attempted to phase out and ban the manufacture, import, processing, and distribution of asbestos products in 1989,Asbestos; Manufacture, Importation, Processing, and Distribution in Commerce Prohibitions, 54 Fed. Reg. 29,460, 29,468 (July 12, 1989) (to be codified at 40 C.F.R. pt. 763). but the Fifth Circuit overruled the attempted ban two years later in Corrosion Proof Fittings v. EPA.Corrosion Proof Fittings v. U.S. Envtl. Prot. Agency, 947 F.2d 1201, 1214–15 (5th Cir. 1991). Note that in their amicus briefs, Canada and Quebec opposed EPA’s proposed ban; however, the court held that Canadian entities, including a Canadian mining company, did not have standing. Id. at 1208–09. The court recognized that “[a]n EPA-appointed panel reviewed over one hundred studies of asbestos and . . . concluded that asbestos is a potential carcinogen at all levels of exposure, regardless of the type of asbestos or the size of the fiber.”Id. at 1207. The court held, however, that EPA “presented insufficient evidence” to justify the ban,Id. at 1214–15. reasoning that EPA had not sufficiently balanced asbestos’ toxic effects on health and the environment against the benefits of asbestos, the availability of substitutes, and the economic consequences of the rule.Id. at 1216; see also id. at 1223 (“EPA, in its zeal to ban any and all asbestos products, basically ignored the cost side of the TSCA equation.”). Characterizing EPA’s proposed ban as the “death penalty alternative”Id. at 1215. (referring to the “death” of asbestos under the ban), the court held that EPA had not sufficiently established that less burdensome alternatives would be insufficient. The first Bush Administration did not appeal the court’s ruling, and manufacturers still use asbestos in consumer products in the United States, including brake pads and clutch linings.Mesothelioma and Asbestos Risk for Auto Mechanics, Surviving Mesothelioma: A Patient’s Guide (March 19, 2010),  http://www.survivingmesothelioma.com/news/view.asp?ID=00111.

Although the last U.S. asbestos mine closed in 2002, the United States imported 2530 metric tons of asbestos in 2005, along with 90,000 metric tons of products that contain it.David Whitney, Senate is Close to a Deal on a Bill to Ban the Use of Asbestos, Knight-Ridder Wash. Bureau (June 12, 2007), available at 2007 WLNR 10969779. Washington Senator Patty Murray introduced a bill to ban asbestos in 2002. The bill, Ban Asbestos in America Act, S. 742, 110th Cong. (2007), passed the Senate in 2007, but has not become law.Senator Patty Murray, Ban Asbestos in America,  http://murray.senate.gov/public/index.cfm/banasbestosinamerica (last visited Nov. 22, 2011). Senator Murray has observed: “As I’ve pushed my bill in Congress, one of the biggest hurdles has been the senators’ and representatives’ assumption that asbestos was banned long ago.” Jennifer L. Leonardi, It’s Still Here! The Continuing Battle over Asbestos in America, 16 Vill. Envtl. L.J. 129, 130 (2005). Concerns over the scope and expense of asbestos lawsuits, as well as the economic and political strength of the asbestos lobby, have also contributed to the continued use of asbestos in the United States. Id. at 146.

3. Exposure to and Epidemiology of Naturally Occurring Asbestos

NOA is found in a number of areas in the United States and around the world. The USGS and ATSDR have documented NOA in more than half of the states, including much of the West Coast.See, e.g., Van Gosen, supra note 3; Bradley S. Van Gosen, U.S. Geological Survey, Reported Historic Asbestos Mines, Historic Asbestos Prospects, and Other Natural Asbestos Occurrences in Oregon and Washington (2010),  http://pubs.usgs.gov/of/2010/1041/downloads/Plate.pdf.

Several of the areas investigated by ATSDR and EPA involve mining, which entails more intense occupational exposure than the Swift Creek asbestos situation. The infamous vermiculite mine in Libby, Montana, was so heavily contaminated with taconite asbestos that it caused asbestos-related disease affecting at least 1200 Libby residents.Bianca Forde, Revisiting Asbestos-Contaminant Exposure, Regulation, and Reckoning: When Death is in the Air, 35 B.C. Envtl. Aff. L. Rev. 289, 290 (2008). See generally Andrew Schneider & David McCumber, An Air That Kills: How the Asbestos Poisoning of Libby, Montana Uncovered a National Scandal (2008). Additionally, mines in Minnesota, New Jersey, and Alaska have also created health concerns.Harper, supra note 19, at 1401–03. A taconite mine at Silver Bay, Minnesota, released predominately short asbestos fibers in the air. Although these fibers, like many of the fibers detected at Swift Creek, were shorter than the five-micrometer standard in some asbestos regulations, some experts contend that these shorter fibers create a health risk that is as yet unrecognized by the antiquated asbestos regulatory scheme.Id. at 1401. In Ambler, Alaska, the asbestos-containing tailings of a mine were used to create unpaved gravel roads,Id. at 1402. similar to the use of dredged materials for numerous purposes in the Swift Creek area.

Most of the regulatory activity concerning NOA has focused on the El Dorado Hills area of California, about twenty miles east of Sacramento.This area contains deposits of asbestos associated with ultramafic serpentine rock formations along the West Bear Mountains Fault, which runs north to south within El Dorado County. Karen Ladd, U.S. Envtl. Prot. Agency, El Dorado Hills Naturally Occurring Asbestos Multimedia Exposure Assessment: El Dorado Hills, California 2-1 (2005). Asbestos there is sequestered in subsurface mineral deposits, where it can be released when disturbed by soil excavation, driving on dirt roads, or detonation of explosives to clear land.

NOA was first identified in El Dorado County in the 1980s along serpentine-rich dirt roads, which EPA subsequently paved to limit exposure.Agency for Toxic Substances and Disease Registry, Health Consultation Public Comment Release for Evaluation of Community‑Wide Asbestos Exposures 3 (2010), available at http://www.edcoe.k12.ca.us/supts/whats_new/asbestos/documents/ATSDRHealthConsultation_EDH_32910.pdf. In 1998 and 1999, officials discovered that asbestos concentrations in air samples taken near the Golden Sierra High School in El Dorado County exceeded state air quality limits for asbestos, posing a health risk.Dep’t of Toxic Substances Control, Report on Surface Soil Sampling for Naturally Occurring Asbestos Garden Valley, California 1 (2002), available at http://www.dtsc.ca.gov/SiteCleanup/Projects/upload/Garden-Valley_REP_Soil_10-02.pdf. These findings prompted the California Air Resources Board to increase sampling in the area, and culminated with activity-based sampling by EPA in October 2004.Ladd, supra note 56, at 5-3. The State of California and County of El Dorado responded by enacting regulations to reduce and mitigate activities likely to create airborne dust.

Outside the United States, studies and reports of inhabitants exposed to NOA indicate the possibility of health risks. Studies in South Africa and Western Australia, where commercial asbestos mining occurred, found that residents who were not involved in mining had elevated disease risks. As noted in an article reviewing these studies, however, “[i]n the mining regions, it is obviously more difficult to separate out the potential for exposure and disease from the simple presence of asbestos in the soils and rocks in the absence of mining activities.”Harper, supra note 19, at 1396. Other reports from several regions of the world where mining never occurred, but where many different forms of asbestos were found, have shown elevated risks of disease.Countries reporting exposure to fibrous minerals, not all of which fall within the traditional definition of asbestos, include Turkey, Greece, Cyprus, Austria, Corsica, Afghanistan, Italy, New Caledonia, China, Japan, Bulgaria, and Finland. Id. For example, in Bulgaria, tobacco farmers whose soils contained mineral fibers showed pleural plaques. Id.

Health risks from NOA come from exposure, and the exposure pathway of greatest concern is inhalation. For exposure through inhalation to occur, asbestos must become airborne.Id. at 1398. Swift Creek appears to be unique in the world as a delivery system for airborne asbestos. In other areas, including El Dorado Hills in California, asbestos fibers are not likely to be airborne until some human activity—building, farming, driving off-road vehicles that kick up dust—disturbs the soils. In contrast, the landslide on Sumas Mountain continually disturbs asbestos-containing soils, which are then distributed by the flooding of Swift Creek and the Sumas River. The flooding creates new layers of asbestos-laden soils that are not contained under vegetation, under soils, or within rocks. Floods deposit asbestos-laden soils in residents’ yards and basements and in city storm drains. The intrusion of these asbestos-laden soils into people’s living spaces creates possibilities of exposure unlike any other in the world, making it particularly difficult to estimate the risk from NOA in this region.

III. The History of Naturally Occurring Asbestos at Swift Creek

I've talked to the members of my staff, I've talked to the EPA, and this is one of the rare places in the United States that, yeah, there's asbestos occurring, naturally occurring in very many places around the country. But this is one of the very few places where water is impacting with the naturally occurring asbestos and then transporting it to various places.

—Colonel Mike McCormick, U.S. Army Corps of Engineers.Nov. 2007 Transcript, supra note 1, at 37.

A. Geography and Geology

Swift Creek is located in the far northwestern corner of the United States. Canada borders Whatcom County to the north, the Pacific Ocean borders the county to the west, and the rugged Cascade Mountains dominate the eastern part of the county. Seattle is about ninety miles to the south; Vancouver, British Columbia, is about fifty miles to the north.

Moving water crisscrosses this predominately rural landscape. Swift Creek’s headwaters are on Sumas Mountain, a forested ridge of serpentine rock that marks the transition between flat farmland and the Cascade Mountains. In the late 1930s, a landslide took place on Sumas MountainThe earliest aerial photographs showing landslide activity at Swift Creek were taken in 1940, and interpretation of the photographs indicates that landslide activity probably began in the late 1930s. Kerr Wood Leidal, supra note 10, at 4-2.—not a single slide, but the start of an ongoing, massive, slow-moving shifting of soil and rocks. No artificial trigger has been associated with the Sumas Mountain landslide, and engineers assume that a natural event, seismic or hydrological, probably triggered the landslide.Landslides are usually triggered by single events, including earthquakes, hydrological events such as heavy rainfall or stream erosion, or an artificial trigger, such as excavation or blasting. Id. at 4-3. One theory is that a strong earthquake in 1872 may have created conditions favorable to the infiltration of water during particularly heavy rains from 1930 through 1932. Id. Whatever the reason, the Swift Creek landslide has not been susceptible to the apportionment of blame.

The asbestos found in Swift Creek comes from the bedrock geology of the landslide. The serpentinite minerals on Sumas Mountain contain a significant proportion of asbestos. Asbestos fibers weather easily, breaking down into sediments that the landslide deposits in Swift Creek. Of the sediment load that reaches Swift Creek, engineers have estimated that forty-four percent of the particles are larger than sand.Id. at 4-11. Efforts are ongoing to characterize the sediments and their transport. A recent study observed that fine sediments constituted a far smaller percentage of the bedload, but also noted difficulties in measurement:
The erosion rate of the SCL was estimated to be 158 mm [per year], while the erosion rate of just the unvegetated toe, where most of the suspended sediment is presumed to originate, is approximately 1 m [per year]. The annual suspended sediment yield estimated to be approximately 910 t [per square kilometer, per year], is only about 5% of the bedload estimate. The suspended sediment yield is probably an underestimation because of the inability to sample during several of the large rain events and because of the inclusion of debris flow deposits in the bedload estimate.
Tovah M. Bayer & Scott Linneman, The Nature and Transport of the Fine-Grained Component of Swift Creek Landslide, Northwest Washington, 36 Earth Surface Processes and Landforms 624, 637 (2011).
These particles are transported along the bottom of the streambed as bedload, which probably poses little hazard to humans; as for other species, salmon have not been found in Swift Creek since the 1970s.See infra, text accompanying note 78.

The problem is that much of the sediment load consists of “fine sediments,” and most of the fine sediments consist of chrysotile fibers.Bayer & Linneman, supra note 66, at 624, 673 (“The chrysotile fibers . . . make up at least 50%, by volume, of the suspended load transported in Swift Creek . . . .”) (“The fine-grained component of the [Swift Creek Landslide] is predominantly chrysotile with minor amounts of lizardite, illite, chlorite and occasionally hydrotalcite.”). Fine sediments travel in suspension in the water column. Swift Creek transports chrysotile fibers into the Sumas River, which bisects small towns en route to crossing the border into Canada, where it eventually merges into the Fraser River. It is becoming increasingly clear that asbestos fibers hitch a ride along this entire route.Kerr Wood Leidal, supra note 10, at 4-8 to -9. The Soil Conservation Service estimated that around 230,000 cubic yards of sediment had been deposited in the Sumas River from Swift Creek over the thirty-year period that preceded 1965, and proposed a location for a sedimentation basin to reduce the rate of sedimentation. Converse Davis Dixon Assocs., Inc., Phase II Submittal, Geologic and Engineering Analysis, Swift Creek Tributaries, Sumas River Watershed, Whatcom County, Washington 11 (Dec. 1975) (on file with author).

B. The 1950s Through the 1970s: Floods and the Discovery of Asbestos

The Sumas Mountain landslide quickly clogged Swift Creek with sediment. During the 1950s, Whatcom County conducted drainage studies on Swift Creek.Kerr Wood Leidal, supra note 10, at 2-6. In the mid-1960s, the federal Soil Conservation Service, the predecessor to the Natural Resources Conservation Service, conducted several studies of Swift Creek sediments and the effects of sedimentation. It concluded that landslide stabilization was not feasible and recommended the construction of levees to keep Swift Creek within its banks.Id. at 2-9.

Swift Creek did not, however, stay in its banks, and the 1970s were Swift Creek’s high water mark in more ways than one. Severe flooding focused attention on Swift Creek and its sediments. By the end of the 1970s, asbestos had been identified in both sediments and the water. Government agencies knew of the likely transport of asbestos to Canada through the river system, and the most comprehensive study of potential engineering approaches to the landslide conducted to date was completed. Almost everything that is known about Swift Creek was known in the 1970s, at least in broad outline.

A debris flow carrying 150,000 cubic yards of sediment clogged Swift Creek in 1971, flooding adjacent fields. In response, the Corps built levees, berms, and training dikes for most of the floodplain reach of Swift Creek.Converse Davis Dixon, supra note 69, at 12. In the first recorded episode of sediment removal, the Corps dredged Swift Creek.The Corps excavated 70,000 cubic yards of bedload from the Swift Creek channel. Id. at 6; Kerr Wood Leidal, supra note 10, at 2-9.

Dikes, levees, berms, and dredging did not, of course, affect the source of the sediment: the landslide on Sumas Mountain. The Corps examined the landslide in 1971, evaluating engineering options and costs for the “remediation” of the landslide, but determined that the project was not economically justified.Converse Davis Dixon, supra note 69, at 12. See infra text accompanying note 231, for a discussion of possible engineering solutions. No action was taken, and Swift Creek flooded severely again four years later. In 1975, a large flood left a twelve- to twenty-inch layer of sediments in agricultural fields.Kerr Wood Leidal, supra note 10, at 5-4; David L. Blake, Risk Analysis of Agricultural Exposure to Airborne Asbestos in Whatcom County, Washington State 10 (May 1990) (unpublished Master’s thesis, Western Washington University) (on file with Western Washington University Library).

That same year, in response to large, destructive floods, the Soil Conservation Service hired a geotechnical consulting firm, Converse Davis Dixon Associates, to evaluate the feasibility of engineering solutions to the landslide project.Converse Davis Dixon, supra note 69, at 2. The firm’s geotechnical report now provides a snapshot of Swift Creek at the midpoint of its chronology, approximately thirty-five years after the landslide began and approximately thirty-five years ago. The report described the landslide as “teardrop-shaped” and encompassing approximately 225 acres.Id. at 4 (observing that the landslide extended from an elevation of 1,000 feet up to an elevation of around 2,600 feet; the active portion was approximately 1,500 feet wide, 4,600 feet deep, and 150 to 300 feet thick). It observed that local residents had not reported salmon runs for “several years” in Swift Creek, consistent with the Washington Department of Fish and Wildlife’s conclusion that salmon could not utilize Swift Creek “in its present state.” It was possible, the consultants pointed out, that salmon in the Sumas River could also be affected by Swift Creek sediment. The report stated that a “much more broad-based study of sediment effects within the Sumas River” would be required to determine the significance of Swift Creek.Id. at 10.

Not long after the report was released, EPA, in its first recorded appearance in the Swift Creek saga, apparently came up with evidence of Swift Creek’s impact on the Sumas River. In 1976, EPA reported abnormally high levels of asbestos fibers in the Sumas River. The Water Quality Division of Environment Canada became aware of these findings, prompting water quality sampling and further research in the late 1970s and early 1980s.Kerr Wood Leidal, supra note 10, at 5-3. Since the time that this report was prepared, laboratory tests have confirmed that chrysotile asbestos is hazardous to salmon. See generally Scott E. Belanger et al., Effects of Chrysotile Asbestos on Coho Salmon and Green Sunfish: Evidence of Behavioral and Pathological Stress, 39 Envtl. Res. 74 (1986).

At about the same time, Washington State’s environmental agency, the Department of Ecology (Ecology), correlated Swift Creek sediment with the presence of asbestos in Sumas River water samples.Memorandum from Darrel Anderson to Dick Cunningham, Wash. Dep’t of Ecology, Sumas River, Swift Creek Drainage Asbestos Fibre Source Investigation (Feb. 11, 1977), available at http://www.ecy.wa.gov/pubs/77e00.pdf. A 1977 memorandum discussing the Converse Davis Dixon geotechnical report states:
The presence of serpentinite [noted in the Converse Davis report] explains the source of asbestos fibres [sic] in the water. Although there are various forms of serpentinite, the basic structure shows fibreous [sic] structures and silky luster. This can be confirmed by water samples taken at the Sumas River water monitoring station by D.O.E, downstream from Sumas. Under the microscope the fibre [sic] structures can be seen on filter paper. Since its presence can only be identified by the filtering method one can only guess as to the amount of serpentinite entering the Sumas River drainage.
Id.
Ecology took water samples at several points along Whatcom County rivers in November 1977. Both the samples from Swift Creek and from the Sumas River downstream of its confluence with Swift Creek contained asbestos. Samples from the Sumas River above Swift Creek, as well as samples from another creek unaffected by the Sumas Mountain landslide, did not contain asbestos.Samples were taken from Swift Creek, the Sumas River, and Breckinridge Creek. Breckinridge Creek, which is also a tributary of the Sumas River, is north of and roughly parallel to Swift Creek. The Sumas Mountain landslide does not affect it. Memorandum from Shirley Prescott to Dick Cunningham, Wash. Dep’t of Ecology, Asbestos Fibre Source Sumas River 3 (1977), available at http://www.ecy.wa.gov/pubs/77e23.pdf. In a concise summation of the Swift Creek situation, the memo concluded:

It appears that the local farmers and those persons most affected by the slide debris and flooding will have to institute whatever action is to be taken. Whether or not any of this would have an impact on the asbestos fibre getting into the Sumas River is unknown. Assuming the siltation could be controlled by sedimentation basins, etc., possibly the amount of fibre would be decreased but probably not eliminated.Id.

C. The 1980s: Dredge, Haul, and Hope for the Best

Ecology’s observation that “those persons most affected” by Swift Creek sediment would have to take care of the problem correctly predicted a regime of local dredging and local disposal of dredged sediments. Whatcom County began dredging the creek bed regularly around 1980. The county left dredged sediments on the creek banks, available as free fill to anyone who wanted to haul them away. Although there is no record of where all of the dredged material went, it was probably used in building sites and roadbeds throughout the county. This approach to the dredged sediments was viewed simply as a win-win situation: local residents and industries received free fill material in return for clearing out piles of unwanted dredged sediments. Its legacy is ongoing uncertainty about the location of Swift Creek sediments, whether or not they are capable of becoming airborne, and the extent of exposure to the sediments.

Although agencies knew that asbestos was present in sediments, the record of the 1980s, to the extent that it has been pieced together, does not indicate any efforts to address the extent to which Swift Creek asbestos posed a health hazard. The dangers of asbestos in occupational settings were well known. When the presence of asbestos in Swift Creek sediments and Sumas River water was first established in the late 1970s, asbestos litigation relating to occupational exposure was in full swing. In 1982, when the Johns Manville Corporation filed for bankruptcy protection, it had been named in 17,000 asbestosis cases.Patrick M. Hanlon & Anne Smetak, Asbestos Changes, 62 N.Y.U. Ann. Surv. Am. L. 525, 540–41 (2007). In the absence of acute health effects or of a regulatory regime that extended to asbestos found outside the occupational setting, however, agency concern over asbestos in Swift Creek and the Sumas River was slow to develop.

In the face of neglect, Swift Creek continued to create problems. Despite Whatcom County’s dredging efforts, Swift Creek flooded severely in 1983 and again in 1984. These floods again deposited thick layers of asbestos-laden sediments on agricultural lands. Later in the 1980s, Dr. Hans Schreier, a researcher from Canada’s University of British Columbia, published research demonstrating substantial asbestos fiber concentrations in the Sumas River during the 1983–84 hydrological cycle, showing that the Swift Creek landslide had influenced sediment and water quality in at least a 9.9-mile reach of the Sumas River.Kerr Wood Leidal, supra note 10, at 5-5.

In several further studies, Dr. Schreier and associates attempted to analyze the presence of asbestos and related heavy metals in plants and animals in Whatcom County. Fish samples from the Sumas River in Washington and Canada showed elevated levels of nickel and manganese, trace metals associated with asbestos fibers.H. Schreier, T.G. Northcote & K. Hall, Trace Metals in Fish Exposed to Asbestos Rich Sediments, Water, Air, & Soil Pollution 279, 290 (1987). A previous test had determined that, under laboratory conditions, chrysotile asbestos is hazardous to salmon. Belanger, supra note 79; see also James S. Webber & James R. Covey, Asbestos in Water, 21 Critical Revs. Envtl. Control 331, 355–58 (1991) (reviewing studies evaluating the effect of asbestos on aquatic ecosystems, including the Schreier and Belanger articles referenced in this note). The documented presence of asbestos contributed to the slowly accumulating body of information demonstrating that the river system was transporting and distributing landslide sediments over long distances.

D. The 1990s: Asbestos Concerns Develop

By 1990, agencies began to show increasing uneasiness about the presence of asbestos in Swift Creek sediments. The Port of Bellingham considered using Swift Creek sediments for fill, but reconsidered after the Northwest Washington Air Pollution Authority (now the Northwest Washington Clean Air Agency) advised the port that the sediments contained asbestos.Kerr Wood Leidal, supra note 10, at 5-6. To evaluate the presence of asbestos in Swift Creek sediments, Whatcom County hired a consultant to collect and analyze soil samples from Swift Creek’s streambed and bank. Eight samples contained asbestos in concentrations between one and three percent. The report summarized standards and advisories related to asbestos, noting that no standards apply to NOA, and recommended safe-handling procedures for using the sediments as fill.Id. at 5-7.

The following year, an employee of Northwest Air Pollution Authority attempted to determine “the maximum health risk posed by the [Swift Creek] deposits” by examining “what may be a worst-case human exposure scenario—a farmer cultivating an asbestos sediment-containing field.”Blake, supra note 75, at 10. The study focused on an eight-acre field characterized as “the only contaminated field still under cultivation”Id. at 11. after inundation by the 1975 flood. Asbestos-laden sediments therefore had been deposited fifteen years prior to the study.Although the soil was poor because of the effects of the flood sediments, the farmer usually planted a crop of corn or seed grass in May or June. An unusually wet spring during the study year, 1990, delayed cultivation, and the farmer ultimately “agreed to disturb the study area in a typical manner (disc and tractor)” in September. As a result, conditions were dryer than they would have been in spring, likely resulting in increased dust levels that were viewed as a worst-case scenario. Id. The study concluded that there was no evidence that regulatory standards had been violated. It also concluded that the release of asbestos by wind erosion did not appear to pose a significant threat in the study area.Id. at 44. Ambient air samples were collected from five air samplers, and sampling filter membrane cassettes were clipped to the farmer’s collar in an effort to determine impacts within his breathing zone. Id. at 14. Chrysotile asbestos was identified in all samples collected from the sediment-laden field and in the sample from the breathing zone. The study concluded that neither the ambient samples nor the farmer’s exposure met the Occupational Health and Safety Administration “action level,” which required a time-weighted exposure of 0.2 fibers per cubic centimeter. Id. at 39. When identifying asbestos fibers, the study only counted fibers greater than 0.5 micrometers in length with an aspect ratio of at least five to one. Id. at 20, 42. As discussed further below, this is still the regulatory standard, although there is no scientific consensus that shorter asbestos fibers are not potentially harmful to humans. For more than fifteen years, this study constituted the best—indeed, the only—scientific examination of the possible health risks of airborne asbestos from Swift Creek sediments.

Most efforts continued to focus on removing the stream-blocking sediments that continued to flow from the landslide.Kerr Wood Leidal, supra note 10, at 5-8 to -9. In 1995, Great Western Lumber, a private company affected by flooding, proposed to remove gravel from Swift Creek. An ad hoc committee of agency representatives found that samples from five plots were reported to contain only trace amounts of chrysotile asbestos, below the one percent threshold in occupational settings. The gravel removal apparently was allowed to proceed. On a broader scale, the Corps granted emergency authorization to Whatcom County to dredge Swift Creek with two conditions: Whatcom County should pursue a long-term management plan, and the sediment could not be removed from the site. Because it could no longer be removed, dredged sediment was added to berms along the side of the Creek. In 1997, Whatcom County again needed to dredge sediment, in part because the sediments that had been piled into berms along the side of Swift Creek were eroding back into the creek. The Corps agreed to approve off-site disposal of the sediment, provided that clearance could be obtained from the Whatcom County Health Department. After consulting with the Northwest Air Pollution Authority, the Health Department replied that the material could be used as fill because it contained less than one percent asbestos, and further stated that the asbestos-laden soil did not require a cover or warning signs while in transport. Id. Whatcom County hired a consulting firm to evaluate ways to reduce flooding by restricting the amount of sediment that would accumulate in Swift Creek. The County selected an option that would involve channel dredging, construction of sediment traps, and relocating the confluence of the North and South Forks of Swift Creek. It was estimated that the plan would cost $600,000 to $1.6 million to implement, depending on the marketability of the sediment as fill material.Id. at 1-2. Whatcom County started to implement the plan in 1998 by routinely dredging Swift Creek.Id. at 2-8. It is believed that most of the dredged sediment, estimated at 50,000 cubic yards, was used as fill for the approaches to a new bridge.Id. at 3-1.

In Canada, the federal environmental agency, Environment Canada, had been conducting a study of the Fraser River system, which includes the Sumas River as a tributary. In 1998, Environment Canada released a report showing that elevated levels of nickel, chromium, copper, and zinc had been found in the sediments of the Sumas River system. It noted that elevated levels of nickel and chromium, heavy metals often associated with asbestos deposits, “likely” came from the Sumas Mountain landslide.Ministry of Water, Land, and Air Prot., Summary of Surface Water Quality Sampling on Sumas River and Tributaries, Abbotsford, British Columbia 7–8 (2004), available at http://www.env.gov.bc.ca/epd/regions/lower_mainland/water_quality/reports/sumas_river/sumas_river.pdf.

E. 2000 to 2005: Inklings of a Regulatory Regime

During the first few years of the twenty-first century, sedimentation and flooding, not asbestos, remained the major concern relating to Swift Creek. In a 2001 Whatcom County Council committee meeting, for example, members of the County Council asked if Swift Creek was “the creek that has something in the sediment that makes it difficult to get rid of the sediment.” Whatcom County’s Public Works Director replied that “Swift Creek has a form of asbestos that is not the type that has caused lung problems, but it is still asbestos.” He further noted that the county could not use all of the sediment for fill and that some of the dredged sediment was piling up. “The trick is to find a user for it at the time it is being excavated. Generally, no one is willing to use it if it costs to pile it and then move it again.”Minutes of the Whatcom Cnty. Council Pub. Works and Capital Projects Comm. 3 (Feb. 6, 2001), available at http://www.co.whatcom.wa.us/council/2001/minutes/Public_Works_for_February_6.doc. At least at the local level, Swift Creek continued to be viewed solely as a flood problem.

To reduce flooding, Whatcom County tried to obtain permits to build a sediment trap on Swift Creek but found that it was working in a new regulatory environment. The Washington Department of Fish and Wildlife objected to the sediment-trap permits on the grounds that the dredged, asbestos-laden sediments could reenter state surface waters.2007 EPA Summary Report, supra note 24, at 2-3. Although the Corps tried to create a work-around to allow dredging while meeting the Washington Department of Fish and Wildlife’s concerns, the sediment-trap project never went forward.Id. This action represented the start of a new era for Swift Creek with nonlocal agencies concerned about the impacts of dredging the creek.

F. 2005 to the Present: Federal Agencies Come to Swift Creek

EPA again became involved in Swift Creek in 2005. To reduce the constant risk of flooding, Whatcom County had applied to the Corps for a permit to allow dredging and bank stabilization. EPA responded to the Corps’ public notice of the permit application by requesting that the Corps not issue a permit until public and environmental health concerns were addressed.EPA recommended that a method to monitor and track the use of dredged materials should be developed, that there should be no minimum threshold for the requirement of permits for the removal of materials, that the stockpiled material should be secured from unauthorized removal, and that a public information project should be developed to inform potential users of the risks associated with NOA. Id. at 2-4.

In response, Whatcom County notified the Corps that the Washington State Department of Health would help the county assess the health risks associated with the Swift Creek dredged material. The county further pledged not to move dredged sediments away from the banks of Swift Creek until the health risks were determined. This cautionary approach was memorialized in the Corps’ permit, which required Whatcom County to “securely store” all dredged sediments “at the project site on adjacent uplands” and prohibited the removal of the dredged sediments “for any use including as fill material.”Id. at 2-4. Whatcom County could no longer pile sediments on the creek banks and allow residents and construction companies to haul the sediments away as free fill material. Instead, the sediments had to be stored on private property on the banks of Swift Creek.

With this permit in hand, Whatcom County launched the “Big Dig” in the summer of 2005. It dredged approximately 85,000 cubic yards from one reach of Swift Creek, stockpiling all of the material along the creek’s banks. The stockpiled materials formed high levees which, it was believed at the time would be a temporary storage solution until a better solution could be developed. In an attempt to prevent further exposure, fences, gates, and warning signs were installed along several access points, although these measures have not stopped people from walking and even riding off-road recreational vehicles through creek sediments and on top of the levees.Health Consultation, supra note 12, at 5. “Securing” the sediments in large creek-side berms may have actually attracted recreational use, which has the potential to expose more residents to asbestos-laden dust. The agencies themselves were not sure how much risk the sediments posed, and throughout 2005 made further efforts to analyze the extent of asbestos in the soils and the risk of exposure to airborne asbestos.Id. at 8. The Whatcom County Health Department took sediment samples from Swift Creek in June 2005 and found that fine-grained sediments contained as much as forty-six percent chrysotile asbestos, as well as trace levels of amphibole fibers. Id. Western Washington University, in nearby Bellingham, Washington, conducted independent analysis of samples from Swift Creek’s banks and streambed. The asbestos concentration was not noted, but chrysotile asbestos fibers were observed. Id. During dredging in August 2005, Whatcom County and the Washington State Department of Labor and Industries took personal air samples from workers’ breathing zones for roughly three to five hours over the course of two days. Asbestos fibers were detected in twelve of the sixteen samples, but most samples had concentrations below analytical reporting levels, and all samples were below the permissible exposure limit. It was noted, however, that these results were influenced by the analytical method used, which was unable to detect the small asbestos fibers characteristic of Swift Creek sediments. Federal, state, and county health officials, including ATSDR, the Washington Department of Health, and the Whatcom County Health Department, conducted a site visit in August 2005. They walked past a gate with signs prohibiting the removal of sediments and then climbed to the top of the levees that contained stockpiled sediments from the previous dredging. Dredging was still occurring at the time, and the health officials observed that “[n]umerous pieces of heavy equipment were removing sediment from the creek and placing it on the bank or moving it around on the levees,”Id. at 6. as a water tanker truck sprayed water on the levee soils to minimize dust. Researchers observed off-road recreational vehicle tracks running through Swift Creek sediments and photographed a child’s big-wheel toy sitting adjacent to a levee.Id.

The resultant health consultation report, issued in March 2006, identified numerous potential airborne exposure pathways for asbestos, including windblown dust from piles, off-road recreational vehicles stirring up dust in Swift Creek or on levees, dust in yards where sediments were used as fill, tilling or working earth where sediments had been deposited, and dredging for flood control.Id. at 13. The report further observed, “downstream exposures to asbestos are possible if there is significant deposition along Sumas River.” Although Dr. Schreier’s publications from the 1980s were not cited, the health consultation report did note the possibility of impacts on the Sumas and Fraser Rivers in Canada.Id. at 12 ( “[The Department of Health] has no information on whether Sumas River is used as a source of drinking water in British Columbia, or what the impacts are on Fraser River’s water quality.”)

The health consultation report concluded that the health risk from asbestos was “indeterminate.” In particular, it found that “[c]urrent knowledge of asbestos content and physical properties in Swift Creek sediments is insufficient for determining human health risks and appropriate end use of dredged sediments” and recommended that the asbestos in Swift Creek should be fully characterized.Id. at 4. The report’s primary recommendation encouraged the agencies to develop a collaborative sampling plan so as to fully characterize of the asbestos in the sediments. With that recommendation in hand, Whatcom County’s Health Department asked EPA to characterize the asbestos by defining the type and concentrations of asbestos.2007 EPA Summary Report, supra note 24, at 2-5.

Starting in April of 2006, EPA performed four phases of investigation: site reconnaissance, integrated assessment, activity-based sampling and analysis, and risk evaluation.Id. at 2-5, 4-1. During the site reconnaissance, conducted in April 2006, EPA collected sediment and water samples. Polarized light microscopy detected chrysotile asbestos in all eight samples. The concentration of asbestos ranged from trace amounts to approximately thirty percent.

The integrated assessment, conducted in May, was a site investigation that assessed the necessity for clean-up at the site.The assessment was “integrated” because it applied both criteria for a time-critical removal action and the criteria for listing on the National Priorities List. Id. at 5-1. EPA assessed soil and air filter samples from the levee of dredged material piles on the south side of Swift Creek. Asbestos levels in those soil samples ranged from trace amounts to 4.4%. Those soil samples also showed elevated levels of three heavy metals: chromium, nickel, and vanadium. The air samples included stationary samples and personal samples. Personal air sampling involves placing an air-sampling pump on a worker with the air inlet placed near the person’s breathing zone.Id. at 6-1. While asbestos was found in all of the air samples, the average concentration for the personal samples was more than ten times greater than the average concentration of the stationary samples.Id. at 5-1 to -2.

Based on the integrated assessment, EPA concluded “the dredged material piles at the site were contaminated with asbestos and metals and that people working or traveling across the site are potentially exposed to these contaminants.” EPA further concluded “asbestos could be migrating to off-site locations, including nearby residential areas.”Id. at 5-2.

The third phase of EPA’s investigation, activity-based sampling, was intended to simulate exposures to asbestos that could result from common activities at the site. EPA workers, dressed in moon suits with respirators containing filters designed to collect asbestos fibers, performed activities described as “loading/hauling, raking/spreading, and recreation (walking/jogging/biking).” All of the samples from the workers’ air filters contained asbestos.Id. at 6-3.

Activity-based sampling was an important input into the final stage of EPA’s 2006 investigation, the risk assessment. EPA concluded that for all evaluated activities the excess lifetime cancer risk from asbestos was greater than one in one million (1 x 10-6), and the risk was greater than one in ten thousand (1 x 10-4) for some activities.Id. at 7-2. These risk levels correspond to threshold determinations for further agency action. EPA noted that, under the Superfund program, a risk level below one in one million is considered de minimis, while a risk level greater than one in ten thousand may form the basis for a cleanup action.Id. at 7-1. The Washington State Department of Ecology generally uses a maximum level of risk of one in one million for residential exposures and one in one hundred thousand for industrial exposures. Id.

The risk assessment resulted in the conclusion that “[r]esidents living near the Swift Creek Asbestos Site should limit exposure to Swift Creek dredged materials,” and that contact with off-site materials could also lead to indeterminate exposure risks.Id. at 8-1. EPA further recommended that “dredged materials no longer be removed from the site without personal protection and that it not be taken to other sites where further exposure is possible, as has been done in the past.”Id. EPA concluded that a successful response to Swift Creek asbestos would have to be collaborative, involving many agencies

In response to this risk assessment, EPA used its removal authority under CERCLA to “reduce the potential for an uncontrolled release of asbestos from the dredged materials presently stockpiled along Swift Creek . . . .”James Peterson, Ecology & Envtl., Inc., Swift Creek Asbestos Site: Time Critical Removal Action Report Everson, Washington 2‑3 (2008), available at http://yosemite.epa.gov/r10/CLEANUP.NSF/sites/sumasmtndocs/$FILE/Swift+CK+Removal+Rpt+Final_Apr2008.pdf. See infra text accompanying note 151, for a discussion of the basis and extent of EPA’s removal authority under CERCLA. EPA used its removal authority in November of 2007 to re-grade the site and apply a dust suppressing “tackifier” compound to the dredged sediment piles in order to limit wind dispersal of asbestos fibers.

The Washington Department of Health and ATSDR also responded to the risk assessment by preparing a health consultation that focused on health statistics and public health issues.Wash. Dep’t of Health, Evaluation of Health Statistics and Public Health Data Gaps Related to Exposure to Naturally Occurring Asbestos from Swift Creek (Feb. 22, 2008) [hereinafter Public Health Evaluation], available at http://www.doh.wa.gov/ehp/oehas/pubs/swiftcreekasbestos08.pdf (prepared under a cooperative agreement with ATSDR). The 2008 report reviewed existing health statistics, comparing the number of cancer cases identified in the community near Swift Creek with the number of cancer cases seen in two reference populations. The report concluded that “[i]n the area of interest, no mesothelioma cases were identified from 1992 to 2004. Lung and bronchus cancer rates were in the area of interest, were similar to Washington State rates, and were not significantly different from Whatcom County as a whole.”Id. at 10. Although the small number of cases resulted in “wide confidence intervals around calculated values,” the lack of an observed increase in the number of cancer cases led to a recommendation not to conduct further epidemiological analyses.Id. at 24.

The health consultation report also focused on data gaps. Observing that EPA’s sampling and analysis had provided “much-needed information,” the report noted that, “[u]nfortunately, it is difficult to extrapolate results of activity based sampling to other scenarios, including indoor exposure. Consequently, it is difficult to determine what public health actions are appropriate without a more complete picture of potential exposures.”Id. at 11. Because of these data gaps, the report concluded that Swift Creek asbestos presents an “indeterminate” public health hazard.Id. at 13.

In addition, the health consultation report notes that data gaps exist in areas relating to both occupational and non-occupational exposure. Occupational exposure could occur from a number of activities and locations: future creek dredging; stream restoration efforts (which were halted once asbestos was identified); road repairs where Swift Creek sediments had been used as fill or bed material; and at Great Western Lumber, a local sawmill that may have used Swift Creek sediment in its lumber yard.Id. at 11–12.

Non-occupational exposure primarily originates from dust blown into or tracked into homes. This exposure is not limited to homes near Swift Creek; as the health consultation report notes, people have used Swift Creek sediments as fill throughout Whatcom County:

The full extent to which asbestos-containing sediments have been used off-site is uncertain, and will likely never be completely known, but an estimated 2 million cubic yards were moved off-site. Anecdotal information suggests that Swift Creek sediments have been used as fill for a variety of private (e.g., driveways, parking lots, log yards, and horse arenas) and public projects (e.g., transportation projects). A potential pathway of significant concern is the in home exposure pathway. If asbestos containing fill was used at or near residential properties, there is potential that asbestos may have been tracked into the home over time. Since people spend the majority of time indoors, this potentially presents a frequent and prolonged exposure pathway.Id. at 11.

Flooding and the possible dispersion of asbestos sediments beyond Swift Creek also presented an uncertainty, or data gap, with regard to downstream exposure. The health consultation report observed that because Swift Creek flows into the Sumas River, flooding of the Sumas River could also deposit asbestos into the floodplain, homes, and basements of the Sumas River basin.Id.

That uncertainty did not last long. Nature soon provided scientists with the opportunity to fill this “data gap” when heavy winter rains caused the Sumas River to flood in the first days of 2009. EPA’s subsequent sampling in May 2009 yielded sobering results. Chrysotile asbestos and some actinolite asbestos were detected in upland soil and bank sediment samples collected from Swift Creek and from the Sumas River downstream from Swift Creek. Chrysotile asbestos was detected in surface water samples. The concentrations detected were much higher than those detected in earlier sampling efforts, which focused on dredged sediments. Concentrations as high as 27% in upland soil samples and up to 22.75% in bank sediment samples collected along the Sumas River downstream from Swift Creek. Surface water samples detected up to 879 million asbestos fibers per liter in the Sumas River downstream from Swift Creek.Office of Envtl. Assessment, U.S. Envtl. Prot. Agency, Region 10, Soil, Sediment and Surface Water Sampling, Sumas Mountain Naturally-Occurring Asbestos Site, Whatcom County, Washington 7 (Oct. 13, 2009), available at http://yosemite.epa.gov/R10/CLEANUP.NSF/6ea33b02338c3a5e882567ca005d382f/8b0d044466ea186b882572a6006cc71b/$FILE/20091013_finalreport.pdf. Disturbingly, the level of asbestos in the soils did not appear to diminish significantly as the Sumas River flowed north to the Canadian borders. Sampling indicated that upland soils at a site just south of the border contained 26.75% asbestos.Id. at 16.

In response to the potential, but still “indeterminate,” risk of exposure to asbestos created by the flood conditions, EPA proposed a number of measures that property owners along the Sumas River should take. These measures included removing shoes before entering a house, dusting with a wet cloth rather than a feather duster or dry cloth, and keeping out of areas where asbestos may be present. Additionally, EPA provided specific advice for pets: “If they do get dirty, bathe the pet (brushing can release fibers into the air).”Id. at 8.

For farmers, homeowners, and businesses to take such inconvenient precautionary measures, they would need to believe both that asbestos in the soils created a health risk and that taking off their shoes and washing their pets would have a material effect on the health risks that they face. Because of the uncertainty surrounding asbestos from Swift Creek, many local people doubt those propositions.

G. Risks from Sumas Mountain/Swift Creek Asbestos

To date, health agencies have concluded that (1) a “public health hazard” exists for people conducting activities regularly on dredge piles; (2) an “unacceptable cancer risk” of greater than one in ten thousand, or one excess cancer in ten thousand exposed people, results from some activities; (3) risk factors may be “underestimated” because exposures may occur at other locations, such as indoor environments of residences near Swift Creek; (4) there is no evidence of elevated rates of asbestos related disease such as mesothelioma and lung cancer in the community near Swift Creek compared to Whatcom County or Washington State as a whole; and, (5) nonetheless, an “indeterminate public health hazard” exists for people who may be exposed to Swift Creek asbestos off-site, such as indoor locations or areas where dredged material was used as fill.Health Consultation, supra note 12, at 13.

While the agencies’ caution and lack of certainty are defensible from a legal and scientific perspective, it is very difficult for the general public to understand the ramifications of such vague and seemingly conflicting conclusions. Nor is it apparent to citizens why the agencies that “caused” the problem by proclaiming that the area is risky can neither solve the problems created by Swift Creek asbestos nor explain clearly what needs to be done to solve the problem.

In November 2007, multiple agencies hosted a public information session to discuss EPA’s risk assessment with local citizens. Representatives from nine federal, state, and local agencies, including ATSDR, EPA, the Corps, the Washington State Departments of Ecology, Health, and Natural Resources, the Northwest Clear Air Agency, and Whatcom County Departments of Public Works and Health met in a community center near Swift Creek. The Administrator of EPA Region 10 participated, as did the Seattle District commander for the Corps.

The first speaker, the owner of a lumber company who had periodically dredged the areas of Swift Creek that ran through his property, questioned the significance of the risk assessment:

[O]ne [value] that ended up outside of the range of reasonable risk was the child play and that was two hours a day for a full year, 350 days a year for 10 years. I mean, that's just not a—I mean, that doesn't seem realistic to me and that one, like I said, was again was from a maximum value, not a mean value. So it just seems like we're taking—the information we're basing these decisions on are really from an extreme and I just can't get my head around this, how we can make these decisions that are affecting this community based on—it seems like kind of iffy numbers . . . .Nov. 2007 Transcript, supra note 1, at 9–10.

EPA personnel responded that the analysis was inherently uncertain, but that they were concerned about potential health effects. The following exchange epitomizes the difficulties of the Swift Creek situation, where agencies cannot state clearly that the situation is dangerous but also cannot assure the public that the situation is safe

ms. lori cohen: Can I just add to that? The one other thing I did want to say is you are asking for like kind of a bright line as to what's safe or not safe and I don't think we quite addressed that. There really is no bright line. Asbestos is a human carcinogen and there's no amount that's truly safe and so you do have to make these sort of assessments and evaluations to judge what kind of exposures you might be—what kind of exposures might be there and what the potential increased risk of cancer is to an individual. So I don't think we could ever say there is an absolute bright line of what is safe.

mr. tom westergreen: You still have to make a decision. You can say that about everything in life, that there's risk in everything you do, and that's what the frustration here is, Lori, is coming up with that level . . . .Id. at 13–14.

The absence of a bright line permeates the range of regulatory responses available to NOA in general, and to Swift Creek in particular. “Business as usual” is not possible because of the risk, but the risk is not so clearly elevated that significant resources are available for a response.

IV. “A Seam Between the Authorities”: Regulatory Authority

mr. chuck gelwicks: I want to know who is going to take responsibility when it's a foot thick on our land. That's what I want to know.

mr. mike mccormick: If we are called for the flood fight we will work with you on that, on the flood fight, but the impact to the land and everything else, I think that's really what you're getting to, the detrimental impacts to your farmland.

mr. chuck gelwicks: Yes.

mr. mike mccormick: That's what you're talking about?

mr. chuck gelwicks: Everybody's, yes.

mr. mike mccormick: I think that's beyond my authority.

mr. chuck gelwicks: Well, whose authority would it be?

mr. mike mccormick: I don't know, sir.

—Swift Creek Meeting at Glen Echo Community Club.Id. at 62–63.

The regulation of asbestos can best be described as erratic. It is a hazardous waste for purposes of some laws but not for others. Commercial asbestos is extensively regulated at the federal level, but this authority does not always apply to NOA. Federal, state, and local governments all have some type of authority that they may be able to use to address NOA, but the extent to which agencies must act to address NOA concerns is less clear. As the Corps District Commander observed at a public meeting in 2007, “where we are right now is a seam between the authorities. And that’s not an answer you want to hear, but to the extent I understand it, it’s probably the reality.”Id. at 35 (quoting Mike McCormick, Seattle District Commander, U.S. Army Corps of Engineers). Although a seam between the authorities is an uncomfortable location, it does dictate cooperation and may lead to creativity. Whether any or all of these authorities will be able to address NOA at Swift Creek, or whether NOA will turn out to be a problem without a regulatory solution, is the subject of Part V. First, however, the following sections describe existing regulatory authority.

A. Hazardous Waste Regulation

1. CERCLA: Release, Liability, and Removal

Asbestos is classified as a hazardous substance under CERCLA.42 U.S.C. § 9601(14)(E) (2006) (referencing hazardous air pollutants listed under 42 U.S.C. § 7412(b)); 40 C.F.R. § 302.4 (2011) (asbestos on list of hazardous substances); see also United States v. W.R. Grace & Co., 280 F. Supp. 2d 1149, 1153 (2003) (where parties stipulated that asbestos is a hazardous substance under CERCLA). In the context of a discussion of CERCLA liability, EPA representatives told local governments in Whatcom County that asbestos is “not a hazardous waste.” See Minutes of the Whatcom Cnty. Council Special Surface Water Work Session, supra note 2, at 3 (“So far, asbestos is not designated as a hazardous waste. . . . For now, they are just saying that this is not a hazardous waste.”). While asbestos is not defined as a hazardous waste under CERCLA, its designation as a hazardous substance makes asbestos subject to CERCLA’s reporting and liability requirements. See infra, text accompanying notes 138–41. The speaker at the Whatcom County Council Special Surface Water Work Session may have been thinking about the fact that asbestos is not regulated as a hazardous waste under the Resource Conservation and Recovery Act (RCRA). CERCLA focuses primarily on liability and contains only one regulatory provision, which requires any person in charge of a facility to report any release of hazardous substances from the facility.[1]. 42 U.S.C. § 9603(a) (2010). “Facility” includes “any site or area where a hazardous substance has been deposited, stored, disposed of, or placed, or otherwise come to be located,”Id. § 9601(9). and “release” means “any spilling, leaking, pumping, pouring, emitting, emptying, discharging, injecting, escaping, leaching, dumping, or disposing into the environment.”Id. § 9601(12). The reporting requirement for asbestos is triggered upon release of one pound of friable asbestos.40 C.F.R. § 302.4 (2011); Memorandum from Michael S. Alushin & Glenn L. Unterberger, U.S. Envtl. Prot. Agency, to Regional Counsels, Regions I–X, Inclusion of CERCLA Section 103(a) Counts in Asbestos NESHAP Cases (1990), available at http://www.epa.gov/compliance/resources/policies/civil/caa/stationary/inclu-asbes-rpt.pdf (“Even though CERCLA regulations do not define the term ‘friable asbestos,’ the reportable quantity should not be interpreted to include one pound of ‘any material containing more than 1 percent asbestos by weight that hand pressure can crumble . . . .’ 40 C.F.R. § 61.141 (definition of friable asbestos under Clean Air Act).”).

CERCLA’s reporting requirements technically are broad enough to require reporting by landowners (“in charge” of a “facility”) when sufficient asbestos is “released” (removed by floods or wind) from a pile of dredged materials in which asbestos has been disposed ofUnder the Solid Waste Disposal Act, “disposal” encompasses any “discharge, deposit, injection, dumping, spilling, leaking, or placing of any solid waste or hazardous waste into or on any land or water so that such [waste] or any constituent thereof may enter the environment or be emitted into the air or discharged into any waters, including ground waters.” 42 U.S.C. § 6903(3). This definition from the Solid Waste Disposal Act is applied to CERCLA through 42 U.S.C. § 9601(29). or stored. It could theoretically require Whatcom County or other agency employees to report releases when dredging or otherwise moving asbestos-laden soils. This would, of course, require continuous monitoring and measurement.

In addition to the reporting requirements, CERCLA establishes liability for owners and operators of facilities, as well as arrangers (any person who arranged for disposal or transport) and transporters of hazardous substances.42 U.S.C. § 9607(a) (2010). Liability accrues for the release of a hazardous substanceId. and can extend to the costs of any removal or remedial actions taken by the federal or state government, any other necessary response costs, and damages to natural resources.Id. § 9607(a)(4)(d).

These definitions require human action: asbestos must be disposed of or transported, or its disposal or transport must be arranged.“Transport” means “the movement of a hazardous substance by any mode.” Id. § 9601(26). Asbestos that merely washes up along the banks of a river system likely would not fall within this definition,A recent federal district court case could cause uncertainty about this conclusion, to the extent that any asbestos transported by the river could be shown to have originated on the dredge piles. The court found that the Washington Department of Transportation was liable under CERCLA as an “arranger” because it designed a storm water drainage system that deposited roadway contaminants in the environment. United States v. Wash. Dep’t of Transp., 716 F. Supp. 2d 1009, 1015 (W.D. Wash. 2010). If a reviewing court found that the criteria of the case were met—that an entity designed, constructed and operated the dredge piles, that their sole function was related to the collection and disposal of hazardous runoff, that the arranger knew that the system contained hazardous substances, and that there was an actual release of a hazardous substance—it is possible that arranger liability could apply. but asbestos that has been dredged, hauled, or stored on the bank of a stream probably would qualify if it were released into the environment.

For decades, Whatcom County residents, companies, and government agencies have transported asbestos-laden sediments and used those sediments for purposes that have not been documented but that likely include the construction of roads, parking lots, and trails. It has been estimated that two million cubic yards of sediment have been dredged and removed from Swift Creek.Public Health Evaluation, supra note 121, at 11. Beginning in the late 1940s, the Corps was responsible for dredging Swift Creek as a flood control measure. Later, the Whatcom County Public Works River and Flood Division assumed the responsibility of dredging and maintaining Swift Creek.Health Consultation, supra note 12, at 5. Further, private property owners, in the interest of preventing flooding, allowed the storage of sediments on their land. In theory, any of these potentially responsible parties could be liable under Superfund.

To date, this expansive web of potential Superfund liability has made the entire issue of liability recede into the background. In a situation in which almost every entity lives in a glass house, the decision to throw a stone is fraught with difficulty. When EPA discussed liability with the Whatcom County Council, EPA warned the council that “there is liability associated with Superfund” and that it could affect private property owners. The concluding message, however, was that “Superfund isn’t interested unless there is a specific risk.”Minutes of the Whatcom Cnty. Council Pub. Works and Capital Projects Comm., supra note 97, at 7. CERCLA establishes an “act of God” defense, which applies when a release of a hazardous substance “and the damages resulting therefrom were caused solely by” an act of God. 42 U.S.C. § 9607(b) (2010). An act of God is defined as “an unanticipated grave natural disaster or other natural phenomenon of an exceptional, inevitable, and irresistible character, the effects of which could not have been prevented or avoided by the exercise of due care or foresight.” Id. § 9607(b)(1). Under the act of God defense, a potentially responsible party would likely contend that the Swift Creek landslide constitutes an unanticipated natural disaster, however slow-moving and permanent it may be. The potentially responsible party would further need to establish that the damages resulting from the natural disaster were caused solely by the natural disaster. The agencies that conducted that dredging might be able to contend that the damage could not have been prevented or avoided by the exercise of due care and that their actions constituted due care and foresight to prevent greater damage. However, this approach might not be available to the private parties who transported or received sediment, unless they could convincingly argue that no due care or foresight could have prevented damage because the nature of the materials were unknown. In light of the strict liability nature of CERCLA, this would be a departure from the law’s current interpretation.

Neither the liability provisions of CERCLA nor the release-reporting obligation appear likely to result in the kind of long-term solution to the Swift Creek asbestos problem sought by agencies and residents. CERCLA also provides EPA with more promising tools by granting it authority under two distinct cleanup classifications: removal actions and remedial actions. EPA is authorized to initiate removal or remedial actions at sites where the release or substantial threat of release of a pollutant may pose an imminent and substantial danger to public health and welfare.Id. § 9604(b). Removal or remedial activities are not authorized in response to a release, or threat of release, of “a naturally occurring substance in its unaltered form, or altered solely through naturally occurring processes or phenomena, from a location where it is naturally found.”Id. § 9604(a)(3)(A). This limitation should not apply to Swift Creek asbestos that has been dredged or moved, because it is not in a location “where it is naturally found.”

EPA’s removal authority over NOA that has been altered or transported by human activities is supported by a number of federal district court cases. In cases involving Libby, Montana vermiculite mine that exposed workers and residents to high levels of asbestos, the responsible party strenuously contested EPA’s removal activities on the grounds that the asbestos was a naturally occurring substance. The federal district court considered the fact that rain washed material from the mine into a nearby river, and concluded that “[a]ny asbestos that washed off disturbed areas at the Mine Site to the Kootenai River was not in its ‘unaltered form, or altered solely by naturally occurring processes or phenomena.’ ”United States v. W.R. Grace & Co., 280 F. Supp. 2d 1149, 1155 (2003); see also id. at 1148.

In a similar case, a mining company contended that arsenic, a naturally occurring element found around a mine, was exempt from regulation under CERCLA. The court held, however, that “the arsenic is not found in its unaltered form because mining, an unnatural process, has altered its location.”Monarch Greenback v. Monticello Ins. Co., 118 F. Supp. 2d 1068, 1080 (D. Idaho 1999). In another mining case, a court found that acid mine drainage was not a naturally occurring release, even though it consisted of naturally occurring substances, because “mining constitutes an artificial alteration rather than a naturally occurring process or phenomenon.”United States v. Iron Mountain Mines, 812 F. Supp. 1528, 1548 (1992). A court has also summarily rejected the application of the exception to “naturally occurring” metals in soil, noting that the metals were located in fill material brought onto the site from another location. The court held that they were not in the location where they would be “naturally found.”Containerport Grp. v. Am. Fin. Grp., 128 F. Supp. 2d 470, 482 n.16 (2001). These cases, which view the movement of soils as sufficient alteration to avoid the exclusion, support EPA’s response authority over sediments that have been exposed through dredging or relocated to sites in which they did not naturally occur.

EPA’s response authority over sediments distributed through flooding is a more open question. CERCLA would only exempt NOA “in its unaltered form . . . from a location where it is naturally found” from EPA’s response authority. NOA is not “naturally found” in basements or municipal storm drains, where it appears after flooding. Although a natural process delivered the asbestos, the portion the CERCLA statute that refers to natural processes addresses the alteration of asbestos not its transportation or location (“altered solely through naturally occurring processes or phenomena”). Thus, if EPA chose to exercise its response authority over flood-distributed asbestos, the exceptions in CERCLA should not prevent it from doing so.42 U.S.C. § 9604(a)(3)(A) (2010).

If it is accepted that EPA has response authority over at least some of the asbestos from Swift Creek sediments, the next question is the scope and nature of the actions that it is authorized to take. CERCLA defines a remedial action as permanent, whereas removal actions are defined as actions consistent with future remedial actions or actions that are taken under emergency authority. Remedial actions can only be initiated once a site has been listed on the National Priorities List (NPL), which is an inventory of hazardous waste sites that meet specific criteria based on their individual Hazard Ranking System (HRS) scores. Swift Creek has not been listed on the NPL, and it is not known whether the asbestos contamination present at Swift Creek would generate a HRS score sufficient to list the site on the NPL.A site can be listed on the NPL if it meets one of the following three criteria:
(1) The release scores sufficiently high pursuant to the Hazard Ranking System . . . .
(2) A state . . . has designated a release as its highest priority. States may make only one such designation; or
(3) The release satisfies all of the following criteria:
(i) The Agency for Toxic Substances and Disease Registry has issued a health advisory that recommends dissociation of individuals from the release;
(ii) EPA determines that the release poses a significant threat to public health; and
(iii) EPA anticipates that it will be more cost-effective to use its remedial authority than to use removal authority to respond to the release.

40 C.F.R. § 300.425(c) (2010).
The uncertain health threat posed by NOA makes a risk determination difficult, and local politicians and EPA officials do not appear interested in pursuing an NPL listing.Interview by Douglas Naftz with Luke Loeffler, Congressional Aide, Representative Rick Larsen (Feb. 2009). Further, personnel involved in the Swift Creek issue may have believed, incorrectly, that CERCLA’s liability provisions would not apply if Swift Creek was not included on the NPL.Id.

Unlike remedial actions, removal actions can occur on sites not scored using the HRS or listed on the NPL.40 C.F.R. § 300.425(b)(1) (2010). Although CERCLA does not define “removal action,” the statute does define “remove” and “removal”:

The terms “remove” or “removal” means the cleanup or removal of released hazardous substances from the environment, such actions as may be necessary taken in the event of the threat of release of hazardous substances into the environment, such actions as may be necessary to monitor, assess, and evaluate the release or threat of release of hazardous substances, the disposal of removed material, or the taking of such other actions as may be necessary to prevent, minimize, or mitigate damage to the public health or welfare or to the environment, which may otherwise result from a release or threat of release. The term includes, in addition, without being limited to, security fencing or other measures to limit access, provision of alternative water supplies, [and] temporary evacuation and housing of threatened individuals not otherwise provided for.42 U.S.C. § 9601(23) (2010).

The National Contingency Plan (NCP), which consists of the regulations that govern the selection and implementation of removal and remedial actions,The full title of the NCP is the “National Oil and Hazardous Substance Pollution Contingency Plan.” Id. § 9605(a). The NCP is located at 40 C.F.R. § 300. For the government to recover costs, its removal and remedial activities must be “not inconsistent with” the NCP. 42 U.S.C. § 9607(a)(4)(A). For private parties to recover costs, their activities must be “consistent” with the NCP. Id. § 9607(a)(4)(B). states that removal actions must “be terminated after $2 million has been obligated for the action or 12 months have elapsed from the date removal activities begin on site.”40 C.F.R. 300.415(b)(5) (2010).

In November 2007, EPA approved a Time Critical Removal Action (TCRA) at Swift Creek. EPA intended the removal action to “reduce the potential for an uncontrolled release of asbestos” through the application of a dust suppressant, or tackifier, to the sediment piles. EPA also re-graded the stockpiles in an effort to prevent erosion.James Petersen, Ecology& Env’t, Inc., Swift Creek Asbestos Site Time-Critical Removal Action Report, Everson, Washington 2‑3, 3‑2 (2008), available at http://yosemite.epa.gov/r10/CLEANUP.NSF/sites/sumasmtndocs/$FILE/Swift+CK+Removal+Rpt+Final_Apr2008.pdf. It appears, however, that these stopgap measures may not have worked as intended. Premature failure of the tackifier has been observed along the sediment piles, and erosion of the sediment pilings continues, especially during periods of high creek flow.Interview by Douglas Naftz with Luke Loeffler, supra note 159. These stopgap measures alone may not adequately protect public health and welfare of the surrounding community.

The NCP arguably only requires EPA to abate, minimize, stabilize, or mitigate the threat to public health that resulted in the removal action.40 C.F.R. § 300.415(b)(3). The goal of EPA’s removal authority, however, is to prevent “imminent and substantial danger to public health and welfare.”Id. § 307.22(e)(2) (2011). This language implies that the removal action should ensure that this “substantial danger” no longer exists. Although EPA certainly intended its actions to minimize asbestos exposure pathways, many such exposure pathways remain. Recent observations suggest that the 2007 removal action did not adequately address the exposure pathways originally targeted in the removal action. It appears likely that the public health risk that led to the removal action will simply recur—as many times as EPA’s short-term measures fail or wear out.

The twelve-month limit on removal activities, if measured from the November 2007 action, has expired. An emergency exemption would nonetheless allow future removal action to occur. The emergency exemption is authorized when “[t]here is an immediate risk to public health or welfare of the United States or the environment; continued response actions are immediately required to prevent, limit, or mitigate an emergency; and such assistance will not otherwise be provided on a timely basis.”Id. § 300.415(b)(5)(i). This exemption was applied to EPA’s removal activities in Libby, Montana. Although Swift Creek does not involve the dramatic public health risk present in Libby, it does present a large-scale, long-term asbestos problem in a populated area, “not a remote, abandoned mine”United States v. W.R. Grace & Co., 429 F.3d 1224, 1226 (9th Cir. 2005). as the Ninth Circuit emphasized when it upheld EPA’s activities in Libby. Furthermore, as in Libby, “assistance from other government agencies [is] not anticipated on a timely basis.”Id. at 1231.

The Ninth Circuit has noted that “[t]he term ‘emergency’ is not defined in CERCLA or the National Contingency Plan, and EPA has interpreted it to include a range of time-sensitive threats.”Id. at 1248 n.25. Although the term “emergency” has never been used by EPA with regard to the situation at Swift Creek, the request for the 2007 removal action at Swift Creek stated that “[a]ctual or threatened releases of hazardous substances from this site, if not addressed by implementing the response action selected in this action memorandum, may present an imminent and substantial endangerment to public health, or welfare or the environment.”Jeffry Rodin, U.S. Envtl. Prot. Agency, First Action Memorandum: Request for Approval of a Time-Critical Removal Action at the Swift Creek Asbestos Site, Everson, Whatcom County, Washington 7 (2007). This description is consistent with an emergency.

The selection of a time-critical removal action by EPA in 2007 may support the determination of an emergency at Swift Creek when flooding occurs. With a projected 400 to 600 years of sediment release from the Sumas Mountain landslide,2007 EPA Summary Report, supra note 24, at 2-2. Swift Creek likely will continue to deposit hazardous asbestos-containing sediment downstream into the foreseeable future. Now that dredging no longer occurs regularly, sediments accumulate in the streambed, increasing the risk of floods. Increased flood risk can only add to the time-sensitivity requirement of a future removal action; EPA’s 2009 testing established that flooding spreads the hazardous sediment over a large area and effectively multiplies the existing asbestos exposure pathways.EPA supported its decision to conduct a removal action in Libby on the grounds that “the asbestos . . . posed an immediate threat to the local population; a cleanup beyond the cap was required to prevent, limit, or mitigate an emergency because of the size of the cleanup and the short construction season; and assistance from other government agencies was not anticipated on a timely basis.” W.R. Grace & Co., 429 F.3d at 1231. Although the public health effects are nowhere near as immediate or egregious in the Swift Creek area as in Libby, the rationales regarding the size of the cleanup and the absence of assistance from other government agencies apply to Swift Creek.

Removal actions have been described as “time-sensitive responses to public health threats for which EPA is granted considerable leeway in structuring the cleanup.”Id. at 1228. The Ninth Circuit found that EPA's cleanup in Libby, which took place over the course of years, “was a removal action that was exempt from the temporal and monetary cap.”Id. at 1227. This type of long-term removal action is justified at Swift Creek because the previous dredge-and-deposit strategy of sediment management is no longer viable or even necessarily legal, to the extent dredged creek sediments would constitute a hazardous substance under CERCLA. Furthermore, consultants to EPA have estimated that the annual removal and transport of 100,000 cubic yards of Swift Creek sediment to a repository within ten miles of the creek (if such a place existed) would cost between $1.5 and $1.9 million per year over a period of five years.2007 EPA Summary Report, supra note 24, at 3-8. The odds that any public agency will be able to commit this level of funding to the Swift Creek problem, year after year, decade after decade, are very long.

A continuation of status quo approaches at the site clearly would cost too much and would not address asbestos exposure pathways originating from the creek sediment. Further, it would not stop the physical movement of sediment from the landslide into the creek. Therefore, the situation at Swift Creek warrants a long-term, multi-stage removal action.

2. State Hazardous Substances Regulation

State law also has a role to play in addressing the Swift Creek problem. Washington State’s Model Toxics Control Act (MTCA)Wash. Rev. Code § 70.105 (2011). was “heavily patterned” after CERCLA.Taliesen Corp. v. Razore Land Co., 144 P.3d 1185, 1197 (Wash. Ct. App. 2006); Pacificorp Envtl. Remediation Co. v. Wash. State Dep’t of Transp., 259 P.3d 1115, 1128 (Wash. Ct. App. 2011). All hazardous substances listed in CERCLA are also listed as hazardous substances under the MTCA.Wash. Admin. Code § 173-340-200 (2003). The MTCA seeks to “raise sufficient funds to clean up all hazardous waste sites and to prevent the creation of future hazards due to improper disposal of toxic wastes into the state's land and waters.”Wash. Rev. Code § 70.105D.010(2). To this end, the MTCA holds parties accountable for “irresponsible use and disposal of hazardous substances”Id. and requires the identification, investigation, and cleanup of contaminated properties that are, or may be, a threat to human health or the environment.Id. § 70.105D.030.

MTCA resembles CERCLA in that “potentially liable [parties]” can be ordered to “provide the remedial action” for release of a hazardous substance.Id. § 70.105D.050(1). Additionally, the MTCA applies joint and several liability to “remedial action costs and . . . natural resource damages resulting from the releases or threatened releases of hazardous substances.”Id. § 70.105D.040(2). Past and present owners and operators of facilities, arrangers, transporters, and sellers can all be held liable under the MTCA.Id. § 70.105D.040(1)(a)‒(e).

For agencies and parties that have moved NOA-containing materials, liability issues under the MTCA are potentially as threatening as CERCLA liability. State courts have upheld a broader interpretation of MTCA arranger liability, for example, concluding that intent to dispose of a hazardous substance is not required.Pacificorp Envtl. Remediation Co. v. Wash. State Dep’t of Transp., 259 P.3d 1115, 1132 (Wash. Ct. App. 2011) (“The United States Supreme Court's interpretation of CERCLA does not trump our state courts' interpretation of Washington's comparable Act.”) (citing Seattle City Light v. Wash. State Dep’t of Transp., 989 P.2d 1164, 1170 (Wash. Ct. App.1999) and Modern Sewer Corp. v. Nelson Distrib., Inc.,109 P.3d 11, 13–14 (Wash. Ct. App. 2005), review denied, 122 P.3d 186 (Wash. 2005)).

While the MTCA imposes the specter of liability, it also provides the prospect of assistance with cleanup. It authorizes the state Department of Ecology to conduct remedial actions “to remedy releases or threatened releases of hazardous substances.”Wash. Rev. Code § 70.105D.030(1)(b). Ecology’s hazardous waste cleanup, prevention, and management activities are funded by both a hazardous substances tax imposed on substances including chemicals, fertilizers, and petroleum products, as well as recovered costs from remedial actions.Wash. Dep’t of Ecology, House Bill 1761: Model Toxics Control Accounts Ten‑Year Financing Plan 15 (Dec. 2008), available at http://www.ecy.wa.gov/pubs/
0801044.pdf. State agencies that receive funds for hazardous waste cleanup, prevention, and management activities include the Department of Health, Department of Agriculture, Department of Natural Resources, Washington State Patrol, Washington State Department of Transportation, and the Puget Sound Partnership, as well as the Department of Ecology. Id.
Washington also uses these revenues to maintain a state toxics control account for the broad purpose of “[w]ater and environmental health protection and monitoring programs.”Wash. Rev. Code § 70.105D.070(2)(viii). Funds from the pollution tax are also deposited into a local toxics control account, for distribution to local governments, with remedial actions designated as the highest priority.Id. § 70.105D.070(3)(a).

The Washington State Legislature must appropriate all toxics control account funds,Id. § 70.105D.070(4). and, as noted below, the legislature has directed some funding to Swift Creek to assist with short-term stabilization measures and the search for longer-term approach to the problem. The legislature has neither appropriated funds for remedial action under the MTCA nor provided funding from the hazardous substance tax.

B. The Army Corps of Engineers and Ecosystem Restoration

The possibility of a Corps ecosystem restorationSee U.S. Army Corps of Eng’rs, Water Resources Policies and Authorities: Civil Works Ecosystem Restoration Policy 2 (Sept. 30, 1999), available at http://140.194.76.129/publications/eng-regs/er1165-2-501/entire.pdf. (“Ecosystem Restoration is one of the primary missions of the Civil Works program. The purpose of Civil Works ecosystem restoration activities is to restore significant ecosystem function, structure, and dynamic processes that have been degraded. Ecosystem restoration efforts involve a comprehensive examination of the problems contributing to the system degradation, and the development of alternative means for their solution. The intent of restoration is to partially or fully reestablish the attributes of a naturalistic, functioning, and self-regulating system.”). project has been discussed as a way to address the Swift Creek problem. Ecosystem restoration projects “utilize engineering and other technical solutions to water and related land resources problems, with emphasis on improving degraded ecosystem function and structure.”Id. at 3. The Corps focuses on “restoration opportunities that are associated with wetlands, riparian[,] and other floodplain and aquatic systems.”Id. Ecosystem restoration projects are intended to address “ecological resources, and not . . . [the cleanup] of hazardous and toxic wastes . . . .” Under the Corps’ policies, cleanup presumably would be one of the “components of ecosystem restoration problems or opportunities [that] are better addressed by other agencies through their missions and programs.”Id. Projects that “consist primarily of land acquisition are not appropriate as Civil Works ecosystem restoration investments.”Id.

At the 2007 public meeting, the Corps’ Seattle Division commander, Mike McCormick, discussed the possibility of ecosystem restoration, including the uncertainties that surround the Corps’ jurisdiction:The Corps derives its authority to engage in ecosystem restoration projects from a number of sources:
a. Study authorities through which the Corps can examine ecosystem restoration needs and opportunities include: 1) congressionally authorized studies pursued under General Investigations (i.e., new start reconnaissance and feasibility studies for single-purpose ecosystem restoration or multiple purpose projects which include ecosystem restoration as a purpose); 2) General Reevaluation Reports and reformulation opportunities in conjunction with significant Post-Authorization Change Reports; 3) Section 216, Review of Completed Projects (River and Harbor and Flood Control Act of 1970); 4) major rehabilitation of existing projects; and 5) Section 22, Planning Assistance to States (Water Resources Development Act (WRDA) 1974, as amended).
b. Authorities through which the Corps can participate in the study, design, and implementation of ecosystem restoration and protection projects include: 1) Section 1135, Project Modifications for Improvement of the Environment (Water Resources Development Act (WRDA) of 1986, as amended); 2) Section 206, Aquatic Ecosystem Restoration (WRDA 1996 ); 3) Section 204 Beneficial Uses of Dredged Material (WRDA 1992, as amended); and, 4) dredging of contaminated sediments under Section 312 of WRDA 1990, as amended.
c. Additional opportunities for ecosystem restoration and protection may also be pursued through existing project authorities for the management of operating projects; e.g., through water control changes or as part of natural resources management.

Id. at 2.

I have authority to do the ecosystem restoration. Is this an ecosystem restoration project? Don't know. One of the requirements of course is that I have a local sponsor in addition to having a federal. I'm the federal sponsor, but I need to have a local sponsor whether that's the state, DNR, or whether that's a local agency, the county. It requires that. If there is—that's an authority. I don't know if this qualifies for ecosystem restoration, but even if it did I'd still need a local sponsor.Nov. 2007 Transcript, supra note 1, at 36.

The requirements for local sponsors vary, depending on the source of authority for the ecosystem restoration project. Local sponsors must provide from twenty-five to forty percent of the project cost, depending on the circumstances; the extent to which in-kind contributions can be used to meet the local share varies.The Corps’ ecosystem restoration policy spells out these obligations, which depend on whether the project is congressionally authorized or if it falls under various provisions of the Water Resources Development Act of 1986. See U.S. Army Corps of Eng’rs, supra note 194, at 4. The process is competitive, as Commander McCormick described:

How we get a local sponsor is we get a letter from a local sponsor saying they're willing to contribute a certain percentage depending on the type of study that we're going after or what portion of the process we're in. And it differs, but essentially somewhere around 35, 40 percent is provided by the local sponsor and then the federal government, then we go in and we certainly talk to the congressional delegation and then the congressional delegation funds us for the federal portion, the federal share, and it is across the entire country where this 4.8 billion dollars worth of civil works appropriation money gets chopped up into various programs. And if this thing makes the cut, there is a federal chunk of money put into it. If the member of the Senate or a member of the House has enough pull to actually get the federal money applied, that takes care of the federal portion, but the local portion has to be provided by something that's not federal. . . . Someone has to write a letter saying we're willing to contribute 30, 40 percent of whatever this study and then later on at the end of the day, at the end of the study if there is an answer to the problem, then it gets authorized. At the end there's a chief's report by the chief of engineers, he signs off on, it gets authorized by congress, and then appropriations get applied for construction.Nov. 2007 Transcript, supra note 1, at 53–54.

Ecosystem restoration efforts are grounded in a benefit-cost analysis “involv[ing] a comprehensive examination of the problems contributing to the system degradation, and the development of alternative means for their solution.”U.S. Army Corps of Eng’rs, supra note 194, at 2. This assessment considers monetary and non-monetary benefits, and follows “[t]he general guidance in the Economic and Environmental Principles and Guidelines for Water and Related Land Resources Implementation Studies (P&G).”Id. at 5. The P&G is “intended to ensure proper and consistent planning by Federal agencies in the formulation and evaluation of water and related land resources implementation studies.”U.S. Water Res. Council, Economic and Environmental Principles and Guidelines for Water and Related Land Resources Implementation Studies, at iv (Mar. 10, 1983), available at ftp://ftp‑fc.sc.egov.usda.gov/Economics/priceindexes/Data/PrinciplesAndGuidelinesLocalSite.pdf (indicating that the P&G applies to Corps (Civil Works), Bureau of Reclamation, Tennessee Valley Authority, and Soil Conservation Service water resources project plans). Under those guidelines, the Corps must analyze “all reasonable alternatives,” including “[a] plan that reasonably maximizes net national economic development benefits.”

National economic development (NED) is defined as “the net value of the national output of goods and services, expressed in monetary units.”Id. The importance of NED in this assessment emphasizes the benefit-cost nature of the Corps’ ecosystem restoration process. Although the P&G provide that the assessment should include “[o]ther plans which reduce net NED benefits in order to further address other Federal, State, local, and international concerns,”Id. and the Corps’ ecosystem restoration policy guidance states that “measures do not need to exhibit net national economic development . . . benefits and should be viewed on the basis of non-monetary outputs compatible with the P&G selection criteria,”U.S. Army Corps of Eng’rs, supra note 194, at 5. competition for limited resources is stiff, and the benefit-cost calculus is a significant factor. In general, the benefit-cost analysis process is problematic because “knowledge of the costs, benefits, impacts, and interactions is rarely precise.”Igor Linkov et al., Comparative Risk Assessment and Environmental Decision Making 15 (2004). These problems are magnified in the case of Swift Creek, where costs are extremely high and benefits are extremely difficult to quantify in the light of the uncertainties surrounding exposure to NOA and its health effects.

Representatives of Washington’s congressional delegation are not optimistic that the Corps will identify any viable alternatives that meet its benefit-cost standards.Interview by Douglas Naftz with Luke Loeffler, supra note 159. If it were calculated that several human lives would be saved from asbestos-related deaths through an ecosystem restoration project, a “savings” that might be calculated at around $7 million per death,David Fahrenthold, Cosmic Markdown: EPA Says Life Is Worth Less, Wash. Post, July 19, 2008,  http://www.washingtonpost.com/wp‑dyn/content/article/2008/07/18/AR2008071803235.html (emphasizing that according to new EPA estimates, the value of a ‘statistical human life’ is $7.22 million). and that property damage from flooding would be averted, it is nevertheless unlikely that these “benefits” would outweigh the project costs for mitigation, which have been roughly estimated at more than $100 million.This figure comes from a newspaper quote from an interview with a Whatcom County geologist. No agency calculations of the cost of mitigation appear to be publicly available. See Sam Taylor, State May Help Dredge Swift Creek, Bellingham Wash. Herald, Mar. 26, 2008,
available at http://www.redorbit.com/news/science/1312445/state_may_help_dredge_swift_creek/.
Under this calculus, it is difficult to see how assisting a sparsely-populated area would make the cost-benefit cut.

The availability of the required local contributions presents an equally significant barrier. Between 1998 and 2007, Whatcom County spent approximately $1.4 million on Swift Creek management activities, averaging approximately $140,000 per year.Kerr Wood Leidal, supra note 10, at 3-8. In 2009, the Washington State Legislature allocated $1 million for the cleanup of Swift Creek.Whatcom Cnty. Council, Agreement No. 201003023, Interagency Agreement Between the State of Washington Department of Ecology and Whatcom County Flood Control Zone District 1 (Jan. 19, 2010), available at http://www.co.whatcom.wa.us/council/agreements/2010/201003023.pdf. The required contribution of between twenty-five and forty percent of the restoration costs, if applied to the ballpark figure of $100 million contemplates a required local expenditure of $25 to $40 million. Compared to the few million dollars currently spent locally, this level of expenditure would represent an enormous escalation of funding for the Swift Creek asbestos problem.

C. County and City Authority

At the local level, Whatcom County and the small cities affected by Swift Creek and the Sumas River have land use planning and zoning authority that could minimize human exposure to NOA by reducing population densities in the vicinity of the NOA. Perhaps reflecting their constituents’ skepticism about the degree of harm posed by asbestos-laden soils, however, local governments appear reluctant to restrict land uses in areas affected by NOA. For example, only months after EPA found high levels of asbestos in floodplain sediments, the county council designated land in the Sumas River floodplain for urban-density growth.Whatcom Cnty. Council, Whatcom County Council Action Taken (Nov. 24, 2009), available at http://www.co.whatcom.wa.us/council/meetings/council/actiontaken/pastactiontaken/2009/at1124.pdf (referencing approval of an “[o]rdinance amending Whatcom County Code Title 20, the Official Whatcom County Zoning map, and the Whatcom County Comprehensive Plan and maps”); see also Whatcom Cnty. Council, Whatcom County Council Agenda Bill 451, 843 (Nov. 17, 2009), available at http://www.co.whatcom.wa.us/council/meetings/council/packet/archived/2009/packet1124.pdf (including text of ordinance including the affected area and a map of the affected area). This decision was not made inadvertently; the local governments received testimony regarding the presence of asbestos-laden soils in this area and requests that the affected area be omitted from the urban growth boundaries.Whatcom County did add a policy related to asbestos: “This area will be kept in reserve status until the County has determined that development will not expose future residents and employees to unacceptable risk from naturally occurring asbestos.” Id. at 545. This decision demonstrates both the difficulty of coordinating the activities of different levels of government and the problems that local government officials face in weighing property rights against long-term risk.

Washington State law also requires local governments, including Whatcom County, to designate geologically hazardous areas using the “best available science.”Wash. Rev. Code § 36.70A.172 (2011). Regulations define “geologically hazardous areas” as “areas susceptible to erosion, sliding, earthquake, or other geological events. They pose a threat to the health and safety of citizens when incompatible commercial, residential, or industrial development is sited in areas of significant hazard.”Wash. Admin. Code § 365-190-080(4)(a) (2010) (emphasis added). The regulations further state that, “[w]hen technology cannot reduce risks to acceptable levels, building in geologically hazardous areas is best avoided.”Id.

Whatcom County’s current Comprehensive Plan only designates the Swift Creek alluvial fan, an area of approximately 495 acres,Kerr Wood Leidal, supra note 10, at 2-4. as a geologically hazardous area.Whatcom Cnty. Council, Whatcom County Comprehensive Plan, at Map 27 (June 2008), available at http://www.co.whatcom.wa.us/pds/planning/comp_plan/pdf/20110101-chapter-11.pdf (showing the Swift Creek alluvial fan designated as an “Alluvial Fan Hazard Area”). Based on EPA’s sampling results from the 2009 flood, which showed highly elevated levels of asbestos in sediments along the Sumas River, the best available science seems to indicate that the geologically hazardous area designation should be extended to include other affected areas.Id. at 11-11. This would be consistent with Whatcom County Comprehensive Plan Goal 11-D:
Minimize potential loss of life, damage to property, the expenditure of public funds and degradation of natural systems resulting from development in hazardous areas such as floodplains, landslide-prone areas, . . . potentially dangerous alluvial fans and other known natural hazards by advocating the use of land acquisition, open space taxation, conservation easements, growth planning, and other options to discourage development in such areas.{/footnote} Concerns about property values would make such a designation politically unpopular, however, and Whatcom County has not indicated any interest in using comprehensive planning to address the problem.

V. The Range of Solutions

[Q]uick and efficient cleanup of hazardous material eliminates risks to people and the environment and minimizes the stigma contamination can bring to properties and communities.

—EPA, The Emergency Response and Removal Program.United States v. W.R. Grace & Co., 429 F.3d 1224, 1248 (9th Cir. 2005).

And with it being such a health risk, you would think that that would play into it because this is a national health risk is what I’m hearing today. So why are our hands tied and the money tied up? I don’t understand that. If it’s such a health concern, why isn’t there the money for this county not to be this big of a risk? And if you can’t answer that, it’s like where do we go next? What are we going to do?

—Tammy Rawls, Resident, Whatcom County.Nov. 2007 Transcript, supra note 1, at 54.

I’m here for a solution. I’m not here to find out how bad this stuff is or how good this stuff is or what we can or can’t do with this. I want a solution instead of all these things. It’s redundant to bring them up again, but we can’t get one agency here to come up with a solution. Nobody has.

—Edward Bosscher, Resident, Whatcom County.Id. at 34–35.

From the perspective of many residents affected by Swift Creek asbestos, government agencies arrived on the scene, proclaimed that NOA is a health hazard, and then moved on without solving the problem. From the perspective of agency officials, the scope and nature of the Swift Creek problem demands a response, but the lack of clear legal authority and the paucity of available resources stymie efforts to address the long-term needs of the region. Furthermore, as discussed, no single agency has the authority to tackle every aspect of the Swift Creek problem. As one Whatcom County representative stated, “it’s like a Hydra, the heads are moving.”Id. at 57 (quoting Jon Hutchings, Assistant Dir. of Pub. Works, Whatcom Cnty.).

Under these circumstances, federal, state and local approaches to the problem will have to be coordinated in order to approach the asbestos problem from a number of angles and to extend the reach of scarce resources. In a 2009 press release, EPA recognized the need for simultaneous application of a variety of solutions. Noting that “[e]ngineering options—including building a structure that would control sediment near the landslide—are being considered,” the agency explained that “[t]he situation may also call for changes to local land use planning.”U.S. Envtl. Prot. Agency, Naturally-Occurring Asbestos Found in Sumas River Downstream of Swift Creek (July 20, 2009), available at http://yosemite.epa.gov/opa/admpress.nsf/0/0F93B0BF4981377C852575F9007AE5FE.

The most popular approach probably is the engineered solution, which would be intended to prevent asbestos-laden soils from entering Swift Creek or from being distributed through flooding. Residents naturally hope that the problem can be controlled at its source in a way that does not depreciate property values or require the residents to change their lifestyles. One engineering alternative involves the construction of a large debris stabilization basin in the alluvial fan of Swift Creek. In 1971, the Corps selected this approach as the most feasible of three potential alternatives; but the concept failed to survive the requisite cost-benefit analysis.Kerr Wood Leidal, supra note 10, at 2-10 to -12. Subsequent studies have continued to propose ways to contain sediment, either as a long-term or short-term approach to the problem.

To date, the most thorough geotechnical study of the Swift Creek region remains the 1976 Soil Conservation Service study. The purpose of this study was to “make a preliminary evaluation of the feasibility of retarding the landslide movement via a landslide control structure or other means and for determining the size, type and location of a potential sediment debris basin(s) located on the Swift Creek floodplain.”Converse Davis Dixon Assocs., Inc., Final Geotechnical Report: Swift Creek Tributaries, Sumas River Watershed, Whatcom County, Washington Pt. II, at 2 (Jan. 15, 1976) (on file with author) (referenced in text as the “1976 Geotechnical Report”). This report identified a range of alternative solutions.Id. at 14–16. Two of these alternatives, “slide stabilization” and “drainage diversions from slide[-]area,” were considered clearly infeasible. Slide stabilization would involve “internal drainage of the ground water within and beneath the slide mass” by some means or “soil solidification or grouting to solidify and strengthen the slide material.” Id. The report noted that sufficient information about subsurface conditions and the cause of the movement was not available and that in any event, “no case is known where such methods have been successfully applied to a landslide of this magnitude.” Id. at 14–15. “Drainage diversion,” related to the fact that stream flows on both sides of the slide-area, as well as runoff on the slide-area itself, results in erosion of the slide-area and transport of slide materials to the floodplain. “Diversion of the streams or runoff into these streams from the upstream watershed by conduits, channels, dams and pumping, etc., was considered impossible from a sound engineering aspect and economics.” Id. at 15. Steep topography and site conditions prevent an inter-basin transfer, while the crushing forces of the shifting of geologic formations would destroy collection and diversion structures.

As outlined in the study’s purpose statement, two possibilities were evaluated in detail: a landslide control structure and sedimentation basins. The landslide control structure “would contain the debris at the source by means of an earth buttress constructed at the face of the landslide above the Swift Creek ‘narrows.’ ”Id. at 27. This buttress would be 1075 feet in length and would require excavating fourteen million cubic yards of landslide material and the re-use of thirteen million cubic yards as fill.Id. at 28. Even in 1976, without accounting for the costs of worker protection while excavating asbestos-laden sediments or the costs of the disposal of the sediments, this engineering alternative was recognized to be too expensive to pursue any further.Id. at 29.

In light of the high costs of constructing a landslide control structure, sedimentation basins emerged as the favored engineering approach. Sediment basins are constructed to “reduce the volume of sediment transported, reduce the incidence of overbank flooding and the related flood plain sediment deposition.”Id. at 31. Potential sites for two basins were identified.Id. at 32. Excavated on-site soils from the sedimentation basins were proposed as the source of materials to build embankments and dikes. These materials consist of alluvial fan and flood channel deposits,Id. at 35. The report predicted embankments of thirty-five and twenty-five feet for Basin A and Basin B, respectively, would result in a trap efficiency of from seventy-five to ninety percent. now known to contain asbestos.

The report estimated that the total project cost would be $3.6 million, with annual operation and maintenance costs of $568,000.Id. at Appendix A. Adjusting for inflation, the project cost today would be approximately $15 million, with an annual operating cost of $2.4 million.Inflation Calculator, DollarTimes, http://www.dollartimes.com/calculators/inflation.htm (input “3,600,000” into “$” box; then choose “1975” in the following drop-box; then choose “2010” in the drop-box under “Convert to $”; then follow “Calculate” hyperlink). Of course, costs have changed over time. Even if some processes can be done more efficiently and some materials may be relatively cheaper, the fact that the 1975 estimate did not include worker protection for handling hazardous asbestos-laden material is a countervailing factor. To help put these costs in perspective, EPA’s costs in 2007 for spraying dust suppressant, stockpile grading, and bank armoring were approximately $250,000.Kerr Wood Leidal, supra note 10, at 3-8. Additionally, EPA estimated that the cost of removing 100,000 cubic yards of sediment per year for five years, and transporting it to a repository within ten miles—if such a place existed—would be between $1.5 and $1.9 million.Id.

The involved agencies have acknowledged that this type of large-scale engineering solution is not economically feasible. In 2009, EPA, Ecology, and Whatcom County entered into a Joint Agency Agreement based on the premise that “[t]he agencies have concluded that engineered facilities to stop the erosion and deposition of Sumas Mountain sediments near their source are prohibitively costly and require resources far beyond those available to State and Local governments, and that Federal programs do not presently allow for spending of this magnitude.”Whatcom Cnty. Council, Wash. State Dep’t of Ecology, U.S. Envtl. Prot. Agency, Joint Agency Agreement: Naturally Occurring Asbestos Originating From the Sumas Mountain Landslide in Washington State 1 (Aug. 31, 2009). The engineered solution currently under consideration is far more modest than the solution proposed in 1975. The Washington State Legislature allocated $1 million from the local toxics control account in 2009 “solely to clean up naturally occurring asbestos from Swift Creek.”Whatcom Cnty. Council, Agreement No. 201003023, supra note 215. Whatcom County and Ecology agreed to use the funds primarily for the management and improvement of the existing sediment piles on the side of Swift Creek, designated as “levees,” and for the design and construction of new levees and retention facilities. The parties also agreed to use the funds for floodplain easement, land acquisition, and geotechnical investigation of long-term solutions.Id. at 6.

Whatcom County has since acquired property intended for the disposal of asbestos-containing sedimentSam Taylor, Whatcom Officials OK Buying Lot for Asbestos Sediment from Swift Creek Area, The Bellingham Herald, Sept. 29, 2010.—apparently skirting, or having received reassurances about, liability issues. It has also approved a sediment management plan for the construction of levees and excavated sediment basins with berms. Specifically, Whatcom County proposed the construction of two large basins on a seventy-acre site located in the existing Swift Creek alluvial fan. The basins would have a storage capacity of approximately two million cubic yards of sediment.Sediment Management Plan, supra note 9, at 11. Containment levees would be “offset from the banks of Swift Creek channel,” in order to contain larger debris flows and sediment from flooding events.Id. at 12.

The estimated cost for basin design, permitting, and construction is $4.6 million, with $2.5 million estimated for levee design and construction. The repair and maintenance costs are estimated at $250,000 per year.Id. at 6. While these costs greatly exceed any funding that has been dedicated to, or identified for, Swift Creek to date, it should further be noted that these engineering features are not viewed as permanent solutions. Landslide stabilization, optimistically priced at $150,000 to $4 million, is identified as a long-term goal.Id.

Based on the current situation, it appears that the agencies are not anticipating that a Corps-sponsored ecosystem restoration will rescue Swift Creek. The Corps would be the logical lead agency for an engineered solution. Not only is the Corps experienced in large-scale engineering projects, but its ecosystem restoration authority is focused on water systems. In contrast to EPA, which has CERCLA authority more clearly authorized to address NOA handled by humans, the Corps’ ecosystem restoration authority is intended to avoid hazardous waste issues and to work to improve natural systems. An engineering approach led by the Corps could address the source of the Swift Creek asbestos problem. Realistically, however, both the feasibility and the cost make a large-scale engineering solution unlikely.

Reflecting the dearth of solutions, EPA tends to emphasize small-scale, local policies. On its Swift Creek website, EPA notes:

[I]n El Dorado County, California, for example, local land-use permits require geologic study and documentation of construction and waste management practices. In Fairfax County, Virginia, a plan must be approved before construction occurs. In the future, local or state level changes, similar to this, will likely be needed in areas affected by asbestos carried downstream from Sumas Mountain landslide.Frequently Asked Questions about Sumas Mountain Asbestos, Swift Creek and Sumas River, U.S. Envtl. Prot. Agency (Aug. 26, 2009),  http://yosemite.epa.gov/r10/cleanup.nsf/sites/sumasmtnfaq.

In conjunction with the local governments’ planning and zoning authority, these local controls might help to reduce risk. El Dorado and Fairfax County are unlike the Swift Creek area, however, because the asbestos in those locations is in the ground and the rocks. It is not transported, by a river delivery system, and there is no landslide providing a continuous source of asbestos-laden sediments.

Rather than trying to stop the asbestos from moving, or engaging in low-level mitigation measures that may or may not reduce risk and harm, the agencies need to determine whether the Swift Creek geologically hazardous area is simply incompatible with human settlement. Given the unique temporal and geographic scope of NOA distribution in the Swift Creek area, the most protective and inexpensive option might be simply to purchase affected properties.

A land-purchase solution would likely put EPA in the lead, based on its response authority under CERCLA. This would be an innovative approach. Although permanent relocation of residents at a CERCLA cleanup site is not unprecedented, such relocation has not occurred during a removal action at a site that is neither listed nor pending listing on the NPL. Based on the broad statutory deference offered to EPA through the inclusive language of CERCLA, however, permanent relocation is certainly not outside the realm of policy options at EPA’s disposal when carrying out a complex removal action.The lists of example removal actions outlined under CERCLA in 42 U.S.C. § 9601(23), and in the NCP under 40 C.F.R. § 300.415(e) are not exhaustive, and act as a “general rule” for what removal actions might include. Given the broad statutory deference offered to EPA, it is likely that even property acquisition, which normally occurs in remedial actions, could be utilized under a complex removal action.

The definition of a remedial action under CERCLA provides insight into the types of situations that might warrant relocation:

[T]he costs of permanent relocation of residents and businesses and community facilities where the President determines that, alone or in combination with other measures, such relocation is more cost-effective than and environmentally preferable to the transportation, storage, treatment, destruction, or secure disposition offsite of hazardous substances, or may otherwise be necessary to protect the public health or welfare . . . .42 U.S.C. § 9601(24) (2010).

Using this definition as a guide, a rough estimate can be prepared of the cost of relocating property owners affected by Swift Creek NOA. The assessed value of all properties within a quarter-mile buffer zone around the creek can be calculated by using data from Whatcom County and Geographic Information Systems software. Based on total assessed property values from 2007,Total assessed value includes value of built structures, land, and any resource value that may exist on the site. the seventy-one properties within a quarter-mile buffer zone of Swift Creek are worth approximately $7,673,790. In contrast, the cost of dredging, transportation, and disposal of hazardous sediment from Swift Creek over a period of 400 years or more can be roughly estimated at two million dollars per year.Kerr Wood Leidal, supra note 10, at 3-8. This cost estimation incorporated several important assumptions, including the ability to remove and export 20,000 cubic yards of hazardous dredged sediment per year to a disposal site within ten miles. Under these conditions, it was estimated that over a five-year period, 100,000 cubic yards of hazardous sediment (the estimated volume of stockpiled sediment currently residing at the site) could be removed and disposed off site for between $1.5 and $1.9 million per year, with transportation costs accounting for between twenty and thirty percent of the total cost. Permanent relocation of homeowners near Swift Creek is therefore a viable policy alternative. A dredge-and-deposit strategy of sediment management exceeds permanent relocation costs after only four years. Thus, as a means of eliminating asbestos exposure pathways over a long period of time, permanent relocation would be the most cost-effective method.

Additionally, permanent relocation addresses another important exposure pathway—indoor exposure to asbestos from Swift Creek.According to the Washington Department of Health, “[r]isk estimates may in fact be underestimated because exposures may occur at other locations such as indoor environments of residences near Swift Creek.” Public Health Evaluation, supra note 121, at 13. Additionally, properties downstream (including those on the Sumas River) are “areas where questions remain about non-occupational exposure.” Id. at 11. Although EPA has identified indoor air exposure as a risk factor, indoor exposure has not been quantified or incorporated into EPA’s risk calculations. It is possible that harmful asbestos-containing sediment from Swift Creek has accumulated in homes, where residents inhale it for longer durations than would occur during outdoor exposure. Indoor exposure may also result from the local transport and use of Swift Creek sediments as fill material. Thus, as indicated by EPA and the Washington Department of Health, it is possible that NOA exists in driveways and other residential areas near sites where the fill was used.Id. at 11; see also Health Consultation, supra note 12, at 2-2. Compared to the dredge-and-deposit solution, which only mitigates exposure within the immediate vicinity of the creek, permanent relocation could eliminate exposure within homes as well as exposure from sediments in and surrounding the creek.

Property owners may resist permanent relocation. On the other hand, they may recognize that relocation provides proactive mitigation of decreasing property values caused by the presence and stigma of NOA. Washington law requires the disclosure of asbestos in or on a residential property when it is sold.Wash. Rev. Code § 64.06.020 (2011). Required “environmental” disclosures include the following: “Are there any substances, materials, or products in or on the property that may be environmental concerns, such as asbestos, formaldehyde, radon gas, lead-based paint, fuel or chemical storage tanks, or contaminated soil or water?” The seller may check “Yes,” “No,” or “Don’t know.” If “Yes” is checked, the seller must explain the answer. Although buyers may waive disclosure, the “environmental” disclosures must be provided if the answer would be “Yes.” Wash. Rev. Code § 64.06.010(7). The free market may well provide a more draconian solution than the proposed purchase of properties affected by NOA. The depreciation process has been aptly described as follows:

One issue that may come and be disclosed by the seller is the presence of or concerns about environmental contamination on the property. Once this topic is introduced, the buyer-seller conversation is altered away from positive attributes of the property to a potentially deal-killing topic while the potential buyer assesses their taste for environmental risk. In many cases, the potential buyer will walk away from a contaminated property, especially if the property is not uniquely excellent and if there are some uncontaminated substitutes for it. Hence, this substitution effect acts to depress demand for the property, driving down the sales price.Robert A. Simons, When Bad Things Happen to Good Property 37 (2006).

Free market proponents might argue that the market should control the price of properties affected by NOA. After all, properties with quicksand or fault lines are worth less than other properties, and NOA is equally a result of natural forces. Looking at the situation from the property owners’ perspective, however, the situation is more equivalent to an innocent landowner affected by a Superfund site. Landowners affected by Swift Creek NOA did nothing wrong, and they are exposed to health risks that the government has determined to be unacceptable.

Superfund law, however, revolves around the liability of a responsible party. As a result, it not only fails to provide a clear path forward in many situations involving NOA, but it can actually chill agency action, with the unintended consequence of exposing citizens to greater risks.See supra Part IV.A.1. Nonetheless, if agencies are willing to interpret it aggressively to protect public health, existing law can lead to a solution for exposure to naturally occurring asbestos. The unspoken issue is whether our society will view this problem as a communal issue, requiring an investment of societal resources, or if individuals will be left to bear the brunt of the problem.

As a slow-moving emergency that confronts a relatively small and conflicted constituency, the pressure for leadership on NOA is muted. Thus, the problem is likely to sort itself out through market-choice mechanisms. Property values will provide a rough reflection of the risk of asbestos exposure. Those who cannot afford to live anywhere else, or who discount the risk, will remain in areas with NOA.

If Swift Creek is a guide, citizens will have great difficulty making individual risk assessments in the face of the complexity of the health effects of asbestos, with its long latency period and uncertainties about exposure. No matter their generalized view of the role of government, affected residents will tend to assume that the government will protect their health from identified hazards. As an anonymous commentator wrote on the local newspaper’s web site:

Well, well, well . . . Until you have it all over your property, your driveways/roads after flooding, and all over the inside of your home, . . . you have no idea how much it impacts your life, your property value, your future and your ability to sell your property when you are no longer able to run a farm and no one will buy it because it is contaminated with the stuff . . . .

We would be more than happy to let the county buy our property at the “before” contamination value, and let nature take it's course. No people living here—no health concerns. I'd rather not be that guinea pig for you all. Thanks!Doghouse333, Comment to Whatcom Officials OK Buying Lot for Asbestos Sediment from Swift Creek Area, The Bellingham Herald, Sept. 30, 2010.

Unfortunately for the anonymous commentator, the harsher calculus of cost-benefit analysis, rather than the assumed social contract of government protection, is likely to determine the outcome of the Swift Creek NOA problem. New laws specific to the context of NOA, as well as additional scientific understanding of asbestos would, of course, help to protect citizens in all areas affected by NOA. Further research regarding the health impacts of short asbestos fibers, as well as additional work on indoor and outdoor exposure to NOA, would help citizens and regulators to understand the risks of NOA. Federal or state laws requiring NOA to be addressed as a geological hazard would provide local governments with a template, and would help local governments to implement rational land use controls that balance their constituents’ immediate concerns about property rights and property values.

If and when NOA rises to a level of priority that pushes the government to act, these are all actions that would help to eliminate the “seam between the authorities” in which the players in the Swift Creek drama find themselves. In the meantime, the real estate market will continue to apply its rough justice, while agencies, scientists, and residents continue to scramble to balance long-term concerns against short-term economic realities. These efforts, and the work of communities around the country, are the laboratories of experimentation that will lead to a more rational, less ad hoc approach to the difficult legal and health issues raised by naturally occurring asbestos.

I. Introduction: What Restoration Path Will Washington Choose?

The endangered Puget Sound wild salmon fishery is an exceptionally valuable natural and cultural resource for all of Washington State's people.The National Oceanic and Atmospheric Administration (NOAA) defines the Puget Sound as follows: "Puget Sound is a fjord-like estuary located in northwest Washington state and covers an area of about 2,330 km2, including 3,700 km of coastline. It is subdivided into five basins or regions: 1) North Puget Sound, 2) Main Basin, 3) Whidbey Basin, 4) South Puget Sound, and 5) Hood Canal." Environmental History and Features of Puget Sound in R.G. Gustafson et al., U.S. Dep’t Commerce, NOAA Technical Memo, NMFS-NWFSC-44, Status Review of Pacific Hake, Pacific Cod, and Walleye Pollock from Puget Sound, Washington (2000), http://www.nwfsc.noaa.gov/publications/techmemos/tm44/environment.htm. NOAA's definition includes most of the Strait of San Juan de Fuca, including the portion into which the Elwha River discharges. Id. For a map of these areas, see id. at fig.4, available at http://www.nwfsc.noaa.gov/publications/techmemos/tm44/fig4.htm. Today salmon are far more than part of the state's economy and heritage; they are a unique symbol of Washington’s treasured ways of life and its commitment to protecting the environment. The fishery is a vital part of the culture of many of the Native American tribes in the state, and contributes the equivalent of millions of dollars to their annual income.In 2006, it provided approximately $65 million in direct revenues to commercial non-native fishermen alone; the tribal share of the fishery would have a comparable market value. Mason D. Morisett & Carly A. Summers, Clear Passage: The Culvert Case Decision as a Foundation for Habitat Protection and Preservation, Bellwether: Seattle J. Envtl. L. & Pol’y 29, 39 (2009). In recognition of the fishery’s importance, the federal government agreed with the Treaty Tribes in the 1850s Stevens Treaties that in return for the tribes’ willingness to relinquish most of their ancestral lands, the federal government would permanently protect the tribes’ traditional fishing rights.The Stevens Treaties, a series of treaties entered into between 1854–55, reserved to the tribes their longstanding tribal fishing rights at all “usual and accustomed grounds” in common with non-tribal fishers. See, e.g., Treaty with the S’Klallam, Jan. 26, 1855, 12 Stat. 933, art. IV. The Treaty Tribes consist of the Hoh Indian Tribe, the Jamestown S’Klallam Tribe, the Lower Elwha Klallam Tribe, the Lummi Nation, the Makah Nation, the Muckleshoot Tribe, the Nisqually Indian Tribe, the Nooksack Tribe, the Port Gamble S’Klallam, the Puyallup Tribe of Indians, the Quileute Indian Tribe, the Quinault Indian Nation, the Sauk-Suiattle Tribe, the Skokomish Tribe, the Squaxin Island Tribe, the Stillaguamish Tribe, the Suquamish Tribe, the Swinomish Tribe, the Tulalip Tribes, and the Upper Skagit Tribe. Under the treaties, future generations of the tribes were to have a lasting share in a fishery at least ten times larger than it is today.See Nat’l Marine Fisheries Serv., Biennial Report to Congress on the Recovery Program for Threatened and Endangered Species: October 1, 2006—September 30, 2008, at 50 (2009); see also Ted Gresh et al., An Estimation of Historic and Current Levels of Salmon Production in the Northeast Pacific Ecosystem: Evidence of a Nutrient Deficit in the Freshwater Systems of the Pacific Northwest, 25 Fisheries 15, 17–18 (2000) (discussing the general declines in Pacific Northwest salmon fisheries).

But Puget Sound salmon fisheries have instead declined so dramatically from their historical levels that the federal government now classifies several species as threatened under the Endangered Species Act.See 50 C.F.R. §§ 223.102, 224.101. These sections of the Code of Federal Regulations list all endangered species, including those within the Puget Sound area. Washington's citizens, the many tourists who visit Washington, and consumers around the world will lose from the collapse of this unique natural resource. The death of the Puget Sound salmon fishery will especially harm Washington’s Native American tribes, both culturally and economically.See Nw. Indian Fisheries Comm’n, Treaty Rights at Risk: Ongoing Habitat Loss, the Decline of the Salmon Resource, and Recommendations for Change 6 (2011) (on file with journal) (“As the salmon disappear, our tribal cultures, communities and economies are threatened as never before. Some tribes have lost even their most basic ceremonial and subsistence fisheries—the cornerstone of tribal life.”). One of the major causes of salmon population decline is that an estimated eighty percent of available Puget Sound salmon habitat has been destroyed over the past century.See Nat’l Marine Fisheries Serv., Shared Strategy Dev. Comm., Puget Sound Salmon Recovery Plan 73–75 (2007) [hereinafter NMFS, 2007 Salmon Recovery Plan], available at http://www.nwr.noaa.gov/Salmon-Recovery-Planning/Recovery-Domains/Puget-Sound/PS-Recovery-Plan.cfm (prepared by the Shared Strategy Development Committee and adopted by the National Marine Fisheries Service as its official salmon recovery plan). And habitat loss continues despite federal, state and local government expenditures of tens of millions of dollars on habitat restoration.See Nw. Indian Fisheries Comm’n, supra note 6, at 8 (citing three main reasons for the continuing loss of habitat: (1) the failure to apply similar standards for harvest and habitat management, (2) the failure to fully exercise existing federal regulatory/legislative authority, and (3) the lack of concert in action between varying federal agencies).

This article focuses on the prevention of future habitat losses.In addition to habitat losses resulting from land development, other major factors in the decline according to scientists include hatcheries, harvest (including interception of migratory salmon on the high seas), and hydropower. See Jonathan M. Hoekstra et al., Quantitative Threat Analysis for Management of an Imperiled Species: Chinook Salmon, 17 Ecological Applications 2061 (2007). In limited parts of the Puget Sound region, poor water quality may also limit salmon populations. See Julann A. Spromberg & Nathaniel L. Scholz, Estimating the Future Decline of Wild Coho Salmon Populations Resulting from Early Spawner Die-Offs in Urbanizing Watersheds of the Pacific Northwest, USA, 7 Integrated Envtl. Assessment & Mgmt. 648 (2011). Some observers would also include forest practices and agricultural activities as contributing factors. Factors other than habitat are outside the scope of this article, but it is important to appreciate that collectively they are quite significant, and that sound restoration policy must take varying factors that have contributed to decline into account. This issue is discussed further in Part IV. Part I explores flaws in how existing law deals with habitat protection and outlines alternative policies to improve it. Part II charts the decline of the Puget Sound salmon fishery and discusses the scientific support for the conclusion that habitat protection and restoration is a central element in restoring it. Part III considers how effective administrative action and related endangered species litigation are likely to be as means of protecting habitat. Since Native American tribes face very severe harm from the fishery's potential destruction, Part III also explores their distinctive legal authority to protect it. The article concludes that Native American treaty fishing rights could be a powerful tool for compelling federal, state, and local governments to preserve habitat for the salmon fishery. Part IV shows that adopting comprehensive federal legislation to resolve these conflicts would nevertheless be the best course of action.

Much of the litigation and legislation regarding the salmon fishery in the past decade in Washington State has sought to restore the fishery by compelling improvements in environmental quality, including river restoration. Such litigation includes the pending federal "Culverts" litigation brought by the Treaty Tribes to compel the State of Washington to repair, replace, or remove culverts that are impeding fish passage, and to protect fish passage in the construction of new culverts.United States v. Washington, No. CV 9213RSM, 2007 WL 2437166, at *10 (W.D. Wash.) (Judge Martinez’s issuance of a declaratory judgment imposing a duty on the state to refrain from building and operating culverts in a manner that would infringe on tribal treaty fishing entitlements). Other environmental restoration litigation includes Skokomish Indian Tribe v. United States, 410 F.3d 506 (9th Cir. 2005). See generally Morisett & Summers, supra note 2; Thane D. Somerville, Tribes and Dams: Using Section 4(e) of the Federal Power Act to Protect Indian Tribes and Restore Reservation Resources, Bellwether: Seattle J. Envtl. L. & Pol’y 122 (2009). Legislative actions have included the removal of the dams on the Elwha River, a multiyear restoration effort estimated to cost hundreds of millions of dollars.See Elwha River Ecosystem and Fisheries Restoration Act, Pub. L. No. 102-495, §:4, 106 Stat. 3173 (1992); see also Economics of Dam Removal, Elwha Watershed Info. Res., http://www.elwhainfo.org/elwha-river-watershed/dam-removal/decisions-remove-dams/economics-dam-removal (last visited Dec. 30, 2011). Improvements in water quality, such as those resulting from improved control of stormwater runoff, should also benefit fish populations over time.See Spromberg & Scholz, supra note 9; see also Puget Sound P’ship, Action Agenda, 21 (2009) (citing a lack of water quality, especially from stormwater runoff and low oxygen levels, as one of a number of areas that requires remediation).

However, most of these laudable efforts will do little or nothing to stem the additional loss of habitat that is likely to result from poorly controlled future land development in the Puget Sound region. The region’s population is estimated to increase approximately twenty-three percent—to 4.5 million people—by 2030.See Population, Households, and Employment Forecast, Puget Sound Reg’l Council, http://psrc.org/data/forecasts/saf/ (download and open Microsoft Excel document “2006 Forecasts of Population, Households, and Employment”; scroll to tab “FAZ2030”; see column “TOTPOP”). In light of Washington’s past riparian and coastal land development patterns, it is reasonable to expect the region will lose a substantial portion of its remaining salmon habitat, even after gains from current restoration efforts are taken into account. Biologists have warned that preventing additional habitat losses is critical, but that doing so requires modifying and even limiting future land development patterns in riparian areas along the Puget Sound and its major tributary rivers.See NMFS, 2007 Salmon Recovery Plan, supra note 7, at 354 (“[P]rotecting existing habitat and the ecological processes that create it is the most important action needed in the short-term to increase the certainty of achieving plan outcomes.”). Since other factors have contributed to salmon population decline, it will be necessary to address them as well; but habitat protection is the essential foundation for such efforts.

Many steps these scientists regard as necessary for salmon restoration will clash with powerful political and economic forces that have spurred coastal development, especially over the past several decades. Therefore, if Washington State and federal policymakers want to save Puget Sound wild salmon they must ultimately transform the politics and economics of Puget Sound fishery habitat management. There are several possible ways to effect such a transformation, but to appreciate them fully one must understand the existing legal and political structure of Washington fisheries management.

A. Existing Legal and Political Structure

Today the State of Washington and the Native American tribes share responsibility for conservation management of the salmon fishery.In the aftermath of the Boldt decision, United States v. Washington, 384 F. Supp. 312 (W.D. Wash. 1974), aff'd>, 520 F.2d 676 (9th Cir. 1975), aff'd sub nom. Washington v. Wash. State Commercial Passenger Fishing Vessel Ass’n, 443 U.S. 658 (1979), the Washington tribes and the State of Washington ultimately entered into a co-management process with respect to the Puget Sound salmon fishery. See generally Salmon & Steelhead Conservation, Wash. Dep’t Fish & Wildlife, http://wdfw.wa.gov/conservation/salmon/co-management/index.html (last visited Feb. 20, 2012); Nw. Indian Fisheries Comm’n, Tribal Fisheries Management, available at http://access.nwifc.org/fishmgmt/documents/2004_FishMgmt.pdf. A 2004 harvest management plan refers to the Puget Sound Salmon Management Plan (1985) as establishing the co-management obligations regarding Puget Sound fishery management. See Puget Sound Indian Tribes & Wash. Dep’t Fish & Wildlife, Comprehensive Management Plan for Chinook Salmon: Harvest Management Component 20 (2004), available at http://wdfw.wa.gov/publications/00099/wdfw00099.pdf. At the same time, however, responsibility for managing salmon habitat is highly fragmented between a series of jurisdictions.Jurisdiction is split amongst local governments and their respective land use regulations, the State of Washington, tribal governments and their harvest and hatchery management, and the federal government through the National Marine Fisheries Service (discussed further below). At the state level, Washington has several statutes intended to manage growth in sensitive areas, in particular the Growth Management Act (GMA) and the Shoreline Management Act (SMA).Wash. Rev. Code §§ 36.70A, 90.58 (2011). The State of Washington also has environmental planning and compliance responsibilities under other state and federal laws, including the state and federal Clean Water Acts, e.g., 33 U.S.C. §§ 1311 (2010), and the federal Coastal Zone Management Act, 16 U.S.C. § 1451 (2010). However, these statutes assume that local jurisdictions will ultimately manage development of lands, except where the state or tribes actually own the land, subject to a theoretical state authority to prevent or object to local government’s actions.See Wash. Rev. Code. § 36.70A.060 (2011) (giving county and city governments authority for enacting local development regulations within environmentally critical areas); see also id. § 36.70A.320 (stating that local development regulations enacted as part of the GMA are presumed valid until petitioned to the applicable Growth Management Hearing Board); Wash. Admin. Code §§ 365-196-830, -190-080 (2011). The State of Washington possesses nominal legal authority over local growth-related action, especially at the land use planning level, as compared to the individual permit level. The state can refuse to approve Shoreline Master Programs and can appeal GMA plans to the Growth Management Hearings Board. In practice, the state has only infrequently refused to approve programs or appealed plans, and there is no evidence that the state has ever done either for the purpose of protecting salmon. Thus, experience shows that in reality these statutes constitute largely aspirational legislative directions to local jurisdictions as to how they should carry out land management in sensitive areas, with local jurisdictions ultimately retaining considerable discretion for permitting development.See 24 Tim Butler & Matthew King, Washington Practice, Environmental Law and Practice § 18.3 n.1 (2d ed. 2011) (“The GMA is founded on the premise that local governments rather than the state government have the primary duty and authority for growth management policy-making and further, that the choices made by those local governments may be different in different parts of the state. City of Snoqualmie v. King County, CPSGMHB Case No. 92-3-0004 (March 1, 1993). This approach to growth management, i.e., delegating broad authority and discretion to local governments, is characterized as unique among states in Aagaard, et al., v. City of Bothell, CPSGMHB Case No. 94-3-0011, (February 21, 1995)."). Some observers believe that this last quoted statement requires additional context. They note that most states do not even have growth management laws, and there are essentially no state limitations on local jurisdiction. In Washington, as noted in the text, there are state limitations on local discretion, especially under the Shoreline Management Act, but also under the Growth Management Act and other regulatory laws. For the contention that existing Washington state and local regulations are sufficient to protect ESA-listed species and their habitat, see Memorandum for Prop. Owners for Sensible Floodplain Regulations as Amicus Curiae at 41, Nat’l Wildlife Fed. v. Fed. Emergency Mgmt. Agency, No. 2:11-cv-02044-RSM (W.D. Wash. Dec. 8, 2011) [hereinafter POSFR Mem.]. However, the dispositive question is whether such state supervisory powers have been used—and, as a practical political matter, can actually be used—to protect salmon habitat. For further discussions pertaining to the GMA’s “bottom up” approach of giving local jurisdictions discretion over the GMA’s implementation, see Henry W. McGee, Jr., Washington’s Way: Dispersed Enforcement of Growth Management Controls and the Crucial Role of NGOs, 31 Seattle U. L. Rev. 1 (2007); Tadas Kisielius, Revisiting “Bottom Up” Planning and Local Discretion: Voters Weigh in on Growth, Nw. Land Matters (Sept. 30, 2010), http://www.northwestlandmatters.com/growth-management-act/revisiting-bottom-up-planning-and-local-discretion-voters-weigh-in-on-growth/.

Local jurisdictions have strong economic incentives to permit further development because they depend on property tax revenues to fund most of their government programs, from schools to public safety, and development can broaden their tax bases.Of course, many local jurisdictions have other sources of revenue, including sales tax revenue, but property tax revenue is one source of revenue that they can readily increase simply by permitting private property development, so it plays an important part in shaping local development policy. Ironically, these development incentives are often strongest in precisely the areas that are most environmentally sensitive because those places also are beautiful or provide unusually good recreation. And these sensitive areas are often located near existing riparian or shoreline development as a result of historical land use patterns in the region, adding to their economic value.

At the federal level, several major programs strongly affect land development patterns in ways that damage habitat by subsidizing development in areas containing sensitive habitat. With taxpayer subsidies, development takes place that would otherwise not occur because it would be too expensive or risky to undertake without them. This occurs quite often in particularly environmentally sensitive areas such as lands immediately adjacent to rivers.See Nat’l Marine Fisheries Serv., Endangered Species Act—Section 7 Consultation Final Biological Opinion 4 (2008) [hereinafter NMFS, BiOp] (“[M]ost of the literature related to the NFIP’s [National Flood Insurance Program’s] environmental and developmental impacts suggests that the program encourages, in some manner, the development and environmental transformation of wetlands and coastal areas, or that it does little to impede these impacts.”); see also Walter Rosenbaum, The Development and Environmental Impacts of the National Flood Insurance Program: A Summary Report 3 (2006). Two federal programs are most significant in this respect. First, the National Flood Insurance Program (NFIP) In 1968 Congress passed the National Flood Insurance Act, 42 U.S.C. §§ 4001–4129 (2011). The purpose of the act was to make flood insurance “available on a nationwide basis through the cooperative efforts of the Federal Government and the private insurance industry . . . [based upon] workable methods of pooling risks, minimizing costs, and distributing burdens equitably among those who will be protected by flood insurance and the general public.” Id. § 4001(d). The act’s further purpose was to encourage “sound land use by minimizing exposure of property to flood losses.” Id. § 4001(c)(1). The act created the NFIP, now administered by FEMA, and issued to individuals whose communities meet FEMA’s minimum participation requirements/criteria. Id. § 4102(c). subsidizes development by providing insurance for flood-prone areas at below-market costs.National Flood Insurance Program Continued Actions Needed to Address Financial and Operational Issues: Testimony Before the S. Comm. on Banking, Hous., and Urban Affairs, 111th Cong. 1 (2010) (statement of Orice Williams Brown, Director of Fin. Markets and Cmty. Inv.), available at http://www.gao.gov/assets/130/125283.pdf. Second, the flood control program managed by the U. S. Army Corps of Engineers (Army Corps) uses federal taxpayer funds to channelize rivers and construct flood control levees that make intensive riparian development possible in areas where it would otherwise be impossible or prohibitively expensive.33 U.S.C. § 701 (2011). Over the past several decades the federal government has spent billions of dollars subsidizing local development through these two programs. The NFIP alone is nearly $20 billion in debt at this writing due to its subsidization of flood insurance across the country.Statement of Orice Williams Brown, supra note 23. Likewise, the Army Corps spends tens, if not hundreds, of millions of dollars per project on providing flood control infrastructure, and the Army Corps typically provides the infrastructure at little or no additional direct cost to those taxpayers who benefit most directly from it.See 33 U.S.C. § 701t (only obligation on local governments for flood control improvements is to provide easements/access and future maintenance up to Army Corps standards).

The net result of this often-conflicting and fragmented array of federal, state, and local programs is that in the Puget Sound region, economic incentives for coastal development historically have been stronger than the political will to use existing environmental and growth management laws to restrain such development. And so the Puget Sound salmon fishery has been destroyed over time in significant part because salmon habitat essential to the fishery's continued existence has been destroyed (though as noted earlier, other factors have played important roles as well).NMFS, 2007 Salmon Recovery Plan, supra note 7, at 354 (“[T]here have already been substantial reductions in the types, quality and amounts of salmon habitat, and this is one of the main factors affecting fish populations.”).

1. Effects of the Endangered Species Act

Federal development subsidy programs coexist uneasily with laws requiring the federal government to protect threatened or endangered species and to refrain from actions that will jeopardize their continued existence, particularly the Endangered Species Act.The Endangered Species Act, 16 U.S.C. §§ 1531–1599 (2011). 16 U.S.C. § 1536(a)(2) (2011) requires federal agencies to ensure that their actions are “not likely to jeopardize the continued existence of any endangered species or threatened species or result in the destruction or adverse modification of habitat of such species . . . .” In theory, both the National Environmental Policy Act and the Clean Water Act might assist in limiting habitat damage, but so far at least they have played little practical role in that process in the Puget Sound region. Over the past several years, courts have increasingly concluded that federal agency duties under the Endangered Species Act must take precedence over the federal government's continued provision of development subsidies.See, e.g., Fla. Key Deer v. Paulison, 522 F.3d 1133, 1136 (11th Cir. 2008) (affirming lower court’s ruling that continued issuance of national flood insurance would cause jeopardy to listed species of Key Deer). For earlier challenges, see Tenn. Valley Auth. v. Hill, 437 U.S. 153, 172 (1978) (discovery of threat to endangered snail darter forced court to stop completion of the Tellico Dam, which Congress had already spent over $100 million funding); Sierra Club v. Marsh, 816 F.2d 1376, 1389 (9th Cir. 1987) (holding that the Army Corps of Engineers must halt construction of a highway and flood control project and reinitiate consultation with U.S. Fish and Wildlife Service over continued harm to listed species). In Washington State, the National Wildlife Federation brought litigation in 2004 alleging a conflict between the federal flood insurance program and the protection of endangered fish species.Nat’l Wildlife Fed. v. Fed. Emergency Mgmt. Agency, 345 F. Supp.2d 1151, 1154 (W.D. Wash. 2004). New litigation between the same parties concerning much the same set of issues began in late 2011 and is discussed in detail in Part III.See Complaint for Declaratory and Injunctive Relief, Nat’l Wildlife Fed. v. Fed. Emergency Mgmt. Agency, No. 2:11-cv-02044 (W.D. Wash. Dec. 8, 2011).

Unless Congress amends the ESA, similar lawsuits can be expected to continue and to succeed if federal, state, and local governments do not take action to protect listed species. To date, the National Wildlife Federation litigation has had a limited practical effect on Puget Sound development patterns, but this could change dramatically over the next few years for reasons explained below. It is especially important to appreciate that as a result of this new litigation, the substantial economic costs of protecting the fishery could fall unevenly on different parts of the state and on individual property owners and communities, despite the fact that the resulting benefits would be enjoyed by Washington citizens and tribes as a whole.For example, if a court were to prohibit further issuance of flood insurance or forced serious changes to FEMA’s insurance community eligibility requirements as a result of the new NWF litigation, the state's citizens as a whole would benefit because the fishery would be better protected, but at the same time, property owners in some communities might be denied development rights, or development financing, as a result, and local governments would then lose potential tax revenues. This problem is discussed further in Parts III and IV.

B. Proposed Policy Approaches

From this brief sketch of the existing legal regime for Puget Sound wild salmon fishery management, it follows that theoretically there are three different policy approaches that (separately or in some combination) could be taken to restoring the fishery’s habitat degradation and loss. They are:

First, eliminate the economic incentives that encourage local development and habitat destruction by, for example, using tax funding to acquire additional habitat or to replace local property tax revenues that local governments would lose by maintaining salmon habitat. Funding could theoretically come either from general revenues, from user fees, or from some combination of both;

Second, strengthen existing laws that are intended to protect habitat by removing or restricting local discretion to permit habitat destruction and by eliminating all direct and indirect federal subsidies for development, particularly those provided by flood insurance and taxpayer-funded levee construction. This could be done through legislation or, at least in some cases, through administrative action under existing law; or

Third, impose strict legal duties on government authorities at all levels to protect and restore salmon habitat, enforceable by substantial fines and penalties for noncompliance. This could be done either through legislation or, to the extent permitted by existing law, through litigation.

In order to make wise choices about these alternative policies, one must carefully examine and balance the costs and benefits of each approach. To provide the necessary background information for that analysis, the next part of this article focuses in detail on the problem of salmon habitat restoration. Later parts of the article examine the costs and benefits of administrative action and litigation, the restoration paths chosen so far, and how those approaches compare to restoration achieved through comprehensive legislation.

II. The Endangered Puget Sound Salmon Fishery

A. Salmon Population

Puget Sound salmon fisheries today are only a small fraction of their historical size—about ten percent or less of historical levels.See Gresh et al., supra note 4. I wish to thank Dr. George Pess of NOAA for his perceptive and helpful comments on the scientific issues in this section of the article, and for providing various scientific references. He bears no responsibility for any of the conclusions reached in this article, or for any remaining errors, however. In a June 2009 report to Congress, Nat’l Marine Fisheries Serv., Biennial Report, supra note 4. the National Oceanic and Atmospheric Administration (NOAA) estimated that historical Puget Sound Chinook salmon levels (circa 1900) were between 600,000 and 800,000 fish per season.Id. at 50. Recent Chinook salmon runs, however, suggest that there has been as much as a tenfold decrease in Puget Sound Chinook salmon populations.Id. (estimating that there were only an average of 58,000 natural Chinook spawners in Puget Sound per year between 1999 and 2005). That decline is in turn merely a facet of a broad century-long decline in wild salmon and other fish populations throughout the Pacific Northwest. See Gresh et al., supra note 4. In a 2008 Biological Opinion (BiOp) the National Marine Fisheries Service (NMFS) stated that there was an average of 1500 natural (non-hatchery) spawners for each of the twenty-two populations of Puget Sound Chinook salmon.NMFS, BiOp, supra note 21, at 26. This was a dramatic decrease from past numbers. NMFS noted that “currently observed abundances of natural spawners . . . are several orders of magnitude lower than estimated historical spawner capacity, and well below peak historical abundance (approximately 690,000 spawners in the early 1900s).” Id. The declines in wild salmon populations are of special concern because it is doubtful that they can be replaced successfully by hatchery-bred fish. There is scientific evidence that hatchery fish are inadequate replacements for wild salmon populations. There are two main reasons for this. First, hatchery born fish are less resistant to disease, including certain parasites and bacterial strains:
Chinook salmon are exposed to numerous bacterial, viral, and parasitic organisms during their life cycle. Native chinook salmon have evolved with certain of these organisms, but the widespread use of artificial propagation has introduced some exotic organisms not historically present in some watersheds. Some scientific studies may indicate that chinook salmon are more susceptible to disease organisms than other salmonids.
Protected Res. Div., Nat’l Marine Fisheries Serv., Factors Contributing to the Decline of Chinook Salmon: An Addendum to the 1996 West Coast Steelhead Factors of Decline 7 (1998). Second and more important, evidence suggests that hatchery born fish (and even their natural born offspring) have substantially decreased reproduction rates compared to wild salmon populations. See generally Hitoshi Araki et al., Carry-over effect of captive breeding reduces reproductive fitness of wild-born descendants in the wild, 5 Biology Letters 629 (2009), available at http://www.dfw.state.or.us/fish/OHRC/docs/2009/ArakiEtAl2009BiolLetters.pdf; Hitoshi Araki, et al., Genetic Effects of Captive Breeding Cause a Rapid, Cumulative Fitness Decline in the Wild, 318 Science 100 (2007); see also The Fish Hatchery Solution Leads to More Problems than SolutionsMarine Science Today (June 21, 2009), http://marinesciencetoday.com/2009/06/24/the-fish-hatchery-solution-leads-to-more-problems-than-solutions/.

The decline of the Puget Sound fisheries has now reached the critical point where the federal government has declared that various species of Puget Sound salmon and steelhead are threatened under ESA criteria.Under this act, the Secretary of the Interior must determine whether a species is endangered or threatened due to any of the following five factors: (1) the present or threatened destruction, modification or curtailment of its habitat or range; (2) overutilization for commercial, recreational, scientific, or educational purposes; (3) disease or predation; (4) the inadequacy of existing regulatory mechanisms; or (5) other natural or manmade factors affecting its continued existence. 16 U.S.C. § 1533(a)(1)(A)-(E). After receiving petitions to list a number of Northwest salmon and steelhead species under the ESA, Listing Endangered and Threatened Species and Designating Critical Habitat, 59 Fed. Reg. 46,808-01 (proposed Sept. 12, 1992) (to be codified at 50 C.F.R. pt. 227). NMFS, which has jurisdiction over most marine and anadromous fish for ESA purposes, listed a number of Northwest salmon species as threatened—that is, in danger of future extinction. NMFS first listed Puget Sound Chinook salmon as a threatened species under the ESA in March 1999.Endangered and Threatened Species; Threatened Status for Three Chinook Salmon Evolutionarily Significant Units, 64 Fed. Reg. 14,308 (Mar. 24, 1999) (to be codified at 50 C.F.R. pt. 223, 224). The protected populations include all naturally spawned Chinook salmon residing below impassable natural barriers in the Puget Sound region from the North Fork Nooksack River to the Elwha River.Id. at 14,313. NMFS also listed the Hood Canal summer-run chum salmon as threatened in 1999 Endangered and Threatened Species: Threatened Status for Two ESUs of Chum Salmon, 64 Fed. Reg. 14,508, 14,512 (Mar. 25, 1999) (to be codified at 50 C.F.R. pt 223). and listed southern resident killer whales (Orcinus orca) as an endangered species; the whales depend in part on salmon for food.Endangered and Threatened Wildlife and Plants: Endangered Status for Southern Resident Killer Whales, 70 Fed. Reg. 69,903 (Nov. 18, 2005) (to be codified at 50 C.F.R. pt. 224). A 2008 Recovery Plan for the killer whales therefore focuses on rebuilding Chinook salmon numbers to populations that can sustain killer whale populations in Puget Sound.Endangered and Threatened Species; Recovery Plans; Final Recovery Plan for Southern Resident Killer Whales, 73 Fed. Reg. 4,176 (Jan. 24, 2008).

In 2005, NMFS concluded that the Chinook salmon and Hood Canal summer-run chum remain threatened under the ESA, Endangered and Threatened Species: Final Listing Determations for 16 ESUs of West Coast Salmon, and Final 4(d) Protective Regulations for Threatened Salmonid ESUs, 70 Fed. Reg. 37,160 (June 28, 2005) (to be codified at 50 C.F.R. pt. 223, 224). and subsequently the agency designated hundreds of river and stream miles in Puget Sound as critical habitat for the Chinook salmon and the chum.Endangered and Threatened Species: Designation of Critical Habitat for 12 Evolutionarily Significant Units of West Coast Salmon and Steelhead, 70 Fed. Reg. 52,630 (Sept. 2, 2005) (to be codified at 50 C.F.R. pt. 226). In 2007, the agency listed Puget Sound steelhead as a threatened species.Endangered and Threatened Species: Final Listing Determination for Puget Sound Steelhead, 72 Fed. Reg. 26,722 (May 11, 2007) (to be codified at 50 C.F.R. pt. 223). “Steelhead is the name commonly applied to the anadromous form of the biological species O. mykiss. . . . The Puget Sound steelhead DPS (distinct population segment) includes more than 50 stocks of summer- and winter-run fish, the latter being the most widespread and numerous of the two run types.” Id. NMFS concluded that the primary threat to the steelhead was habitat loss. It stated:

We concluded that the principal factor for decline for Puget Sound steelhead is the present or threatened destruction, modification, or curtailment of its habitat or range. . . . We concluded that existing regulatory mechanisms inadequately protect steelhead habitats as evidenced by the historical and continued threat posed by the loss and degradation of nearshore, estuarine, and lowland habitats due to agricultural activities and urbanization.Id. at 26,732.

B. Habitat Loss

The 2007 Salmon Recovery plan adopted by NOAA was consistent with NMFS’s conclusion that habitat is not adequately protected by existing legal mechanisms. The administration recognized that "protecting existing habitat and the ecological processes that create it is the most important action needed in the short term to increase the certainty of achieving [restoration] plan outcomes." NMFS, BiOp, supra note 21, at 354. The critical importance of adequate riparian habitat to salmon population development is apparent from recent scientific experiments by Carson A. Jeffres et al., some of whose key results are shown in Figure 1.See, e.g., Carson A. Jeffres et al., Ephemeral Floodplain Habitats Provide Best Growth Conditions for Juvenile Chinook Salmon in a California River, 83 Envtl. Biology Fishes 449 (2008).

figure1_fish

Figure 1. Comparison of a single enclosure of fish reared in intertidal river habitat below floodplain (left) and a single enclosure of fish reared in the floodplain vegetation (right) after fifty-four days in respective habitats.Photograph and caption reproduced from Jeffres et al., supra note 52, at 455 fig.7. Used by permission.

In their experiment Jeffres et al. compared fish of the same age, some of which had developed within an ephemeral floodplain zone (those on the right) and some of which had developed in a river mainstem (those on the left). The pictorial data show in striking fashion that fish with the ability to find floodplain refugia and diverse habitats are very likely to be bigger, healthier fish. Such refugia are eliminated by "channelized" rivers that destroy fish habitat (see Figure 2(a)). Figure 2(a) is an aerial photograph of a channelized river. As a result of channelization and associated increases in adjacent land development, a considerable part of the natural habitat that would previously have been available to salmon, especially juvenile fish, has been completely eliminated.

figure2_rivers

Figure 2. (a) Channelized river (Washington), Photograph by David R. Montgomery, University of Washington. Used by permission. For further information, see David R. Montgomery et al., Puget Sound Rivers and Salmon, in Restoration of Puget Sound Rivers 1–13 (David R. Montgomery et al. eds., Ctr. Water & Watershed Studies, Univ. Wash. Press 2003). (b) unchannelized river (Alaska). Photograph by Lauren Rogers, Post-doctoral Research Fellow, Ctr. Ecological & Evolutionary Synthesis, Univ. Oslo, Norway. Used by permission.

Figure 2(b) shows an unchannelized river that has been allowed to take its natural course and develop through and across an area that is referred to as its channel migration zone (CMZ).Washington law defines the term "channel migration zone" as follows: “[T]he area along a river within which the channel(s) can be reasonably predicted to migrate over time as a result of natural and normally occurring hydrological and related processes when considered with the characteristics of the river and its surroundings.” Wash. Admin. Code § 173-26-020(6) (2011). The natural CMZ is typically a geographic area wider than the area normally defined as a "floodplain" under Federal Emergency Management Agency (FEMA) regulations.FEMA defines “floodplain” as “any land area susceptible to being inundated by flood waters from any source.” DefinitionsFed. Emergency Mgmt. Agency, http://www.fema.gov/business/nfip/19def2.shtm (last visited Jan. 2, 2011). An unchannelized river's ability to flow across its full CMZ results in creation of far greater habitat that is then available for juvenile fish spawning, in turn resulting in significantly higher survival rates and populations. The principal goal of riparian habitat restoration is to restore the full channel migration zone for each river as viable habitat for fish populations.See NMFS, BiOp, supra note 21, at 151.

Scientists estimate that approximately eighty percent of the habitat historically available to fish and wildlife on the edge of Puget Sound was destroyed between 1870 and 1970. This process is described in the 2007 NOAA Puget Sound Salmon Recovery Plan, which states:

An 1885 survey estimated that there were 267 square kilometers of tidal marsh and swamps bordering Puget Sound. Tidelands extended 20 km inland from the shoreline in the Skagit and Stillaguamish watersheds. Approximately 100 years later, only 54.6 [square kilometers] of intertidal marine or vegetated habitat is estimated to occur in the Puget Sound basin. This represents a decline of 80 percent across the region due to agricultural and urban modification of the lowland landscape (NMFS/Chum BRT, 1997). In heavily industrialized watersheds, such as the Duwamish, intertidal habitat has been eliminated by 98 percent . . . . In addition to the high-intensity industrial and urban development at major river mouths in Puget Sound, intertidal and nearshore habitats throughout the Sound have been modified by shoreline armoring (e.g. construction of rock, concrete, and timber bulkheads or retaining walls). These modifications have a cumulative environmental impact that results in loss of riparian vegetation, obstruction of sediment movement along the shoreline, interference with wave action, and burial of upper beach areas.. NMFS, 2007 Salmon Recovery Plan, supra note 7, at 73–75. An area of 267 square kilometers is about 103 square miles.

As shown in Table 1, the habitat changes in certain parts of the Puget Sound have been even more drastic than the overall declines.

Table 1. Changes in Areas of Selected Puget Sound Estuaries from the 1800s to the 1970s.Id. at 73. A hectare (ha) is about 2.47 acres.

Estuary

Pre-development,
1800s, Area (ha)

Post-development,
1970s, Area (ha)

Change (%)

Nooksack

445

460

+3

Lummi

580

30

-95

Samish

190

40

-79

SkagitLater studies of habitat changes in the Skagit Delta indicate a loss of pristine estuarine delta habitat of approximately eighty percent. Eric Beamer et al., Skagit Sys. Coop. Research Dep’t, The Importance of Non-Natal Pocket Estuaries in Skagit Bay to Wild Chinook Salmon: An Emerging Priority for Restoration 1 (2003), available at http://www.skagitcoop.org/documents/EB1579_Beamer_et_al_2003.pdf.

1600

1200

-25

Stillaguamish

300

360

+20

Snohomish

3900

1000

-74

Duwamish

260

4

-98

Puyallup

1000

50

-95

Nisqually

570

410

-28

Skokomish

210

140

-33

Dungeness

50

50

0

As noted above, scientists agree that a series of manmade factors are implicated in wild salmon population decline, including hatcheries, harvest (including open seas interceptions), hydropower, and habitat degradation.See discussion supra note 9; see also Hoekstra et al., supra note 9; Philip Roni, George Pess, Tim Beechie, & Sarah Morley, Estimating Changes in Coho Salmon and Steelhead Abundance from Watershed Restoration: How Much Restoration is Needed to Measurably Increase Smolt Production?, 30 N. Am. J. Fisheries Mgmt. 1469 (2010). Notwithstanding the clear evidence that maintaining, protecting, and expanding available habitat is critical to the survival and growth of wild salmon populations, the reality is that available habitat continues to decline in many parts of Puget Sound, despite habitat restoration efforts over the past decade. NMFS recently completed an ESA listing status review of several Puget Sound salmon and steelhead species.Endangered and Threatened Species, 5-Year Reviews for 17 Evolutionarily Significant Units and Distinct Population Segments of Pacific Salmon and Steelhead, 76 Fed. Reg. 50448 (proposed Aug. 15, 2011) (to be codified at 50 C.F.R. pt. 223, 224). The agency concluded that habitat had continued to decline, and that regulatory programs to protect habitat had not significantly changed since the flawed 1990s efforts that contributed to the Chinook salmon's listing.Nat’l Marine Fisheries Serv., Implementation Status Assessment Final Report: A Qualitative Assessment of Implementation of the Puget Sound Chinook Salmon Recovery Plan 6 (2011), available at http://www.nwr.noaa.gov/Salmon-Recovery-Planning/Recovery-Domains/Puget-Sound/upload/implement-rpt.pdf. The report stated:

Key indicators addressed by the [Puget Sound Partnership’s] 2009 State of the Sound Report tell us that important habitat for Chinook salmon is still declining, despite the ESA listing over 10 years ago.Id. As such, the region needs to increase its scrutiny of the sources of habitat decline, and the tools we use to protect habitat sites and ecosystem processes.Id.

A 2011 white paper on fishery protection prepared by the Treaty Tribes in Western Washington argued that "stopping habitat degradation is the cornerstone of salmon recovery, but habitat is still declining." Nw. Indian Fisheries Comm’n, supra note 6, at 2. The tribes also expressed significant concern that harvest levels were being limited. See id. at 7. The tribes noted that since the ESA listing of Puget Sound Chinook salmon in the fall of 1999, loss of sound shoreline habitat and function through shoreline armoring has continued at a rate of 1.5 miles per year.Id. at 10 n.7. Between 2004 and 2008 alone, the Washington Department of Fish and Wildlife granted 456 permits for new bulkheads in Puget Sound.Id. at 24 n.57. Meanwhile, the Washington Department of Fish and Wildlife recently disclosed that thirty percent of randomly sampled culverts, despite receiving a state permit in the last ten years, still resulted in blocked fish passage.Id. at n.55. The Treaty Tribes concluded that as a result, "Today our [tribal] fishing rights have been rendered almost meaningless because the federal and state governments are allowing salmon habitat to be damaged and destroyed faster than it can be restored. Salmon populations have declined sharply because of the loss of spawning and rearing habitat." Id. at 6.

C. Salmon Restoration Funding

While salmon habitat losses continue, funding for salmon restoration projects over the past five years in Puget Sound has been only about one-half the estimated level necessary for large-scale salmon restoration. According to the Puget Sound Partnership's 2007 Salmon Recovery Plan, adequate salmon recovery and protection would cost $120 million per year over the next decade.Puget Sound P’ship, supra note 12, at 132. However, existing funding levels are currently less than half that amount.Although recovery efforts need an estimated $120 million annually, the Puget Sound Partnership estimates that the total currently being spent on Puget Sound salmon restoration is approximately $43 to $48 million, an amount which generally fluctuates every year based upon budgets and politics. Memorandum from Michael Withy to author (Jan. 3, 2012) (on file with journal). For information regarding general grant awards and/or funding for these programs, see Puget Sound Nearshore, 2010 Estuary and Salmon Restoration Program: Annual Report 6 (2011), available at http://www.pugetsoundnearshore.org/esrp/2010_esrp_final.pdf; Puget Sound P’ship, Puget Sound Acquisition and Restoration 2011–2013 Budget Request: $55 Million (2010), available at http://www.psp.wa.gov/downloads/PSAR/PSAR_2011-2013_full.pdf (showing both funding levels for 2009–2011 budget, the decrease from previous levels, and the increase in funds requested for the 2011–2013 budget); Wash. State Recreation & Conservation Funding Bd., Aquatic Lands Enhancement Account: Grants Awarded Fiscal Year 2012 (2011), available at http://www.rco.wa.gov/documents/rcfb/alea/ALEA2010GrantsFunded.pdf; 2011 Grant Awards for the Watershed Protection and Restoration Grant, Wash. Dep’t Ecology, http://www.ecy.wa.gov/puget_sound/index.html (showing EPA grants for Puget Sound ecological restoration). When viewing these data, it must be remembered that the amounts awarded/appropriated, unless specifically earmarked for salmon recovery, are going towards general ecosystem restoration. What is important for our discussion, however, is the fact that current funding levels are well below those anticipated as necessary under the 2007 Salmon Recovery Plan. Scientists recently estimated that about three times the current level of total annual salmon restoration funding, or approximately $140 million (in 2011 dollars), would be needed to protect Coho salmon and steelhead through full restoration of a single model watershed, which represented only one of the eighteen separate watersheds in the Puget Sound basin.See Roni, supra note 62, at 1473, 1478. In that study, Philip Roni et al. concluded that approximately eighty percent of the habitat in such a model watershed would need to be restored before scientists could be confident that salmon and steelhead production in the watershed would double.Id. at 1478.

Roni et al. used a probabilistic Monte Carlo analysis to test an alternative to such an intensive watershed-by-watershed restoration approach.Id. at 1473. "Monte Carlo Analysis is a computer-based method of analysis developed in the 1940's that uses statistical sampling techniques in obtaining a probabilistic approximation to the solution of a mathematical equation or model." Risk Assessment Forum, U.S. Envtl. Prot. Agency, EPA/630/R-97/001, Guiding Principles for Monte Carlo Analysis 7 (1997). The team looked at what the results would be if instead of full restoration of a single watershed, limited available restoration funding were to be distributed among various watersheds so that only a relatively small amount of restoration occurred in each watershed.Roni, supra note 62, at 1473–75. The average amount of restoration under this alternative scenario was roughly eight percent, or the same amount on average that the authors concluded had occurred as a result of funding under the Pacific Coastal Salmon Recovery Fund from 2000 to 2009.Id. at 1473. Through the Monte Carlo analysis the team found that it was possible that such limited restoration would yield only a small net increase in salmon or steelhead population, and that the resulting increase would probably be too small to measure using available techniques even if it did occur.Id. at 1478. The authors concluded that their study suggested the need for greater prioritization in salmon and steelhead restoration project funding, both within individual watersheds and between watersheds. Id. (“In the absence of a plan to concentrate and complete restoration efforts in a few key basins or dramatically increase the total amount of restoration, it is unlikely that even the most rigorous basin-scale monitoring program will be able to detect a change in coho salmon or steelhead abundance at a watershed or population scale. This also suggests that if the desire is to recover whole watersheds or fish populations, basins and populations should be prioritized for restoration potential and restoration efforts concentrated in those areas rather than spread across the region.").

The failure of well-intentioned restoration efforts to protect riparian habitat against further decline, and the strong likelihood of increasing future population growth and land development in the Puget Sound region, both suggest that it is not realistic to expect local governments to protect salmon habitat unless they are required to do so by laws that are rigorously enforced, or unless their incentives are fundamentally changed.For example, by having local governments reimbursed or compensated for potential losses in tax revenue as a result of future declines in or limits on floodplain development. Some observers suggest that one possible means of achieving this would be to impose a tax on all salmon catches, the proceeds of which would be devoted to restoration; others might support providing general taxpayer funding for restoration. The choice between funding mechanisms is a good example of the kind of choice best made through the legislative process rather than through litigation. See discussion infra Part IV. Strong pro-development economic incentives combined with limited political will to enforce laws designed to protect salmon habitat against development are leading to a collapse of the Puget Sound fishery.

III. The Differing Contours of Environmental Law and Treaty Rights as Means to Compel Endangered Species Protection

A. Administrative Paralysis

In many cases, Federal and state administrative officials already have the necessary legal authority to lessen the conflict between endangered species habitat preservation and restoration on the one hand, and Puget Sound development pressures on the other. This authority is found in the powerful and flexible provisions of the Clean Water Act, the ESA, and the NFIP. But as extensive litigation between environmental groups and federal agencies in various parts of the United States has shown, over the past several decades federal officials have been very reluctant—indeed, largely unwilling—to use their full measure of authority to resolve this conflict, no matter which president held office.See, e.g., Fla. Key Deer v. Brown, 364 F. Supp. 2d 1345, 1356 (S.D. Fla. 2005), aff’d, 522 F.3d 1133 (11th Cir. 2008) (showing FEMA’s obligation to consult with U.S. Fish and Wildlife Services and that FEMA is required to ensure issuance of flood insurance causes no jeopardy to ESA-listed species); Nat’l Wildlife Fed. v. Fed. Emergency Mgmt. Agency, 345 F. Supp.2d 1151, 1172–73 (W.D. Wash. 2004) (forcing FEMA into Section 7 consultation due to the flood insurance program’s likelihood of harm to ESA-listed species). Remarkably, federal agency officials have contended that they had no legal authority to act to protect endangered species, until they were forced by courts to acknowledge that they did possess such authority and were required by law to exercise it.See, e.g., Fla. Key Deer v. Paulison, 522 F.3d 1133, 1141–42 (11th Cir. 2008) (FEMA argued that it did not have discretion under its enabling legislation to not issue flood insurance); Coal. for a Sustainable Delta v. Fed. Emergency Mgmt. Agency, No. 1:09-cv-02024 OWW GSA, 2011 WL 3665108 (E.D. Cal. 2011). The continuing reluctance of administrative agency officials to enforce the ESA and related laws means that administrative action appears to be an unpromising approach to habitat protection nationally. The situation is no different in Washington, as shown by FEMA's response to efforts designed to force it to protect habitat under the ESA in the Puget Sound region, discussed below.

B. The National Wildlife Federation Litigation History—2004 to 2011

One possible approach to improved salmon habitat protection is to impose binding legal duties through court action against federal, state, and local governments to protect habitat. Many public interest environmental advocacy groups have chosen this path. The most important question facing the litigation approach is whether it will be successful not just in the short-term, but in the long-term. In other words, assuming for the moment that environmental plaintiffs will ultimately prevail on the merits of their claims, is effective long-term enforcement possible using the court judgments they obtain? In order to understand this problem, one must review the litigation in this area in detail.

1. The National Wildlife Federation’s First Action and Its Aftermath

In an effort to prevent further habitat destruction, protect fisheries, and prevent unnecessary damage from flooding, environmental organizations have increasingly sought to force federal agencies to refrain from subsidizing development through means like flood insurance provided through the NFIP. The National Wildlife Federation brought a successful action in a Washington federal court against FEMA in 2004, forcing FEMA to consult with NMFS about whether the NFIP, which is administered by FEMA, violated the ESA by jeopardizing protected Puget Sound fish species.Nat’l Wildlife Fed., 345 F. Supp.2d 1151. The court concluded that further implementation of the NFIP might adversely affect a listed species or its critical habitat, thus violating the ESA.Id. at 1164 (“FEMA's promulgation of minimum eligibility criteria and its sale of flood insurance both enable development in the floodplain that negatively impacts salmon”). Pursuant to the court’s order, this consultation had to be a formal consultation under Section 7 of the ESA.See 16 U.S.C. § 1536(a)(2) (2011).

As the result of the required Section 7 consultation, on September 22, 2008, NMFS issued a formal BiOp to FEMA.NMFS, BiOp, supra note 21. In the BiOp, NMFS analyzed known information about the biology, particularly the life history, of the relevant fish species, and then analyzed the likelihood that the fish would survive under current management conditions. NMFS concluded that continued implementation of the NFIP would likely have adverse effects upon floodplain habitats of ESA listed Puget Sound area species of Chinook salmon, Hood Canal summer chum salmon, steelhead, and southern resident killer whales. The agency stated that “[w]hen the anticipated effects of NFIP implementation, including indirect effects, are added to the baseline condition, the trends for habitat will be accelerated degradation, negatively impacting conservation values of habitat in most watersheds, and negatively impacting trends in all VSP parameters for most salmonid populations.” See id. at 145. The agency concluded that this is of particular concern because “[o]f the four ESA listed salmonid ESUs and DPSs in the action area, Chinook salmon, and steelhead both have life history strategies that rely on floodplains during juvenile life stages.” Id. at 22. Nevertheless, FEMA has issued 7,600 flood insurance policies to Puget Sound development projects in areas subject to its minimum eligibility criteria between 2000 and 2008, and has issued 800 such policies between issuance of the BiOp in 2008 and December 2010.Complaint for Injunctive and Declaratory Relief, supra note 31, at 10. In that litigation, amicus curiae POSFR asserts that only 220 of the 800 policies issued after 2008 were for new development. POSFR Mem., supra note 19, at 41. Whether that claim is correct, and its significance if correct, are uncertain at this writing. Since 2000, FEMA has issued flood insurance to more than 42,000 new structures in the Puget Sound area.

Three specific elements of the NFIP that adversely affect anadromous fish habitats were listed in the BiOp: (1) floodplain mapping, particularly the ability under existing regulations to place fill within a designated floodplain in order to raise the land and remove the property or development from the NFIP’s floodplain map and insurance requirements; NMFS, BiOp, supra note 21, at 85 (“Placing fill to elevate properties and building levees to trigger floodplain map revisions are detrimental to floodplain and channel function. Lands that are periodically flooded provide safe off-channel refugia, with abundant food items, for rearing juvenile salmonids during periods of high flow when mainstem channels cannot be occupied, functions essential to decrease mortality in juvenile salmonids. Filling in floodplains to remove them from the mapped floodplain decreases the extent of off channel habitat and impairs the natural processes that create and maintain these habitats, removing these functions. Fill in floodplains also reduces flood water storage. This causes higher water levels downstream, greater water velocity during high flow events, and increased erosion, which have adverse effects on salmon. Channels that are unconfined by floodplain fill have more diverse habitat complexity that supports salmon survival. Both natural floodplains and unaltered stream channels support listed species by providing increased juvenile to adult survival, which is essential for recovery of listed species.”). The BiOp further concludes that
Placing fill in the floodplain diminishes the functional condition of floodplain processes that create and maintain salmonid habitat. Fill eliminates wetlands, wetland and riparian vegetation, and limits channel dynamics. Fill constrains floodwater flow into smaller spaces, increasing flood flow velocity and concomitant erosive damage and scour. The FEMA itself acknowledges that filling in the floodplain is highly likely to have adverse effects on habitat of listed and endangered species.

Id. at 92.
(2) minimum floodplain criteria; and (3) FEMA's Community Rating System (CRS). According to the BiOp, both the NFIP’s floodplain mapping and minimum floodplain criteria elements incentivize floodplain development using fill and levee construction.In order to earn eligibility for the NFIP, communities must have their levees certified by engineers as meeting the Army Corps’ requirements. 33 C.F.R. § 203.48 (2011); see also NMFS, BiOp, supra note 21, at 12–13. The Army Corps’ strict riparian vegetation requirements cause habitat and channel-migration degradation. NMFS, BiOp, supra note 21, at 86–87. According to the BiOp, the Army Corps’ “vegetation standards” for levee certification, funding, and emergency relief effectively require the removal of riparian vegetation – vegetation that supports fish growth and survival. See id. (“[L]evees cause additional adverse effects to salmon due to bank stabilization methods and channel confinement. Riprap displaces vegetation and decreases survival and growth as soil is not available for root establishment. In addition, riprap is generally uniform and lacks bank irregularities needed to provide velocity refuge for fish and their prey . . . Levees also confine rivers, limiting the potential for creating or re-establishing complex and diverse habitats that are important for juvenile salmon rearing and refuge, such as side channels, oxbows, and floodplain wetlands”). After concluding that existing FEMA regulations under the NFIP jeopardize various threatened salmon species, NMFS set forth a multi-element "reasonable and prudent alternative" (RPA), as required by federal regulations, that FEMA could adopt to avoid jeopardizing listed fish and the resulting civil and criminal liabilities.50 C.F.R § 402.14(g)(5) (2012) (requiring the consulting agency to issue a reasonable and prudent alternative so as to allow the action agency to avoid future violations of the ESA).

These RPA requirements meant in effect that FEMA would be required to deny flood insurance to local communities that did not implement major new restrictions on riparian development in the Puget Sound region. Under the BiOp, NMFS emphasized that it sought stringent protection for core habitat areas referred to as Riparian Buffer Zones (RBZs): The Riparian Buffer Zone is the greater of the following: (1) 150 feet measured perpendicularly from ordinary high water for Type S (Shorelines of the State) and F (fish-bearing) streams; 100 feet for N (nonsalmonid-bearing) streams, lakes and marine shorelines, and 50 feet for U (untyped) streams; (2) the Channel Migration Zone plus 50 feet; and (3) the mapped Floodway. NMFS, BiOp, supra note 21, at 222. As explained in the BiOP, “[t]he Riparian Buffer Zone is an overlay zone that encompasses lands as defined above on either side of all streams, and for all other watercourses including off channel areas.” Id. "The RBZ is a no-disturbance zone, other than for activities that will not adversely affect habitat function." Id. This effectively means that pursuant to the BiOp’s RPA communities with land use regulations that permit development within RBZs should be denied flood insurance. Thus, compliance with the RPA’s numerous elements would sharply restrict FEMA's issuance of new flood insurance coverage in the Puget Sound region and consequently reduce environmentally harmful development. It is also very likely that such RPA-imposed development restrictions would significantly reduce property values for undeveloped or partially developed properties either because development would be prohibited entirely, or because previously permitted development would be far more expensive to undertake.

The RPA contained several key steps that NMFS concluded were necessary for FEMA to take in order to avoid jeopardizing Puget Sound wild salmon and steelhead fisheries through the flood insurance program. The key steps included, inter alia, revisions to FEMA’s mapping program to limit habitat damage, revisions to floodplain management criteria to limit habitat damage, changes in the Community Rating System (CRS), and addressing the effects of levee vegetation. A brief description of these major steps, referred to as "Elements" in the BiOp's terminology, follows.

Element 2: Revisions to FEMA’s Mapping Program to Limit Habitat Damage

The RPA provided that FEMA shall approve Letters of Map Change (LOMC) resulting from development alterations only when the applicant:

has factored in the effects of the alterations on channel and floodplain habitat function for listed salmon, and has demonstrated that the alteration avoids habitat functional changes, or the proponent has mitigated for the habitat functional changes . . . with appropriate habitat measures that benefit the affected salmonid populations.Id. at 152.

Element 3: Revise Floodplain Management Criteria to Limit Habitat Damage

The RPA provided for revision of floodplain management criteria in two key respects summarized below:

(1) FEMA shall allow no development in the floodway, CMZ plus fifty feet, and RBZ, or local jurisdictions must demonstrate to FEMA that any development in the floodway, CMZ plus fifty feet, and RBZ does not “adversely affect water quality, water quantity, flood volumes, flood velocities, spawning substrate, and/or floodplain refugia” for listed salmonids.Id. at 154.

(2) FEMA shall prohibit development in the 100-year floodplain, or if development within the 100-year floodplain (but outside RBZ) is permitted, local jurisdictions and FEMA must demonstrate that any loss of floodplain storage will be “avoided, rectified, or compensated for.” Id. Additionally, indirect adverse effects on stormwater, riparian vegetation, bank stability, and channel migration, must also be mitigated so as to provide salmon habitat protection.Id. at 157. POSFR attacks the validity of RPA Element 3 in its submission in the NWF lawsuit against FEMA. It contends that RPA 3 is “dysfunctional in the Puget Sound” because, for example, it is “unreasonable to apply a 250-foot ‘no adverse effect’ buffer to the Green River as it runs through the Kent Valley . . . one of the largest industrial districts in the country.” POSFR Mem., supra note 19, 30–32.

Element 4: Changes in the Community Rating System (CRS)

The BiOp requires that FEMA change the CRS so that FEMA’s points/credit system rewards actions that benefit salmonid habitat, not just actions that improve flood and repeat-claimant controls.NMFS, BiOp, supra note 21, at 158–59. Under the National Flood Insurance Act, FEMA is required to provide the CRS, which grants lower-priced insurance policy prices to participating jurisdictions that decide to voluntarily adopt floodplain management regulations that exceed FEMA’s minimum eligibility criteria. See id. at 20.

Element 5: Address the Effects of Levee Vegetation

The RPA provided that FEMA shall no longer recognize Army Corps certified levees unless they cause no adverse effects to habitat.Id. at 160. It required FEMA to revise its procedures so that levee owners who opt for increased levee vegetation will not be disqualified from emergency funding, and to recognize new levees only when they meet new habitat-friendly criteria.

2. The Federal Emergency Management Agency’s Three-Door Approach to RPA Compliance

In theory, FEMA had the legal authority to impose all of the development restrictions contained in the RPA, either by denying flood insurance to any community that did not agree to observe the requirements of the RPA, or by demanding the right to review all development applications in sensitive habitat areas to determine whether they were consistent with the RPA as a condition of providing flood insurance to communities. Reviewing development applications would have required FEMA either to bear the substantial costs of administering the RPA with respect to hundreds, if not thousands, of Puget Sound region development permit applications, or to have created a user-fee system of some sort to recover its costs.This is not intended to assert that FEMA has authority to create a user-fee system under existing law (though it may); but it could have sought such authority from Congress, and it has not done so. And perhaps equally importantly, acting directly would have made FEMA the legal and political "culprit" when development rights were denied.

Instead of undertaking direct administration, in October 2010 FEMA offered Puget Sound area local governments a so-called three-door approach to RPA compliance. The agency said they would need to choose one of the doors to achieve compliance in order to maintain eligibility for flood insurance.See Fed. Emergency Mgmt. Agency, Region 10 Annual Report to National Marine Fisheries Service 2–3 (2010) (stating that, as of October 2010, FEMA gave the 122 communities affected by the BiOp the two programmatic options for compliance, adoption of FEMA’s model ordinance or the existing regulations checklist approach, or in the alternative the permit-by-permit approach of showing compliance). For a presentation available to local communities explaining the three-door approach, see Fed. Emergency Mgmt Agency, Overview of Compliance Options: Implementing a Salmon Friendly Program 14 (2011), http://www.fema.gov/pdf/about/regions/regionx/Compliance_Options.pdf. FEMA viewed this approach as an alternate and legally sufficient means to comply with the RPA’s land use elements. Under FEMA's proposal, local governments could select from one of the following doors:

(1) Adopt FEMA’s Floodplain Management and the Endangered Species Act:A Model OrdinanceFed. Emergency Mgmt. Agency, Floodplain Management and the Endangered Species Act: A Model Ordinance (Jan. 2012), available at http://www.fema.gov/pdf/about/regions/regionx/nfip_esa_faq/nfip_esa_model_ordinance_final.pdf. (imposing development restrictions and requiring their enforcement);

(2) Adopt a community-by-community approach, under which communities could make a submittal to FEMA showing that existing state and local ordinances are in compliance with the BiOp’s ESA compliance recommendations; or

(3) Adopt a permit-by-permit approach, under which individual developers seeking permits would be required to make habitat assessment submittals to local communities (or local communities could conduct such assessments), after which ESA consultation would have to occur if there was a possibility of adverse effects on protected species or habitat.

FEMA's three-door proposal shifted part of the cost and all of the political responsibility for ESA compliance—and the resulting likely imposition of potentially severe development restrictions—to approximately 120 Puget Sound local governments. Now, the ultimate responsibility for bearing the substantial economic costs of obtaining the extensive scientific, environmental, and engineering evidence necessary to show that a particular development complied with the ESA, which could amount to thousands, if not tens of thousands, of dollars per permit, would vary with which door was chosen by the local community. In some cases, the burden of obtaining part of the evidence might be with a local government; in others, most or all of the burden would be with local developers. But FEMA's approach essentially shifted most of these environmental permitting costs to either local governments or the private sector, rather than imposing the costs on federal taxpayers. The approach also effectively shifted the responsibility for permit denial and development restrictions to local governments or other federal agencies such as NMFS. In other words, FEMA passed the political hot potato. At the same time, FEMA's approach amounted to a grudging acceptance of the reality that Puget Sound salmon habitat needs further protections of the kind proposed by NMFS in the BiOp's RPA. By adopting the three-door approach FEMA did not challenge NMFS's scientific conclusion that protecting salmon habitat was essential to preserving threatened species, or its conclusion that the RPA elements were necessary to that protection. Instead, FEMA tried to shift to others the responsibility and costs associated with providing habitat protection.

For several years after the issuance of the BiOp, FEMA and NMFS engaged in some dialogue with local governments and other interested parties about how to implement the RPA elements, but mainly the federal agencies waited for local governments to decide how they were going to comply with the RPA requirements. By the compliance deadline, which had eventually been extended to September 22, 2011, an overwhelming majority of local governments had chosen door three, the permit-by-permit approach administered by local governments. By the deadline, four Puget Sound local governments had adopted the FEMA Model Ordinance, at least in some form, and FEMA had certified six local governments’ existing regulations as compliant. Approximately eighty local governments that responded to FEMA chose the door three, permit-by-permit approach.. Fed. Emergency Mgmt. Agency, Status of Communities (2011), http://www.fema.gov/pdf/about/regions/regionx/status_of_communities_web.pdf. As these statistics show, of the eighty-one Puget Sound area communities that submitted plans under the permit-by-permit approach, all of them have had their plans approved by FEMA. Of the thirty-six communities that submitted plans showing their existing regulations are sufficient, only six have had their plans approved. NMFS informed FEMA that the existing regulations approach should be the preferred approach due to the difficulties and costs of implementing and assessing a permit-by-permit plan. See Letter from William W. Stelle, Jr., Reg’l Adm’r, Nat’l Marine Fisheries Serv., to Kenneth Murphy, Reg’l Adm’r, Fed. Emergency Mgmt. Agency 3 (Sept. 26, 2011) (on file with journal).

3. The National Wildlife Federation's Second Action: The Three-Door Litigation

When the RPA compliance deadline expired, the National Wildlife Federation (NWF) delivered notice of its intention to sue FEMA and several other federal agencies for what it asserted was their failure to implement the requirements of the 2008 BiOp.Letter from EarthJustice, on behalf of the Nat’l Wildlife Fed’n, to Janet Napolitano, Sec’y, U.S. Dep’t of Homeland Sec. et al., 60-Day Notice (Sept. 22, 2011), available at http://www.fema.gov/pdf/about/regions/regionx/nfip_esa_guidance_docs/nfip_ps_biop_sixty_day_notice_9_22_11.pdf. The federation filed its suit on December 8, 2011, not long after the statutorily required notice period of sixty days expired.Complaint for Declaratory and Injunctive Relief, supra note 31. In the lawsuit, assigned to Judge Martinez of the Western Washington Federal District Court, NWF seeks both declaratory and injunctive relief. In particular, NWF seeks to enjoin "FEMA’s issuance and/or authorization of insurance policies for new development through the NFIP within the geographic boundaries of the species identified in the BiOp until FEMA complies with the ESA." Id. at 16. In late December, 2011, NWF moved for a preliminary injunction barring FEMA from providing flood insurance in parts of the Puget Sound region containing particularly sensitive habitat until the merits of its claims are determined.Plaintiff’s Motion for a Preliminary Injunction, Nat’l Wildlife Fed. v. Fed. Emergency Mgmt. Agency, No. 2:11-cv-02044-RSM (W.D. Wash. Dec. 21 2011). The federation’s motion for preliminary injunction was opposed by defendant FEMA and by amicus curiae Property Owners for Sensible Floodplain Regulations (POSFR). Sixteen cities have moved to intervene in the NWF litigation, claiming that they will be adversely affected by the relief sought by NWF.Cities' Motion to Intervene, Nat’l Wildlife Fed. v. Fed. Emergency Mgmt. Agency, No. 2:11-cv-02044-RSM (W.D. Wash. Jan. 26, 2012). No other parties or amici had filed with the court as of February 6, 2011.

In its complaint, NWF argues that even the jurisdictions that have adopted the first two approaches described above—the FEMA Model Ordinance or a showing of equivalent state and local laws—still have not complied with the ESA.See Complaint for Declaratory and Injunctive Relief, supra note 31, at 11. With respect to the Model Ordinance, NWF argues that there is no evidence to show that the ordinance complies with the BiOp or the ESA, and that the ordinance “authorizes virtually any development in floodplain[s] as long as it is supported by vague and undefined habitat analysis and mitigation.” Id. The federation also rejects the second door existing-regulations approach, arguing that FEMA is effectively still allowing development standards that permit "significant new development that may result in additional cumulative habitat degradation and don't meet RPA standards." Id. Further, NWF contends that the third door permit-by-permit review, chosen by a large majority of Puget Sound jurisdictions, is legally flawed because it "is not an adequate substitute for landscape-level consideration of impacts," because "NFIP communities lack the expertise, funding, or incentives to carry out adequate habitat assessments on individual projects," and also because FEMA has not effectively guided local jurisdictions in their administration of the permitting process.Id. at 12. Finally, NWF argues that "a uniform flaw in all three approaches to BiOp compliance is FEMA's failure to address the interaction between state vesting law and ESA requirements." Id.

The federation’s overall legal critique of FEMA's three-door approach to ESA compliance is that “FEMA has declined entirely to adopt major components of the RPA, and has implemented others only partially or inadequately in a manner that simply shifts the burden to other parties without standards or oversight, and involves voluntary actions and weaker standards.” Id. at 10. NWF argues that just such an approach by FEMA has previously been held unlawful in other, similar contexts.See Fla. Key Deer v. Brown, 364 F. Supp. 2d 1345, 1356–58 (S.D. Fla. 2005), aff’d. 522 F.3d 1133 (11th Cir. 2008); see also Plaintiff’s Motion for a Preliminary Injunction, supra note 109, at 30–31.

The litigation is largely an attack on a series of discretionary decisions made by FEMA about how and by whom the BiOp's land management regulatory requirements should be enforced. As a consequence, the court is likely to analyze much of NWF's challenge to FEMA's NFIP decision making under the standards of the Administrative Procedure Act (APA). The APA requires courts to set aside agency action that is "arbitrary, capricious, or otherwise not in accordance with law." See, e.g., Fla. Key Deer, 364 F. Supp. 2d at 1349. This may be particularly true of FEMA's willingness to delegate to local jurisdictions in Puget Sound the authority to review large numbers of permit applications on a case-by-case basis and to determine whether the permits comply with ESA requirements. By challenging FEMA’s delegation, the litigation raises questions about whether courts should impose legal duties on local communities to conduct cumulative impact analysis before granting permits, and whether courts should review the competence of local communities to conduct ESA reviews on the basis of their existing expertise and resources.At the time this is written, the record is unclear about the extent to which the federal government has actually examined the capability of local governments to make such determinations. Another contention NWF may make, of course, is that as a matter of law, FEMA cannot delegate its duty to enforce the requirements of the ESA in administering its programs to the state of Washington or to its local governments.NWF appears to make this kind of argument about the door three approach. See Complaint for Declaratory and Injunctive Relief, supra note 31, at 12.

Wholly apart from the merits of NWF's claims, a further issue must be considered in assessing the potential long-term impact of this litigation. If NWF prevails, the court will have to shape an appropriate permanent remedy. This remedy could take the form of an injunction similar to NWF’s request to preliminarily enjoin FEMA from issuing flood control insurance to local communities—at least prospectively.Plaintiff’s Motion for a Preliminary Injunction, supra note 109, at 1. NWF argues in its motion for preliminary injunction that the court has no discretion—that it must grant injunctive relief if it finds a violation of the ESA. See id. at 39. NWF also challenges the vesting of development permits under state law in its complaint, raising the important question whether ESA requirements can be imposed on development permits that might be deemed to have vested previously under state law.Under Washington State law, development permits vest earlier than they do in some other jurisdictions. See, e.g., W. Main Assocs. v. City of Bellevue, 720 P.2d 782 (Wash. 1986); Erickson & Assocs., Inc. v. McLerran, 872 P.2d 1090 (Wash. 1994); see Wash. Rev. Code §§ 19.27.095, 58.17.033, 36.70B.180 (2011). One of the critical issues underlying the litigation will be the extent to which federal law can trump such state law vesting. Historically, FEMA has deferred to state law vesting in situations where its maps have been challenged (whether this was legally required is a different matter), but it is unclear that the same deference is warranted under the ESA. NWF argues that permits cannot successfully vest against ESA compliance obligations. See Plaintiff’s Motion for a Preliminary Injunction, supra note 109, at 29 (“NMFS developed the RPA standards to meet the requirements of the ESA, not land use law, based on the biological needs of the species and the federal duty to ensure against jeopardy.”).

FEMA opposes the preliminary injunctive relief requested by NWF on several grounds.A group of sixteen Washington cities has sought permission to intervene in the NWF litigation. Among the issues that seems most salient to them is the relation between vested development rights and NWF's claims. Cities' Motion to Intervene, supra note 110, at 1–2. FEMA argues that a preliminary injunction is not warranted because NWF will not prevail on the merits and that NWF has failed to make a legally required showing of irreparable harm to listed species from the alleged violations.Defandant’s Opposition to Plaintiff’s Motion for a Preliminary Injunction at 1–2, 10–29, 30, Nat’l Wildlife Fed. v. Fed. Emergency Mgmt. Agency, No. 2:11-cv-02044-RSM (W.D. Wash. Dec. 8, 2011). Additionally, FEMA argues that the court should deny injunctive relief that would cut off the sale of flood insurance, and instead grant narrower relief for any perceived noncompliance with the RPA.Id. at 31–33. The amicus curiae property owners, POSFR, argue that existing state and local laws provide sufficient protection for ESA-listed species habitat. The property owners assert that NWF has provided no evidence of irreparable harm from FEMA's current implementation of the NFIP and that state and local regulations will "ensure no irreparable harm" occurs before the court's decision on the merits.POSFR Mem., supra note 19, at 8, 35–38, 43–46. The property owners ask the court to wait for more concrete evidence of ESA violations, such as specific failures of local governments to make or require appropriate ESA-related permit reviews, before enjoining FEMA from issuing flood control insurance.Id. at 34–36. It is also particularly noteworthy that amicus POSFR also argues that a central part of the RPA (Element 3) is itself legally defective. Id. at 37–39. Critics of FEMA's regulations and the NWF had previously argued that NWF could not provide substantial evidence of actual ESA violations in the permitting process in Puget Sound. See Donna Gordon Blankinship, Environmental Group Sues US over Flood Management, Seattle P.I., Dec. 21, 2011, http://www.seattlepi.com/news/article/Environmental-groups-sue-US-over-flood-management-2417940.php (quoting attorney Molly Lawrence of Seattle law firm Gordon Derr as saying, “From my perspective, the real story is that, to date, NWF has not challenged one local jurisdiction's development regulations as violating the Endangered Species Act.”).

In response, NWF can be expected to argue that the court should not be willing to tolerate further noncompliance with the ESA after years of delay. It is uncertain what the court will decide about the critical remedy issue. But if a court were to grant the injunctive relief requested by NWF, it is reasonable to foresee substantial public opposition to its decision based on the concern that it could have severe detrimental effects on local property values, both for existing homes and for undeveloped land, at least in certain areas of the Puget Sound region. If the court rules in favor of NWF, we can expect to see an immediate appeal accompanied by a political firestorm.A somewhat analogous situation occurred in the case of the ESA delisting of the Rocky Mountain gray wolf. The environmental community successfully opposed that proposed delisting in court, but public reaction by wolf opponents was so strong that Congress chose to overturn the court action. Congress delisted this wolf population by a legislative rider. For background on this controversy and links to court rulings on the issue, see Steve Davies, Congressional Delisting of Wolf Upheld by Federal Judge, Endangered Species & Wetlands Report, Aug. 4, 2011, http://www.eswr.com/2011/08/congressional-delisting-of-wolf-upheld-by-federal-judge/.

C. Tribal Treaty Fishing Rights Litigation

Instead, let us suppose purely as a hypothetical matter that one or more of the Washington Native American tribes decided to challenge FEMA's actions in response to the BiOp as a violation of their treaty fishing rights. How would such a challenge differ legally from the nature of the NWF challenge under the Endangered Species Act? To understand this, it is necessary to appreciate some of the distinctive features of tribal treaty fishing rights.

In 1905, the U.S. Supreme Court held in United States v. Winans that Native American fishing rights established by treaties were a form of permanent property rights.United States v. Winans 198 U.S. 371, 381 (1905). In Winans, the tribal fishing rights were held to defeat exclusive possession of the fishery by white fishermen using fishing wheels, and the case was remanded to the circuit court for a determination of how the Native American rights were to be protected. The Court stated that the treaties

reserved rights, however, to every individual Indian, as though named therein. They imposed a servitude upon every piece of land as though described therein. There was an exclusive right of fishing reserved within certain boundaries. There was a right outside of those boundaries reserved “in common with citizens of the territory.” As a mere right, it was not exclusive in the Indians. Citizens might share it, but the Indians were secured in its enjoyment by a special provision of means for its exercise. They were given “the right of taking fish at all usual and accustomed places,” and the right “of erecting temporary buildings for curing them.” The contingency of the future ownership of the lands, therefore, was foreseen and provided for; in other words, the Indians were given a right in the land, —the right of crossing it to the river,—the right to occupy it to the extent and for the purpose mentioned. No other conclusion would give effect to the treaty. And the right was intended to be continuing against the United States and its grantees as well as against the state and its grantees.Id. at 381.

The Court's determination in Winans that treaty fishing rights were property rights was not the end of the controversy. Litigation over the exercise of treaty rights has continued and courts have since clarified many aspects of these rights.See, e.g., United States v. Washington, 384 F. Supp. 312, 343 (W.D. Wash. 1974) (holding that treaty tribes have right to fifty percent harvestable share of Puget Sound fisheries, and regulation of off-reservation fishing only allowed if reasonably necessary for conservation); United States v. Washington, 759 F.2d 1353, 1357 (9th Cir. 1985) (holding that courts’ powers to enjoin state actions that violate tribal treaty rights by causing alleged environmental harm must be supported by a showing of concrete facts of particular violations and injuries). One particularly contentious issue for the past several decades has been the extent to which tribes can use treaty fishing rights to compel governments to undertake environmental improvements to protect the fishery. The most recent significant litigation in this respect is the pending federal Culverts litigation, in which the Treaty Tribes seek to compel the State of Washington to repair or remove culverts in order to permit added fish passage.See United States v. Washington, No. CV 9213RSM, 2007 WL 2437166, at *1 (W.D. Wash. 2007).

In the Culverts litigation, the tribes assert that such culvert modifications would significantly increase salmon populations. Although a 1997 state report seemed to accept the tribes’ position, the state chose to attack it in its post-trial brief, contending that the link between culverts and harm to salmon population levels remained unproven. Nevertheless, the tribes persuaded the federal district court that their claims had legal merit and won a summary judgment motion against the state.Id. The major issue that divided the parties was the cost of implementing the remedy sought by the tribes, which could involve tens of millions of dollars per year of funding for culvert repair and replacement. See State of Washington’s Post-Trial Brief at 19, United States v. Washington, No. C70-9213, 2010 WL 2193058 (W.D. Wash. Feb. 5, 2010) (arguing that repair/replacement of state-owned culverts throughout Washington could cost upward of $2 billion, or approximately $90 million per year). The pace of culvert repair also significantly divided the parties. But as of this writing, nearly two years after the conclusion of the remedy trial—whose beginning was itself substantially delayed by the parties' efforts to negotiate a remedy—the court has still not issued a remedy decision.For previous articles discussing the Culverts litigation, see Morisett & Summers, supra note 2; William Fisher, The Culverts Opinion and the Need for a Broader Property-Based Construct, 23 J. Envtl. L. & Litig. 491 (2009).

In some ways, a challenge by the tribes regarding ESA issues and FEMA's flood insurance program would be legally similar to their claims in the Culverts litigation, since both claims seek an environmental protection remedy to protect tribal rights. The ESA action would be based on a specific, enforceable legal duty created by federal statute, not a general "environmental servitude" to protect tribal rights of the kind previously rejected by the Ninth Circuit.For the Ninth Circuit per curiam decision reversing the district's court's declaratory judgment that the Stevens Treaties created a general environmental servitude or right of environmental protection for the treaty fishery against various harms caused by the State of Washington, see United States v. Washington, 759 F.2d 1353, 1354 (9th Cir. 1985). However, the two actions would also fundamentally differ in ways that could strengthen the tribes' legal position in habitat protection litigation.

The first difference between a tribal challenge and NWF's claims is that rather than being forced to argue about whether FEMA's actions were arbitrary, whether FEMA or local governments bear the responsibility for conducting ESA reviews, and whether FEMA's three-door delegation of authority was legally permissible, the tribes could assert that federal, state, and Puget Sound local governments should each be held independently liable for ESA compliance to the full extent necessary to protect their property rights created by treaty.Alternatively, the tribes might choose to contend that the United States' treaty obligations to the tribes meant that the United States has a non-delegable duty to protect them against ESA violations, thus rendering FEMA's three-door approach to compliance legally invalid. Analysis of the Ninth Circuit decision in Skokomish Indian Tribe v. United States helps to illuminate the basis for such a tribal contention. In Skokomish, the Skokomish Indian Tribe claimed that operation of a federally licensed power plant had depleted flows from the Skokomish River, harming local fish populations and damaging tribal property, thereby breaching a Stevens Treaty. The tribe sought monetary damages and injunctive relief from various government defendants and a municipal utility.

The Ninth Circuit held on appeal in Skokomish that money damages, as opposed to injunctive relief, for alleged breach of a Stevens Treaty were not available against entities other than the United States. Nevertheless, one important implication of the decision is that each level of government still has an independent affirmative duty under the Stevens Treaties to protect tribal rights. This is so because the treaties are federal law, and rights under them are therefore entitled to protection by state and local governments just as any other federal right would be under the Supremacy Clause of the U.S. Constitution.See Skokomish Indian Tribe v. United States, 410 F.3d 506, 512–13 (9th Cir. 2005); accord United States v. Washington, 759 F.2d 1353, 1357 (9th Cir. 1986) (discussing the State of Washington’s obligations). If the tribes brought an action for injunctive relief only, they could properly bring their action against all relevant state, local, and federal governments, notwithstanding the Ninth Circuit's holding regarding money damages.See Skokomish, 410 F.3d at 512–13. Bringing an action for injunctive relief only would also avoid a challenge under the prohibition of some simultaneous actions established by United States v. Tohono O'Odham Nation, 131 S.Ct. 1723, 1731 (2011) (holding that tribes cannot bring simultaneous actions for injunctive relief in the district court and monetary relief in the Court of Federal Claims in certain cases based on the same operative facts).

Because the tribes could contend that each defendant government has an independent legal duty to observe and enforce tribal fishing rights, each government would, arguably, also have the responsibility to take steps to compensate for either inaction or inadequate action under the ESA by any other government engaged in ESA permit review, or related actions such as the provision of flood insurance, in order to ensure that treaty rights are adequately protected. The tribes accordingly could seek to have injunctive relief imposed separately on each of these governments requiring it to ensure that ESA compliance occurred with respect to any future permit to be granted that would affect any area designated as an area of concern for habitat maintenance and restoration under the BiOp and the RPAs, including all river CMZs, RBZs, critical habitat, and similar areas.NMFS, BiOp, supra note 21, at 153–54. Unlike the partly retrospective and restorative remedy being sought by the tribes in the Culverts litigation, in an action against FEMA and state and local governments the tribes might choose to seek injunctive relief limited to maintaining the status quo by preventing any further habitat degradation or loss. With that limitation on the scope of relief, it would be far more difficult for any defendant government to argue successfully that it had no enforceable legal duty to the tribes to protect the status quo in conducting future permit reviews for ESA compliance.

The tribes' action would not seek to vindicate a common public interest in the proper enforcement of federal laws such as the ESA.16 U.S.C. § 1540(g) (2011). Instead, the tribes would seek to enforce a specific legal duty to protect their private property rights, just as they are in the pending Culverts litigation.United States v. Washington, No. CV 9213RSM, 2007 WL 2437166 (W.D. Wash. 2007). The tribes' claim as to the federal government might also be that it had breached a fiduciary duty it owed to them. See, e.g., United States v. Mitchell, 463 U.S. 206, 225 (1983) (“[A] fiduciary relationship necessarily arises when the Government assumes such elaborate control over . . . property belonging to Indians.”). This would make it more difficult for defendants to challenge the tribes' standing. More importantly, it should permit the tribes to argue for the strictest possible standard of judicial review of government actions that infringe on property rights, including raising potential takings claims.For a general discussion of the law related to such claims, see discussion infra note 151.

The distinctive legal nature of the tribal property rights in fishing also has important consequences for the critical issue of when and if local development permits vest. Tribal treaty property rights have existed and been recognized by the United States since the Stevens Treaties were ratified in the 1850s, and thus pre-date the permits that would be involved in any future ESA-related permit challenge. As a result, the tribes might choose to argue that state and local authorities could not allow such permits to vest against their tribal fishing rights under state law if an inadequate ESA review had been conducted with respect to the permit, jeopardizing existing salmon habitat. Such a contention would differ markedly from NWF's challenge to vesting.

If their action for injunctive relief were to be successful, the tribes, like NWF, could request that the federal court create an enforcement mechanism to carry out its decree, such as the appointment of a special master or an expert committee responsible for resolving most disputes, subject to an appeal to the court.See Fed. R. Civ. P. 53. A master or an expert committee could be empowered by the district court to test independently the ongoing compliance of the covered governments with the court's decree, and to hear alleged violations of the decree and then make findings and recommendations to the court regarding them. The court could also establish stiff penalties for noncompliance with its injunctive decree. It would be within the court’s discretion to award attorney’s fees against parties found in contempt of court as a result of a violation of the injunction.Jakes, Ltd., Inc. v. City of Coates, 356 F.3d 896, 900 (8th Cir. 2004) (district court has discretion to award attorney’s fees as punishment for contempt through violation of injunction); N.Y. State Nat’l Org. of Women v. Terry, 159 F.3d 86, 96 (2nd Cir. 1998); MacDermid, Inc. v. Selle, 577 F. Supp. 2d 599, 602 (D. Conn. 2008). It is possible, of course, that the tribes' efforts to obtain injunctive relief would be met with arguments similar to those that may be made in opposition to NWF's efforts to obtain such relief. But as the history of court-supervised enforcement under the Boldt decision suggests, it is quite possible that a court would be more sympathetic to awarding such supervisory relief to protect tribal treaty-based property rights.Opponents of continuing relief would doubtless argue that it was unnecessary, burdensome, and intrusive, but granting such relief would be a matter for the court's sound discretion on these facts.

By bringing an action for prospective injunctive relief only, the tribes would not waive or limit their claims in the pending culverts litigation.There is no significant overlap between the facts and relief sought in the culverts action and the facts and relief in the hypothetical action to protect habitat discussed here, so there would be no preclusive effect on the culverts action stemming from the habitat action. Nor would they waive the possibility of ultimately seeking money damages from the United States for breach of trust responsibility, or further equitable relief from various parties for past habitat damage, if they chose to seek such relief at a later time.See United States v. Tohono O’Odham, 131 S.Ct. 1723, 1731–32 (2011). Proper attention would, of course, need to be given to state and federal statutes of limitation governing such claims; no opinion is expressed here about whether such money damages would be available. See id.; see also Skokomish Indian Tribe v. United States, 410 F.3d 506, 516–18 (9th Cir. 2005). On balance, the legally distinctive nature of tribal treaty-based claims for habitat protection suggests that, if brought, such claims would have the strength to contribute substantially to a speedy and effective resolution of legitimate challenges to FEMA's approach to ESA compliance. At the same time, if successful, such tribal litigation would face some of the same political resistance outlined above that would result from litigation by others such as NWF, and it would also have some of the same side effects discussed below in Part IV.

IV. Federal Legislation as a Better Approach to Restoration

A comprehensive federal legislative solution to the problem of Puget Sound salmon fishery restoration has much to recommend it as an equitable and socially cost-efficient approach to habitat protection, whatever may be the ultimate legal merit of claims by NWF, and of potential claims by the tribes, seeking restoration. As discussed in Part I, the basic goal of legislation should be either to eliminate the existing pro-development political and economic incentives that lead to habitat destruction, or to create a set of stronger legal rights to habitat protection that can be effectively enforced even in the face of such incentives. In either case, there are multiple jurisdictions that claim lawmaking authority over the affected habitat, and they have conflicting constituencies and interests. Only Congress has the power through legislation fundamentally to change incentives, restructure federal law enforcement, and to cut decisively through the claims of conflicting federal, state, and local jurisdictions.

Federal legislation can be comprehensive in its effects in ways that state laws and local ordinances can never be because it can bind all potential parties and finally resolve all potential claims concerning habitat protection, precluding subsequent litigation. A good example of the way in which federal legislation can achieve this kind of binding effect is the settlement of Indian water rights claims implemented through legislation.For background on Indian water rights settlements including extended discussion of a fairly recent settlement in the Pacific Northwest, see Robert T. Anderson, Indian Water Rights: Litigation and Settlements, 42 Tulsa L. Rev. 23 (2006). According to the article, Congress had passed legislation regarding approximately twenty such disputes by 2006. Such legislation covers all potential water resources claims within a defined area, and binds all potential parties to the results. Where appropriate in settlement legislation, Congress has also resolved conflicting claims to water resources by providing compensation to affected parties. In addition, federal legislation to protect habitat has clear advantages over both administrative action and litigation.

Unlike litigation, thoughtful legislation can achieve two key goals that are essential to a successful restoration program. First, Congress can decide based on expert information after hearings which of the several causes of salmon population decline are most significant and which, therefore, should be the focus of new public regulation and restoration investments, even in a world of scarce resources. Second, Congress can establish scientifically well-grounded priorities for habitat management and protection projects throughout the Puget Sound region. As discussed above, recent scientific studies strongly suggest that at existing funding levels, such prioritization could achieve far better results in terms of salmon population growth than those provided by current geographically widely dispersed restoration funding programs provide.See Roni, supra note 62, at 1469–70. And there are several other important benefits that can be provided by legislation that cannot be achieved by litigation or administrative action.

First, legislation can provide clear authority and responsibility for salmon habitat protection, cutting decisively and permanently through various conflicting layers of government and bureaucracy. There is little question that well-crafted legislation would be superior to continued reliance on FEMA or other federal agencies' actions to achieve restoration. It is essential that the federal government abandon its divided approach to protection of the endangered Puget Sound fishery, with one agency committed to protect the fishery while another pursues policies destructive of the fishery and disclaims responsibility for the outcome. A divided policy cannot command respect and will encourage continued obstruction. Since it is apparent from the history of administrative action, particularly in the Puget Sound region, that the executive branch of the federal government is content to continue its divided approach to the problem of salmon habitat protection, it is up to Congress to create a uniform policy and real accountability. Legislation would ultimately lead to increases in wild salmon populations more quickly and less expensively than current policies relying on administrative action because it could avoid the extensive delay and political vacillation inherent in contested administrative action, and could truncate or eliminate the expensive and time-consuming litigation which quite often accompanies such administrative action.

Second, legislation can eliminate existing incentives that encourage local governments to favor habitat destruction over salmon population growth. This can be done by providing tax funding for habitat acquisition, and by replacing tax revenues lost by such acquisition or other limitations on development where appropriate. Whether habitat acquisition and revenue replacement (a "carrot") is a more effective policy approach than creating more powerful tools for stricter and swifter citizen enforcement of existing law (a “stick") is a matter Congress is best placed to decide after hearings. Congress is also best able to decide after hearings whether such tax funding should consist of "user fees"—such as taxes imposed on salmon catches, on pollution or other habitat damage sources, or on other contributors to salmon population decline—of general revenues, or of some combination of funds from different sources.Proper choices on the funding issue are important both for reasons of environmental policy, such as promoting economic efficiency, and for reasons of fairness.

Third, federal legislation can provide certainty for property owners and property developers, and thus cut development costs. Congress can approve maps as part of the legislation that will conclusively determine the boundaries of appropriately protected habitat, eliminating the need for years of dispute over the propriety of particular boundaries at the state and local level followed by the kind of dilatory and expensive litigation over such boundaries that often occurs under the existing NFIP program. Congress could also approve certain types of structures or designs for use in or adjacent to environmentally protected areas, to avoid disputes over such issues in the permitting process. Congress can resolve ongoing disputes over whether levee designs—where levees are permitted—must meet Army Corps standards or alternative environmental engineering requirements, again providing needed certainty. All of these legislative decisions could reduce development costs and speed up the development process in areas where development is permitted.

Finally, legislation can provide for effective enforcement by citizens and Treaty Tribes of the law's provisions, by including substantial penalties for noncompliance and by awarding attorney's fees and a share of those penalties to prevailing parties in enforcement litigation. Congress undoubtedly has the authority to strengthen ESA enforcement by providing far more powerful citizen enforcement tools than exist under present law if it chooses to do so. Congress is in the best position to decide how much to strengthen enforcement powers as part of comprehensive legislation.

At the same time, it is important for Congress to address possible concerns about the fairness and disproportionate impact of ESA-related development limitations. Development restrictions under the ESA have the potential to diminish sharply at least some individual property values. In some cases, the ESA may impose a disproportionate part of the cost of protecting habitat either on individual landowners who may have purchased (or inherited) property when its value was unaffected by the need to provide habitat protection. The cost also could be disproportionately placed on local communities with substantial amounts of undeveloped property. Such instances could occur even when the landowners or communities are not wholly (or in some cases even primarily) responsible for creating the environmental conditions at issue. If such development restrictions are substantial enough, it is reasonable to expect that those adversely affected by them will seek to prevent them in court or the legislature. Failing that, they will seek compensation for their losses, perhaps by claiming that an unconstitutional taking without just compensation has occurred.Since the restrictions at issue here would not be likely to involve physical intrusions on landowners' property, but would instead restrict its use, they would probably be analyzed under the line of Supreme Court regulatory takings cases dating back to Penn Central Transportation Co. v. New York City, 438 U.S. 104 (1978), Lucas v. South Carolina Coastal Council, 505 U.S. 1003 (1992), and the subsequent development of the law in Lingle v. Chevron U.S.A., Inc., 544 U.S. 528 (2005). The key point to grasp for our purposes is not whether such ESA-related takings claims will ultimately be upheld by the courts, but rather that property owners whose property values are damaged by ESA restrictions will have an enormous incentive to engage in political and legal resistance to ESA-dictated changes wholly apart from bringing takings claims. This is evident from the amount of recent litigation surrounding the politically analogous problem of water rights restrictions due to the ESA. See, e.g., Tulare Lake Basin Water Storage Dist. v. United States, 49 Fed. Cl. 313 (2001); Klamath Irrigation Dist. v. United States, 67 Fed. Cl. 504 (2005); Casitas Mun. Water Dist. v. United States, 543 F.3d 1276 (Fed. Cir. 2008). The important point here is that whether or not existing law would require compensation, such fairness questions are best addressed by legislation, since legislation, unlike litigation, can provide that the economic costs of regulatory action that benefits society generally will be borne by society as a whole. Legislation on such issues can also avoid large unnecessary transaction costs such as attorneys' fees and years of delay, as well as providing a degree of certainty not often found in the administrative decision-making or litigation processes.

V. Conclusion

Despite the possibility that litigation by environmental groups, or tribal plaintiffs if they choose to sue, will ultimately succeed in obtaining court-mandated imposition of RPA-driven ESA development restrictions to protect existing Puget Sound salmon habitat, any such judgment would require long-term enforcement in a divided and potentially fairly hostile climate of public opinion. In such circumstances, a realistic appraisal of the limited long-range political and economic capacity of litigation to effectuate meaningful change in the management of Puget Sound wild salmon strongly suggests the wisdom and desirability of adopting comprehensive federal legislation to protect salmon for future generations while also meeting community concerns for efficiency and fairness.

State and local officials, local citizens and pro-development interests are likely to resist legislative changes of the kind suggested for consideration above. Additional habitat acquisition and restoration funding to minimize or eliminate pro-development incentives may be difficult to provide in an increasingly tough federal and state budget climate. Strengthening existing laws may also be difficult due to resistance to some loss of local control over land use management. Further, ending federal subsidies for development such as flood control projects has historically proven difficult because of their popularity, despite their unquestionably adverse side effects, such as habitat destruction, flood damage and predictable loss of life, and demonstrable economic inefficiency. Some observers will dislike the precedents that might be set by such comprehensive legislation. These difficulties are all foreseeable, but they are not valid reasons to avoid undertaking legislation to provide needed habitat protection for Puget Sound's endangered fishery. Legislation has important benefits that cannot be provided by litigation or administrative action, both of which also have significant costs that legislation does not impose.

The history of administrative action and litigation to enforce laws protecting salmon in Washington shows unequivocally that today Washington's citizens face an important choice. A thriving wild salmon population can be part of Washington's future even as the state grows, but this will happen only if Washington's people choose the right means of protecting salmon habitat. Despite its unavoidably contentious nature, legislation is nevertheless the alternative that would best serve the shared interests of all of Washington State's people and the common good.

This dam removal is far more than a symbol of the shifting tide in American conservation.

—Bruce BabbittBruce Babbitt, Sec’y of the Interior, Address at the Neuse River (Dec. 12, 1997), quoted in William Robert Lowry, Dam Politics: Restoring America’s Rivers 224 (Georgetown Univ. Press 2003).
I. Introduction

America’s obsession with controlling nature for the benefit of industrialization has made us a dam nation. “The untransacted destiny of the American people . . . to subdue the continent” was accomplished largely by building dams.William Gilpin, Mission of the North American People: Geographical, Social, and Political 130 (J.B. Lippincott and Co. 1874) (quoting a report to the U.S. Senate of 1846), reprinted in Chris J. Magoc, So Glorious a Landscape: Nature and the Environment in American History and Culture (Scholarly Resources 2002). Dams encouraged settlement by generating electric power, improving navigation, providing flood control, and delivering water for agricultural, municipal, and industrial development. As a result, “[w]e have been building, on average, one large dam . . . every single day, since the Declaration of Independence.”Bruce Babbitt, Sec’y of the Interior, Address at the Ecological Soc’y of Am. (Aug. 4, 1998), available at http://www.sci.sdsu.edu/salton/DamsAreNotForever.html (last visited Nov. 1, 2012). Seventy-six thousand large dams,The Heinz Ctr., Dam Removal: Science and Decision Making 23 (2002). This 1996 figure comes from the National Inventory of Dams, which catalogs all dams greater than six feet high with more than fifty acre-feet of storage, and those that are twenty-five feet high with more than fifteen acre-feet of storage. including 8,100 major dams,The National Inventory of Dams defines a major river as being fifty feet tall with a storage capacity of at least 5,000 acre feet, or of any height with a storage capacity of 25,000 acre feet. Nat’l Inventory of Dams, Major Dams of the United States, Nat’l Atlas of the U.S., http://www.nationalatlas.gov/mld/dams00x.html (last visited Jan. 9, 2012). entomb 600,000 river miles of water.Babbitt, supra note 3. Counting dams of all sizes, there are well over 2.5 million in American waters.Heinz Ctr., supra note 4, at 23. As one author has observed, “[v]irtually no major river in the United States is without a dam.”Elizabeth Grossman, Watershed: the Undamming of America 3 (Counterpoint 2002).

Yet this progress has come at a price. A dammed river will never function the same as a free-flowing river. The essence of a river is water movement. Damming America’s waters has caused a dramatic decline in the health of our watersheds. Dams are physical barriers that block the natural flow of nutrients and the migration of fish.Peter J. Carney, Dam Removal: Evolving Federal Policy Opens a New Venue of Fisheries and Ecosystem Management, 5 Ocean & Coastal L.J. 309, 327 (2000). “Leaves are no longer carried to awaiting insects, and the insects are no longer carried by the waters to foraging fish.”Id. at 328. Normally, pebbles, sand, and fallen trees move downstream to eventually settle and form diverse habitat.Hydropower Reform Coal., Dam Effects, DamEffects.org, http://www.dameffects.org (last visited Jan. 9, 2012). “Fallen trees provide areas of shade and slack water[, while s]ubmerged gravel beds make a home for [invertebrates and] act as spawning grounds for migratory fish . . . .”Id. But when a dam is built, the flow of sediment is trapped behind the impoundment, causing the downstream river bottom to wash away and leave a coarse riverbed in which some invertebrates, an essential food source for fish, cannot survive.Id. The lack of sediment recharge further disrupts and destroys deltas and estuaries, the nurseries of a river.Grossman, supra note 8, at 2.

In addition to acting as physical barriers, dams change water levels and the timing of flows.Id. River flow volumes are meant to vary widely from season to season, and this variability “is an indispensible part of how a river system works.”Hydropower Reform Coal., supra note 11. For example, the lifecycles of many river species follow the timing of high and low flows, with seasonal events like high springtime flows triggering a new phase in their lives.Id.

Last, but certainly not least, dams make for poor water quality. Two common water quality problems associated with dams are temperature and dissolved oxygen.Id. The water from deep behind an impoundment can be significantly cooler than the downstream river’s shallow and sun-soaked waters.Carney, supra note 9, at 327. “In the summer, temperatures can be unnaturally cold on the bottom of [the impoundment] and too warm on the surface.”Hydropower Reform Coal., supra note 11. While “[i]n winter, deep waters can be unnaturally warm.”Id.

Dissolved oxygen, essential for aquatic life, is also altered. “[W]hen organic materials that have built up behind the dam begin to decompose, they consume the limited [amounts of dissolved] oxygen [available].”Id. The lowest levels of the reservoir become devoid of oxygen, creating dead zones that cannot support river life. Depending upon how a dam is constructed, water may be released from either the top or bottom of the impoundment. Water released from the top of the impoundment may cause excessive uptake of air from the atmosphere and result in water that contains too much atmospheric gas.Mo. Dep't of Natural Res., Water Chemistry, Introductory Level Workshop 4, http://www.dnr.mo.gov/env/wpp/vmqmp/vwqm-intro07.pdf (last visited Nov. 12, 2011). Conversely, water released from the bottom of a deep reservoir is oxygen-deprived.Id. These effects on water temperature, oxygen level, rate of flow, composition of spawning beds, and food supply have so negatively impacted the ability of anadromous fish to survive that the salmon has become a cause célèbre in the Pacific Northwest.See generally The Heinz Ctr., supra note 4, at 47 (“[The Pacific Northwest] is famous for severely depleted salmon runs and large hydroelectric projects that may be contributing to the declines.”).

But reasons for dam removal go beyond environmental concerns. By 2020, over 60,000 dams (eighty percent) listed in the U.S. Army Corps of Engineers’ (Army Corps of Engineers) National Inventory of Dams will be more than fifty years old and nearing the end of their design life.Id. at 41. Structural obsolescence poses significant safety risks to human life,See generally id. at 42 (“Dam safety and security is a major issue in the consideration of dam removal.”). According to the National Inventory of Dams, roughly thirty-two percent of dams (26,652 dams) pose a high or significant hazard potential. Nat’l Inventory of Dams, Dams by Hazard Potential, U.S. Army Corps of Eng’rs, http://geo.usace.army.mil/pgis/f?p=397:5:2016393958697412::NO (last visited Nov. 12, 2011). and the cost of performing necessary structural repairs often exceeds the price of removal.The Heinz Ctr., supra note 4, at 44 (“[Removal of a dam] may be much less expensive than . . . performing needed structural repairs.”). Many dams have also become economically obsolete, outliving the mills or regional power grids they once served.Id. at 43. In the eastern United States, “dams that diverted . . . streams for millraces or raised water levels to drive waterwheels lasted longer than the mills they served.” Id. Early hydropower facilities that generated electrical power for regional power grids are now serviced by larger, more efficient sources on the national grid.Id. at 43–44. Hydropower facilities once provided an all-time high of one-third of the nation’s electrical energy during the 1940s,The History of Hydropower Development in the United States, Bureau of Reclamation, http://www.usbr.gov/power/edu/history.html (last visited Mar. 31, 2010). but by 1996 hydropower accounted for only one-tenth of the nation’s total generating capacity.Carney, supra note 9, at 311. Recognizing that the public interest now favors a healthy, free-flowing river over electric power generation, the Federal Energy Regulatory Commission (FERC) has taken the unprecedented step of ordering the removal of obsolete dams.FERC Project Decommissioning at Relicensing; Policy Statement, 60 Fed. Reg. 339, 342–43 (Jan. 4, 1995) (codified at 18 C.F.R. § 2.24) [hereinafter FERC Policy Statement].

This article explores ways to remove dams whose existence no longer benefits the public because of environmental, safety, or economic concerns. Three legal tools could accomplish this: (1) the Endangered Species Act, (2) federal and state dam safety proceedings, and (3) the FERC’s hydropower relicensing procedure. Each of these avenues will be explored, followed by a discussion of Fifth Amendment taking claims and other sources of liability that could result from dam removal.

II. Legal Tools to Remove Dams

A. The Endangered Species Act

The Endangered Species Act16 U.S.C. §§ 1531–43 (2009). (ESA) can be an effective tool for the removal of public and private hydropower and nonhydropower dams. The ESA is a federal statute implemented to protect endangered and threatened fish, wildlife, and plant species, and the ecosystems upon which they depend. While the ESA has never been used to force dam removal, it has spurred both the federal government and private entities to voluntarily remove dams in order to avoid ESA takings claims.Margaret B. Bowman, Legal Perspectives on Dam Removal, 52 BioScience 739, 741 (2002).

The ongoing Elwha Ecosystem Restoration Project—the nation’s largest dam removal project—is a prime example.Elwha River Restoration, Nat'l Park Serv., http://www.nps.gov/olym/naturescience/elwha-ecosystem-restoration.htm (last visited Jan. 9, 2012). In September 2011 the process of removing the Elwha and Glines Canyon dams to restore the free flow of the Elwha River began.Id. It is “the largest dam removal project in U.S. history[, and] will reopen more than 70 miles of pristine [salmon] spawning and rearing habitat in the Elwha River and its tributaries.”Id. The National Park Service predicts that salmon populations will “swell from 3,000 to nearly 400,000 as all five species of Pacific salmon return” to the iconic Pacific Northwest river.Id. Although congressional legislation was the ultimate force behind the dam’s removal,Elwha River Ecosystem and Fisheries Restoration Act, Pub. L. No. 102-495, 106 Stat. 3173 (1992). fear of future ESA liability was no doubt taken into account.See Elwha River Restoration: Background and History, American Rivers, http://www.americanrivers.org/our-work/restoring-rivers/dams/projects/elwha-river-background.html (last visited Jan. 9, 2012) (“The dam’s owner became increasingly concerned that a court order would some day force it to remove the dams and foot the bill for river restoration.”). After removal of the dams began, several organizations sued the National Park Service and other agencies for violations of the Endangered Species Act associated with the Elwha Fish River Restoration Plan. Notice Letter from the Wild Fish Conservancy et al. to the Nat’l Park Serv. et al. (Sept. 16, 2011), available at http://wildfishconservancy.org/copy_of_news/in-the-news/notice.letter2011.09.16.pdf (last visited Nov. 12, 2011).

The ESA has also been responsible for changing the way dams operate by requiring the installation of fish passage devices and maintenance of certain flow levels for the protection of threatened species.See, e.g., U.S. Fish & Wildlife Serv., Endangered Species Act Section 7 Consultation—Biological Opinion, Cushman Hydroelectric Project, Project No. 460-033, U.S. Fish & Wildlife Serv. Ref. No. 13410-2010-F-0169, at 53 (Apr. 2010) (on file with author) (recommending the use of fish-passage protocols for the conservation of bull trout on the Skokomish River). Use of the ESA’s citizen suit provision to enforce a taking of a protected species could result in an injunction to modify a dam’s operation or force its removal.Cf. Marbled Murrelet v. Babbitt, 83 F.3d 1060, 1068 (9th Cir. 1996) (granting an injunction against a logging company under citizen suit provision of the ESA). For these reasons, the ESA provides the impetus for the voluntary removal of many private dams.Bowman, supra note 35, at 741. Where removal cannot be accomplished voluntarily, two sections of the ESA could be used to compel dam removal: (1) the “consultation” or prevention of jeopardy provisions in Section 7, and (2) the prohibition of taking a listed species in Section 9.Id. Each of these sections will be discussed below.

1. Section 7

Section 7 of the ESA prohibits federal action that destroys or otherwise adversely modifies the critical habitat of a listed species or that jeopardizes the continued existence of a listed species.16 U.S.C. § 1532 (2009). These are two distinct standards.Sierra Club v. U.S. Fish & Wildlife Serv., 245 F.3d 434, 441 (5th Cir. 2001). The “destruction/adverse modification standard” has been defined “in terms of actions that diminish the value of critical habitat for recovery.”Id. The so-called “jeopardy standard” “addresses the effect of the action itself on the survival and recovery of the species.”Id.

Because Section 7 is limited to actions taken by the federal government, most private dams appear to be beyond the reach of its protection. This is particularly troubling because according to the National Inventory of Dams the federal government owns only about four percent of the more than 80,000 dams inventoried.Nat’l Inventory of Dams, supra note 27. Fortunately, Section 7 applies to private persons whenever a dam is built. The construction of a dam requires the discharge of dredged or fill material into waters of the United States, an activity governed by Section 404 of the Clean Water Act (CWA).33 U.S.C. § 1344 (2010). Section 404 of the CWA established a permit program to regulate the discharge of dredged or fill material into “waters of the United States.” Id. If the dam is built in navigable waters, the discharge must be authorized by the federal government, through the Army Corps of Engineers, to comply with the CWA.Id. States may assume the 404 permitting program only for discharges into nonnavigable waters.State or Tribal Assumption of the Section 404 Permit Program, U.S. Envtl. Prot. Agency, http://www.epa.gov/owow/wetlands/facts/fact23.html (last visited Jan. 12, 2012). Even where a state has jurisdiction, the EPA retains authority to review and reject “larger discharges with serious impacts.”Id. The federal government cannot issue a Section 404 “dredge and fill” permit where its issuance would diminish the value of critical habitat for recovery of a protected species or otherwise jeopardize the species’ recovery. This is the manner in which Section 7 of the ESA is applied indirectly to private persons.

Besides being limited to actions by the federal government, Section 7 is further applied only to proposed actions. Although it can be a challenge to characterize a dam’s continued operation as a “proposed action,” the federal government has sought Section 7 consultation for a hydropower system’s annual operations plan.Idaho Dep’t of Fish & Game v. Nat’l Marine Fisheries Serv., 56 F.3d 1071, 1073 (9th Cir. 1995). Indeed, there are many instances where Section 7’s consultation requirement led to the modification of existing dam operations for the benefit of fish and wildlife.See, e.g., Fed. Energy Regulatory Comm’n, Final Environmental Impact Statement for Relicensing of the Klamath Hydroelectric Project No. 2082-027 (Nov. 2007), available at http://www.ferc.gov/industries/hydropower/enviro/eis/2007/11-16-07.asp.

One further limitation in Section 7’s applicability is that the proposed federal action must threaten the “continued existence” of the listed species as a whole, meaning more than harm to a few of its individuals.16 U.S.C. § 1536(a)(2) (2010). If, after the conclusion of formal consultation, the agency determines that the proposed federal action is likely to jeopardize the listed species, or destroy or adversely modify its critical habitat, a jeopardy finding will be issued in the biological opinion.50 C.F.R. § 402.14(h)(3) (2009).

This “jeopardy” biological opinion must contain “reasonable and prudent alternatives” (RPAs) to the proposed federal action that are not likely to jeopardize the listed species or destroy or adversely modify its critical habitat.Id. The RPAs, in turn, must be consistent with the original purpose of the proposed federal action.Reasonable and Prudent Alternative, Nat’l Marine Fisheries Serv., Sw. Reg’l Office, http://www.swr.noaa.gov/reasonab.htm (last visited Jan. 12, 2012). For purposes of dam removal, this means that neither the National Marine Fisheries Service (NMFS) nor the U.S. Fish and Wildlife Service (USFWS) can recommend dam removal as an RPA unless the dam is not central to the purpose of the proposed action.

In instances like dam removal, where no RPA can be developed, the action cannot move forward unless the Endangered Species Committee—the so-called “God Squad”The “God Squad” is a small group of officials who can override the ESA if the cost of protecting a species is too great. The group was specifically created by an amendment to the ESA for the purpose of allowing the Tellico Dam to be completed. Kenneth M. Munchison, The Snail Darter Case: TVA Versus the Endangered Species Act 152, 184 (2007). The God Squad instead unanimously refused to exempt construction of the Tellico Dam on account of the snail darter species. Zygmunt J. B. Plater, Tiny Fish / Big Battle: 30 Years after TVA and the Snail Darter Clashed, the Case Still Echoes in Caselaw, Politics and Popular Culture, Tenn. B. J. (Apr. 2008), http://www.tba.org/Journal_Current/200804/TBJ-200804-coverStory.html.—grants an exemption to the “no jeopardy” rule.16 U.S.C. § 1536(e)–(h) (2010). The committee considers five factors in deciding whether to grant an exemption: (1) the availability of reasonable and prudent alternatives, (2) the nature and extent of the benefits of the agency action consistent with conserving the species or its critical habitat, (3) whether the action is in the public interest and of regional or national significance, (4) whether there are any reasonable mitigation measures that should be considered by the committee, and (5) whether the agency and exemption applicant refrained from making irreversible or irretrievable commitments of resources.Id. § 1536(g)(5).

Only rarely have the requirements of the ESA significantly delayed or cancelled federal projects.See Steven L. Yaffee, Avoiding Species/Development Conflicts Through Interagency Consultation, Balancing on the Brink of Extinction: The Endangered Species Act and Lessons for the Future 86–89 (Kathryn A. Kohm ed., 1991). Yaffee acknowledges that a low rate of project cancellations could also indicate the success of the ESA if agencies are incorporating endangered species protection into project planning. Id. at 90–91. Section 7 has also never singlehandedly removed a dam. However, Section 7 has been tremendously successful in forcing the modification of dam operations for the benefit of protected fish and wildlife, sometimes by requiring certain instream flow levels.

a) ESA-Mandated Reductions in Water Usage Rights

One of the greatest controversies in the history of the ESA involved applying Section 7 to the Bureau of Reclamation’s Klamath Project to protect endangered fish. In 2001, an extreme drought hit the Klamath River Basin, located in southern Oregon and Northern California.Scott Learn, Klamath Basin’s Water Worries Extend to Wells, The Oregonian, Aug. 30, 2010, http://www.oregonlive.com/environment/index.ssf/2010/08/tapping_wells_in_klamath_basin.html. Hundreds of farmers who had reliably received water for decades from the Klamath Project were told they would receive none.Id. The federal government would instead withhold the water and use it to protect an endangered species of fish.Id. Irrigators and their political allies were outraged, and the controversy gained national media coverage.Id. The following year, the Bureau of Reclamation breached its Section 7 duties and restored full irrigation deliveries.Id.; see also Pac. Coast Fed’n of Fishermen’s Ass’ns v. U.S. Bureau of Reclamation, 426 F.3d 1082, 1090–91 (9th Cir. 2005) (rejecting Reclamation’s ten-year operating plan for the Klamath Project that allowed for delivery of less than the full amount of water necessary to ensure the survival of salmon). Thousands of salmon died from the resulting low flows and high temperatures of the Klamath River, and the Klamath crisis once again led the national news.Jo Becker & Barton Gellman, Leaving No Tracks, The Washington Post, June 27, 2007, http://voices.washingtonpost.com/cheney/chapters/leaving_no_tracks/.      Among federal courts, the Ninth Circuit has played a critical role in defining the nature and extent of the Bureau of Reclamation’s duties under Section 7 of the ESA. In a case involving contractual commitments to water users, the court rejected the argument that the Bureau breached its contracts by reducing water deliveries in dry years.E.g., O’Neill v. United States, 50 F.3d 677, 687 (9th Cir. 1995). Stated flatly, the Bureau’s responsibilities under the ESA “override the water rights of the Irrigators.”Klamath Water Users Protective Ass’n v. Patterson, 204 F.3d 1206, 1213 (9th Cir. 1999). Within the Ninth Circuit, then, Section 7 of the ESA takes priority over federal contracts to deliver water to water users, and the Bureau of Reclamation must operate its projects in a manner that avoids jeopardy.See Pac. Coast Fed’n of Fishermen’s Ass’ns, 426 F.3d at 1094 (rejecting a ten-year operating plan for the Klamath Project that provided insufficient flows to protect listed salmon). Yet this was no certain victory for the salmon: a fatal flaw lies beneath the surface of this seemingly simple and protective rule.

b) The Discretionary Rule

When pre-ESA legal obligations require a federal agency to operate in a way that essentially leaves no room for the consideration of a listed species, the so-called “discretionary rule”50 C.F.R. § 402.03 (2009). exempts the agency from complying with the requirements of Section 7: “Section 7 . . . appl[ies] to all actions in which there is discretionary federal involvement or control.”Id. No definition of “discretionary” involvement or control is provided in the rule. The word “discretionary” is also absent from the text of Section 7 of the ESA. With so little guidance as to whether a particular federal agency action is discretionary, courts struggle to make the determination.

Nevertheless, the Ninth Circuit’s interpretation of the discretionary rule has yielded three general points.Reed D. Benson, Dams, Duties, and Discretion: Bureau of Reclamation Water Project Operations and the Endangered Species Act, 33 Colum. J. Envtl. L. 1, 23 (2008). First, discretion is determined “by parsing the language of the statutes, rules, and permits most directly involved.”Id. Second, no discretion has been found “in cases where a person has an existing permit or approval, and a federal agency either has little or no authority to require changes . . . or has latent discretionary authority but no legal duty to exercise it.”Id. (emphasis omitted). Third, all discretionary action cases have involved some private activity.Id. The Ninth Circuit has never addressed a case where a federal agency claimed an absence of discretion in implementing its own programs or projects.Id.

The U.S. Supreme Court interpreted the discretionary rule for the first time in the landmark case of National Ass’n of Homebuilders v. Defenders of Wildlife.Nat’l Ass’n of Homebuilders v. Defenders of Wildlife, 551 U.S. 644, 661 (2007). The Court upheld as rational the EPA’s position that it had no discretionary authority to consider the impacts on endangered species when delegating CWA Section 402 permitting authority to Arizona.Id. at 665–67. The “discretionary rule,” at 50 C.F.R. § 402.23, applies Section 7(a)(2) “to all actions in which there is discretionary Federal involvement or control.”50 C.F.R. § 402.23 (2009). The language of Section 402 of the CWA reads that the EPA “shall approve” a transfer application that satisfies the nine functions specified in the section: “if the nine specified criteria are satisfied, the EPA does not have the discretion to deny a transfer application.”Nat’l Ass’n of Homebuilders, 551 U.S. at 661. Because an agency “cannot simultaneously obey the differing mandates of ESA § 7(a)(2) and CWA § 402(b),” the Court concluded that the EPA deserved deference for its rule that Section 7 applies to agency actions where “discretionary federal involvement or control” exists.Id. Consequently, the Court’s holding severely restricts the protection of Section 7 by limiting its application to those actions where a federal agency exercises discretion.

As for dams, whether a federal agency like the Bureau of Reclamation has any discretion to consider endangered species in the operation of a water project depends upon the legal regime of the specific project. In general, three strong arguments can be made in favor of considering the Bureau’s operation of a water project as a discretionary activity. First, the Bureau of Reclamation “must constantly assess its duties, the available facts, and predictions about the future . . . and make changes as circumstances dictate.”Benson, supra note 76, at 23, 41–42. Therefore, “if a discretionary action is one that involves an exercise of judgment[,]” then the operation of a federal water project necessarily demands discretion.Id. Furthermore, “[n]o generally applicable statute strips [the Bureau] of discretion in operating its projects.”Id. at 43. Finally, the issuance of a water supply contract does not divest the Bureau of operating with discretion.Id. at 45–46. Whether the Bureau of Reclamation has any discretion in operating a project will always be determined by the legal obligations of the particular project, but strong arguments can be made against applying the discretionary rule in this context.

2. Section 9

The second section of the ESA that could accomplish dam removal is Section 9. The section’s taking prohibition makes it unlawful for any person—including private and public entities—to take individuals of a listed species.16 U.S.C. § 1538(a) (2010). “Take” means “to harass, harm, pursue, hunt, shoot, wound, kill, trap, capture, or collect, or to attempt to engage in any such conduct.”Id. § 1532(19). “Harm” is defined to include significant habitat modification or degradation.See Babbitt v. Sweet Home Chapter of Cmtys. for a Great Or., 515 U.S. 687, 725 (1995) (holding the Secretary of the Interior’s definition of “harm” as including “significant habitat modification or degradation where it actually kills or injures wildlife.”). Section 9 also makes it unlawful to cause another party to take a listed species.16 U.S.C. § 1538(g) (2010). Courts have applied this to government authorization of activities that cause a take.See, e.g., Strahan v. Coxe, 127 F.3d 155, 163 (1st Cir. 1997) (holding the State violated the ESA’s take prohibition by authorizing fishing that caused a take of the endangered northern right whale).

Certain take activities may nonetheless be exempted from Section 9’s taking prohibition through the incidental take process. An agency may issue a permit to take a listed species “if such taking is incidental to, and not the purpose of, carrying out an otherwise lawful activity.”16 U.S.C. §1539(a)(1)(B) (2010). Antecedent to the issuance of an incidental take permit is the submission of a habitat conservation plan (HCP) by the applicant.Id. § 1539(a)(2)(A). Taking the HCP and public comments into account, the agency must find that the applicant will monitor, minimize, and mitigate the impacts of any incidental taking to the maximum extent practicable, and that the taking will not appreciably reduce the likelihood of the survival and recovery of the species in the wild.Id. § 1539(a)(2)(B). Once an incidental take is granted, the “no surprises” rule prohibits the federal government from requiring additional funds or resources from the permit holder.Habitat Conservation Plan Assurances (“No Surprises”) Rule, 63 Fed. Reg. 8859 (1998) (codified at 50 C.F.R. §§ 17.22, 17.32) “[N]o additional land use restrictions or financial compensation will be required of the permit holder with respect to species covered by the permit, even if unforeseen circumstances arise after the permit is issued indicating that additional mitigation is needed for a given species covered by a permit.” Id.

Unfortunately, the practical effect of the incidental take process has been the loss of many anadromous fish populations. The incidental take permit immunizes dam owners from Section 9 liability so long as the take does not jeopardize the entire species. The “no surprises” rule severely limits the ability of federal agencies to further protect a listed species if the HCP proves insufficient. Through the issuance of incidental take permits, the government sanctions the deaths of thousands of salmon so long as their deaths are merely incidental to a dam’s operational goals. Even where no incidental take permit is issued and an impermissible taking occurs, the USFWS and the NMFS can only issue fines for violating Section 9.16 U.S.C. § 1540 (2009).

Citizens, on the other hand, have more power. A citizen suit can result in an injunction to enforce a takings finding where no incidental take permit has been issued.See Marbled Murrelet v. Babbitt, 83 F.3d 1060, 1068 (9th Cir. 1996) (The environmental group was able to obtain an injunction under the ESA against a logging company in order to conserve marbled murrelet nesting habitat on private land). Effective enforcement of the ESA therefore requires both the government and the citizenry.

In some respects, the ESA falls short of protecting threatened and endangered anadromous fish. On the whole, however, the statute has saved thousands of fish, and is responsible for many of the milestone dam removals in America. The Elwha Ecosystem Restoration Project, for example, was motivated by threat of ESA takings claims.See, e.g., Nat’l Park Serv., Final Environmental Impact Statement for the Elwha River Ecosystem Restoration 1 (June 1995), available at http://www.nps.gov/olym/naturescience/loader.cfm?csModule=security/getfile&PageID=136255. (“The Elwha River ecosystem and native anadromous fisheries are severely degraded as a result of two hydroelectric dams . . . . The Department of the Interior therefore finds there is a need to return this river and ecosystem to its natural, self-regulating state, and proposes removing both dams to accomplish this purpose . . . .”). Also in Washington State, conditions attached by FERC to the Condit Dam’s hydropower license—a process discussed in detail below—in accordance with the ESA forced the dam’s owners to either modernize and install expensive fish passage devices or remove the dam.See infra notes 156–59 and accompanying text. In addition, the ESA has changed the way many dams operate by altering instream flow levels for the benefit of threatened species.

B. Dam Safety Proceedings

The Association of Dam Safety Officials estimates that 4,400 dams are susceptible to failure due to structural deficiencies.Henry Fountain, Danger is Pent up Behind Aging Dams, N.Y. Times, Feb. 21, 2011, http://www.nytimes.com/2011/02/22/science/22dam.html?pagewanted=all. The impact of even a single dam failure can be tremendous. In 1889, a neglected dam in western Pennsylvania experienced a catastrophic failure, killing over 2,200 people.Facts About the Johnstown Flood, Johnstown Flood Museum, http://www.jaha.org/FloodMuseum/facts.html (last visited Nov. 12, 2011). Twenty million tons of water traveled fourteen miles to Johnstown, where four square miles of the town were completely destroyed by a wall of water forty feet high.Id. The amount of water that would flow over Niagara Falls in thirty-six minutes, 4.8 billion gallons,Id. left a pile of debris that covered thirty acres.Id. A modern twenty-first century version of the Johnstown Flood could be even more disastrous. If, for example, the Lake Isabella Dam in California were to fail, 180 billion gallons of water—over thirty-seven times the amount released in the Johnstown Flood—would inundate downstream Bakersfield.Fountain, supra note 103.

Dams can fail for any one of several reasons as they age and reach the end of their life spans. For example, the concrete used to construct dams deteriorates over time—typically within fifty to one hundred yearsMichael T. Pyle, Beyond Fish Ladders: Dam Removal as a Strategy for Restoring America’s Rivers, 14 Stan. Envtl. L.J. 97, 101 (1995) (citing Nat’l Research Council, Restoration of Aquatic Ecosystems: Science, Technology, and Public Policy 219 (1992)).—due to the large volumes of water blocked or diverted on a daily basis.American Rivers et al., Dam Removal Success Stories, at xiv (1999). If not properly maintained, these ageing dams pose a safety hazard to people and property downstream. In its 2009 Infrastructure Report Card, the American Society of Civil Engineers awarded dams a grade of “D,” noting the lack of funding “to reverse the trend of increasingly deteriorating dam infrastructure.”Policy Statement 470—Dam Repair and Rehabilitation, Am. Soc’y of Civil Eng’rs (June 22, 2011), http://www.asce.org/Content.aspx?id=8338.

Nationwide, there are 13,990 dams whose failure threatens human life.Nat’l Inventory of Dams, supra note 27. Twelve dams are currently listed in the Army Corp of Engineer’s most dangerous category: “a dam with serious problems and serious failure consequences.”Fountain, supra note 103. With over 85,000 dams in the United States that average over fifty-one years old, the number of dams in this unsafe category will only increase as they near the end of their lifespans.Id. The number of high-hazard dams continues to increase as dams age, downstream development increases, and more accurate information on watersheds and earthquake hazards becomes available.Id. Repairing all these dams will be expensive. A 2009 report by the Association of State Dam Safety Officials estimates at least $50 billion would have to be spent to repair high-hazard dams alone.Id. In order to protect the public health, safety, and welfare, these dams must either be repaired or removed. Dam safety proceedings present a powerful tool for the removal of these dangerous, dated dams.

1. Federal Dam Safety Programs

Many agencies administer dam safety programs at the federal level. The Federal Emergency Management Agency (FEMA) does not own or regulate dams but coordinates federal safety programs through the National Dam Safety Program.The National Dam Safety Program was created by the Water Resources Development Act of 1996, Pub. L. No. 104-303, § 215, 110 Stat. 3658, 3685 (codified at 33 U.S.C. § 467 (2009)). The program’s purpose is to reduce the risks to life and property from dam failure in the United States through the establishment and maintenance of an effective national dam safety program to bring together the expertise and resources of the federal and non-federal communities in achieving national dam safety hazard reduction.Id.

While it does not specifically govern or regulate dam removal, the National Dam Safety Program encourages cooperation between federal and state dam safety efforts and authorizes FEMA to provide grants to states for the establishment and maintenance of dam safety programs.The Heinz Ctr., supra note 4, at 64. Other federal agencies are actual owners or operators of dams: the U.S. Department of Agriculture,This includes the Natural Resources Conservation Service, the Agriculture Research Service, the U.S. Forest Service, the USDA Rural Housing and Community Programs, and the USDA Rural Utilities Programs. The U.S. Forest Service owns approximately seven hundred mid-size dams and administers permits for around two thousand privately owned dams. “The U.S. Department of Agriculture is a major planner, designer, financier, constructor, owner, or regulator of more than one-third of all the dams in the United States.” Fed. Emergency Mgmt. Agency, Excerpt From The National Dam Safety Program Biennial Report 2 (2004-2005), available at http://www.damsafety.org/media/Documents/FederalCommunity/Pages_from_fema576_Feds_Biennial.pdf. the Department of Defense,This includes the Army Corps of Engineers and the Departments of the Air Force, Army and Navy who have dam safety responsibility for dams located on their respective bases. The Army Corps oversees 631 dams, including 75 Corps hydropower plants and 67 nonfederal power plants. The Department of the Army has jurisdiction over 212 dams while the Air Force has 24 and the Navy has 33. Id. the Department of Interior,The Department of the Interior “is responsible for the planning, design, construction, operation, and maintenance of nearly 2,000 dams . . . .” Id. Bureaus in the Department include the Bureau of Indian Affairs (425 dams), the Bureau of Land Management (515), the Bureau of Reclamation (479), the U.S. Fish and Wildlife Service (193), the National Park Service (538), the Office of Surface Mining (1,370) and the U.S. Geological Survey (one high-hazard dam) Id. Department of Energy,The Department of Energy owns and had safety jurisdiction over 15 dams. Id. the Department of Labor,The Department of Labor is responsible for the safety of 1,395 dams through the Mine Safety and Health Administration. Id. FERC,As of September 30, 2005, a total of 2,530 dams were under FERC jurisdiction. Id. and the Tennessee Valley Authority, among others.The Tennessee Valley Authority oversees 49 dams. Id.

The Federal Power Act tasks FERC with administering dam safety for hydropower projects on (1) navigable streams, (2) public lands of the United States, (3) at any Government dam, and (4) on streams over which Congress has jurisdiction under the Commerce Clause.Fed. Emergency Mgmt. Agency, Dam Safety in the United States: A Progress Report On The National Dam Safety Program 23 (2006–2007), available at http://www.fema.gov/library/viewRecord.do?id=3677. Dam safety is an integral component of FERC’s hydropower licensing program.Dam Safety and Inspection, Fed. Energy Regulatory Comm’n, http://www.ferc.gov/industries/hydropower/safety.asp (last visited Jan. 15, 2012). Staff at FERC inspect dams on an unscheduled basis, and “every five years an independent consulting engineer approved by FERC must inspect and evaluate dams higher than 32.8 feet, or with a total storage capacity of more than 2,000 acre-feet [of water].”The Heinz Ctr., supra note 4, at 64. Where FERC identifies safety problems at a dam, it will order the dam owner to rectify the problem. These FERC safety inspections have led dam owners to voluntarily remove dams where repair costs more than removal. For example, a FERC safety inspection of Mussers Dam on Middle Creek in Pennsylvania caused the owner to remove the dam rather than make the required repairs.Fed. Energy Regulatory Comm’n, Order Accepting Surrender of License, American Hydro Power Company, 64 F.E.R.C. ¶ 62,097 (1993). A 2001 report notes that at least four FERC-regulated dams have been removed due to the cost of safety repairs.Lee Emery, A Review of Non-Federal Hydropower Dams Removed Under FERC's Regulatory Authority, Waterpower XII Conference (2001).

A report by FEMA detailed that FERC staff independently reviewed the safety and adequacy of 336 dams by conducting over 4,000 inspections between 2006 and 2007.Fed. Emergency Mgmt. Agency, supra note 127. During that period, FERC completed forty-four dam safety modifications and seventy-four dam safety modifications remained ongoing or under review.Id. Despite these safety measures, there were two major and eighteen minor incidents of failure at dams under FERC jurisdiction between 2006 and 2007.Id. at 30. Considering that more than two-thirds of the approximately 2,600 hydropower dams within FERC’s jurisdiction are greater than fifty years old, these safety inspections will likely result in more voluntary dam removals in the future.The Heinz Ctr., supra note 4, at 64.

The final major federal dam safety program is the Indian Dam Safety Act of 1994.25 U.S.C. § 3801 (2009). It established a dam safety maintenance and repair program to maintain certain dams on Indian land that would present a threat to human life were structural failure to occur.Id. In 2005, the Bureau of Indian Affairs identified 125 high-hazard and significant-hazard dams, plus over 300 low-hazard dams with the potential to become high-hazard dams.Bureau of Indian Affairs—Dam Safety and Dam Maintenance Assessment, ExpectMore.gov, http://www.whitehouse.gov/omb/expectmore/detail/10003704.2005.html (last visited Mar. 31, 2010). There were over eighty dams still requiring major repairs in 2005.Id. This program, together with the National Dam Safety Program and FERC’s mandatory inspections, represent the extent of federal dam safety programs.

The outlook for dam safety should improve at the federal level following the reauthorization of the National Dam Safety Act in 2006.National Inventory of Dams, U.S. Army Corps of Eng’rs, http://www.usace.army.mil/Library/Maps/Pages/NationalInventoryofDams.aspx. This legislation will assist states in improving their dam safety programs, support increased technical training for state dam safety engineers and technicians, and provide additional funding for dam safety research and maintenance of the National Inventory of Dams.Dam Safety Act of 2006, Pub. L. No. 109-460, 120 Stat. 3401. A FEMA report in 2009 showed that ninety-four percent of federal high-hazard potential dams were inspected within the last five years.Fed. Emergency Mgmt. Agency, supra note 127. Increased safety inspections will hopefully result in further voluntary removals of unsafe and obsolete dams whose cost to perform necessary safety repairs exceeds the price of removal.

2. State Dam Safety Programs

State safety-related dam inspections are responsible for more dam removals than federal inspections. In fact, they are “the most common legal proceedings resulting in dam removal,”Bowman, supra note 355, at 739. with “State dam safety programs regulat[ing] 80 percent of the 84,000 dams listed in the National Inventory of Dams.”Ass'n of State Dam Safety Officials, 2010-11 Annual Report 6 (2011), available at http://www.damsafety.org/media/Documents/PDF/Annual%20Reports/AnnualRept_FY11.pdf. Most states have dam safety laws that require the periodic inspection of every dam over a certain size. Vermont, for example, regulates dams that are, or will be, capable of impounding more than 500,000 cubic feet of water.Vt. Stat. Ann. tit. 10, § 1082 (2009). A dam of any size in Vermont is subject to a safety inspection if ten or more people, or a local municipality, petition for an investigation.Id. § 1095. The investigative findings are then exhibited at a hearing, whereupon the agency having jurisdiction makes a determination as to whether the “dam as maintained or operated is unsafe or is a menace to people or property.”Id. Then the agency “shall issue an order directing reconstruction, repair, removal, breaching, draining or other action it considers necessary to make the dam safe.”Id. Removal of a small unsafe dam typically costs less than repairing it. Among ten cases examined by American Rivers, the cost of dam removal cost was only thrity-seven percent of the total estimated repair cost.Am. Rivers, Paying for Dam Removal (2000), available at act.americanrivers.org/site/DocServer/pdr-color.pdf?docID=727 (last visited Nov. 12, 2011).

Consider, for example, a 150-year-old millpond dam in Wisconsin. The dam was deemed unsafe by the state Department of Natural Resources because of concern that rainstorms, combined with the pressure of the millpond, might damage the dam and destroy downstream businesses and residences.Kelly Smith, Zerwekh Dam Settlement Possible, Suit, Lake Country Rep., Oct. 17, 2011, http://www.livinglakecountry.com/lakecountryreporter/news/zerwekh-dam-settlement-possible-131981513.html. The dam owner was ordered to either rebuild the dam to meet safety standards or remove it.Kelly Smith, Hearing Rescheduled on Zerwekh Dam Suit, Lake Country Rep., July 27, 2011, http://www.livinglakecountry.com/lakecountryreporter/news/126264218.html. With the cost of rebuilding the dam estimated at $1 million, the owner felt that rebuilding and maintaining the dam would be “too expensive and bothersome.”Smith, supra note 150. Expenses typically associated with aging dams include increasing maintenance costs, liability insurance, and the repeated dredging of silt that accumulates behind the impoundment.Dam Removal, Mich. Dep't of Natural Res., http://www.michigan.gov/dnr/0,4570,7-153-10364_52259_27415-80303--,00.html (last visited Jan. 15, 2011). The owner also chose removal for ecological reasons, citing a desire to restore the river to its natural riverbed.Smith, supra note 150.

Dam removal is best accomplished as a voluntary undertaking. As described above, state and federal dam safety programs can serve as the impetus for a dam owner’s decision to remove a dam. Removal of these dangerous dams protects people and property plus confers great ecological benefits to the watershed. Voluntary removal also avoids any Fifth Amendment taking claims from the dam owner—an important concern that will be explored in depth below.

C. FERC and Hydropower Dam Relicensing

Voluntary dam removal can also stem from FERC’s hydropower licensing process, which must comply with the ESA. To protect threatened and endangered fish, FERC attached conditions to the renewal of PacifiCorp’s hydropower license for the Condit Dam in Washington State. The dam, construction of which began in 1911, did not provide fish passage.Linda V. Mapes, Condit Dam To Be Demolished Wednesday, The Seattle Times, Oct. 25, 2011, available at http://seattletimes.nwsource.com/html/localnews/2016606447_condit26m.html. After PacifiCorp applied to FERC for a new license, FERC issued an Environmental Impact Statement in accordance with the ESA that required PacifiCorp to update the dam to allow fish passage.Associated Press, Condit Dam Breached to Help Local Fish, SeattlePI.com, Oct. 26, 2011, http://www.seattlepi.com/local/article/Condit-Dam-breached-2238048.php. Modernizing the dam would have cost more than three times the price of removal, leading PacifiCorp to choose voluntary removal.Id. (The Condit Dam was removed on October 26, 2011) Fourteen miles of salmon habitat and thirty-three miles of steelhead habitat were reopened, and 8,000 salmon may one day return again to spawn in the White Salmon River.“Before construction, historical accounts from Yakama tribal members indicated some 8,000 adult salmon and steelhead returned to the river.” Mapes, supra note 155.

The Condit Dam illustrates FERC’s change of mind that began with its unprecedented action at the Edwards Dam in Maine. Recognizing for the first time that the ecological cost of dams and the safety hazards they pose now tip the public interest in favor of dam removal, FERC ordered the decommissioning of a hydropower project where the owner actively sought a hydropower license renewal.See Fed. Energy Regulatory Comm’n, Edwards Mfg. Co., Inc., 81 F.E.R.C. ¶ 61,255 (1997) (order denying new license and requiring dam removal). This historic action—discussed in more detail below—presents a third tool to accomplish dam removal.

1. The Statutory Scheme for Hydropower Licensing

The potential removal of any private, municipal, or state hydropower dam will involve FERC.The Heinz Ctr., supra note 4, at 61. Federal hydropower dams, on the other hand, are authorized by Congress and constructed by the Bureau of Reclamation, the Army Corps of Engineers, or the Tennessee Valley Authority, and are subject to National Environmental Policy Act (NEPA) and ESA requirements.Id. Note that FERC also regulates private hydropower dams on federal land. For example, FERC regulates the Glines Canyon Dam, previously operated by Daishowa Corp. that is located in Olympic National Park. Elwha River Restoration: Background and History, Am. Rivers, http://www.americanrivers.org/our-work/restoring-rivers/dams/projects/elwha-river-background.html (last visited Nov. 12, 2011).

Hydropower projects are regulated by FERC pursuant to the Federal Power Act (FPA).Federal Power Act, 16 U.S.C. § 791 (2009). The FPA requires a license for the construction and maintenance of a hydropower project if it is on, or affects, navigable waters, public land, or reservations, or if it uses surplus water from any government dam.Id. § 797(e). Navigable waters “means those parts of streams or other bodies of water over which Congress has jurisdiction under its authority to regulate commerce . . . and which either in their natural or improved condition . . . are used or suitable for use for the transportation or persons or property in interstate or foreign commerce . . . .” Id. § 796(8). In addition, a license may be required for a project on a nonnavigable river if the project will affect interstate or foreign commerce.Id. § 817.

During hydropower’s heyday—in 1940 over 1,500 hydropower plants produced about one-third of the United States’ electricityThe History of Hydropower Development in the United States, Bureau of Reclamation, http://www.usbr.gov/power/edu/history.html.—FERC issued thousands of hydropower licenses. These operating licenses are valid for between thirty and fifty years.Office of Hydropower Licensing, Origin of Hydroelectric Regulation, Fed. Energy Regulatory Comm’n, http://www.ferc.gov/industries/hydropower/gen-info/regulation/origin.asp (last visited Nov. 1, 2012). When a license expires, the dam owner must reapply to FERC to obtain a new license.16 U.S.C. § 808 (2009). As part of this relicensing process, FERC must determine whether issuing a new license is in the public interest by giving equal consideration to power and nonpower uses of the river:

In deciding whether to issue any license under this Part for any project, the Commission, in addition to the power and development purposes for which licenses are issued, shall give equal consideration to the purposes of energy conservation, the protection, mitigation of damage to, and enhancement of, fish and wildlife (including related spawning grounds and habitat), the protection of recreational opportunities, and the preservation of other aspects of environmental quality.Id. § 797. This section of the FPA, section 4(e), is referred to as the equal consideration requirement.

In 1994, FERC issued a policy statement asserting authority under the FPA “to deny new licenses to hydroelectric projects when existing licenses expire.”FERC Policy Statement, supra note 33. This authority comes from Section 10(a) of the FPA and represents the core of FERC’s licensing responsibilities.Id. at 342 (“[T]he strictures of section 10(a), which the courts have long recognized rests at the core of the Commission's licensing responsibilities.”). Known as the “comprehensive development standard,” Section 10(a) reads:

That the project adopted . . . will be best adapted to a comprehensive scheme for improving and developing a waterway or waterways for the use and benefit of interstate and foreign commerce, for the improvement and utilization of water power development, for the adequate protection, mitigation, and enhancement of fish and wildlife (including related spawning grounds and habitat), and for other beneficial public uses . . . .16 U.S.C. § 803(a).

A third important provision of the FPA is Section 10(j), which requires expressly that in every license it issues, FERC must establish conditions for the adequate and equitable protection of, mitigation of damages to, and enhancement of fish and wildlife.Id. § 803(j). These three provisions of the FPA form the current statutory scheme within which FERC operates when issuing hydropower licenses—a scheme that tasks FERC with reaching “an appropriate balance between power . . . and the protection of nondevelopment resources, such as fish and wildlife.”FERC Policy Statement, supra note 33, at 342. This balance can normally be accommodated through license conditions, but as the 1994 policy statement asserted, where conditioning authority is “inadequate to do the job, i.e., where there was unacceptable environmental damage that proved irremediable . . . [FERC] does not read the Act as requiring it to issue a license.”Id. If a license cannot be crafted that comports with the standards set forth in Section 10(a), FERC has the power to deny the license.Id. at 343.

Outright denial of a license is, of course, highly unusual. The more likely scenario is that the issuance of a license will be conditioned upon environmental mitigation measures, and the licensee may be unwilling to accept the conditions because they render the project unprofitable.Id. In such a case, the hydropower project may have to shut down. The Commission rejects the notion that “a condition in a power license is per se unreasonable if, as a result of imposing the condition, the project is no longer economically viable.”Id. The statute calls for a balancing of development and nondevelopment interests. To favor power and development interests over environmental concerns is contrary to the Federal Power Act.Id. Furthermore, the Act makes no guarantee of profitability.Id. As the Seventh Circuit Court of Appeals noted, “there can be no guarantee of profitability of water power projects under the Federal Power Act; profitability is at risk from a number of variable factors, and values other than profitability require appropriate consideration.”Wis. Pub. Serv. Corp. v. FERC, 32 F.3d 1165, 1168 (7th Cir. 1994). Consequently, FERC is free to condition the issuance of a hydropower license on protecting or restoring environmental values, even if the cost of meeting these conditions makes the project economically unviable and forces it to shut down. And when a hydropower project shuts down, the 1994 policy statement stipulates that the project owner is responsible for the costs of decommissioning, which can include dam removal.“[N]ormally . . . the Commission anticipates that the licensee will be responsible for paying the costs (up to a reasonable level) of the steps needed to decommission the project, since the licensee created the project and benefitted from its operations . . . .” FERC Policy Statement, supra note 33, at 346.

The Commission does not have to wait until the end of a license term to order decommissioning. Section 6 of the FPA governs surrender or termination of a license.18 C.F.R. § 6.1 (2007). A licensee can explicitly or implicitly apply for license surrender.FERC Policy Statement, supra note 33, at 344 n.43. The terms of some licenses even expressly permit the Commission to order decommissioning within the license term.Id. Finally, the Commission can also initiate a revocation proceeding.Id. Sections 26 and 31 of the FPA govern revocation proceedings. In all other instances, the licensee is secure against mid-term surrenders.Id.

2. The Statutory Scheme in Action: FERC Orders the Historic Removal of the Edwards Dam

In 1997, FERC made history. For the first time ever, it denied an application for hydropower license renewal and instead ordered the Edwards Dam in Maine be decommissioned.See Fed. Energy Regulatory Comm’n, Edwards Mfg. Co., Inc., 81 F.E.R.C. ¶ 61,255 (1997) (order denying new license and requiring dam removal). The Edwards Dam was built on the Kennebec River in 1837 to provide mechanical power for mills.Edwards Dam Removal Update, Me. State Planning Office, www.maine.gov/spo/specialprojects/docs/edwsdam_theriverrunsfree.pdf (last visited Jan. 15, 2012). Electrical power generators were installed in 1913 to provide power for Edwards Manufacturing Co.Id. The mill closed in the 1980s, but electrical power generation continued with the company contracting to sell the electricity.Id. With the hydropower project license set to expire at the end of 1993, Edwards filed an application for a new hydropower license in 1991.Fed. Energy Regulatory Comm’n, Edwards Mfg. Co., Inc., 81 F.E.R.C. ¶ 61,255 (1997).

The Commission’s response was unheard-of: the license was denied and removal of the dam was ordered, even though the licensee actively sought a new license.Id. Explaining its reasoning behind the order, the Commission states:

We believe that the public interest in this proceeding lies in our denying the license application and requiring the licensees to remove Edwards Dam. The environmental benefits of so doing substantially outweigh the environmental benefits of relicensing, even with extensive mitigation measures. . . . A critical factor is that several important fish species native to the Kennebec River cannot be restored to their historical habitat without dam removal, because of their inability to use fish passage facilities.Id.

For the removal of private, state, and municipal hydropower dams, the events at Edwards Dam illustrate the power of FERC’s licensing process and the triumph of the public interest. The federal government has finally recognized the value of a free-flowing river over electric power generation and private profit: “[B]y the time the first licenses began to expire, the concept of the inevitability of power operation from a particular project was eroding.”FERC Policy Statement, supra note 33, at 342.

The Commission’s policy statement and the decommissioning of the Edwards Dam were unprecedented uses of its power under the FPA, and some are now questioning whether it acted within the bounds of its authority. The hydroelectric industry, for example, has claimed that FERC lacks authority to impose conditions that make a project economically unviable, and that such an action is both a breach of contract and a Fifth Amendment taking of private property when the licensee receives no compensation.Beth Bryant, FERC’s Dam Decommissioning Authority Under the Federal Power Act, 74 Wash. L. Rev. 95, 98 (1999). The Commission also asserts authority to order dam removal at the owner’s expense.FERC Policy Statement, supra note 33, at 346. Under current FERC policy, dam owners are instructed to make provisions for dam decommissioning costs.Id. at 340.

The Edwards Dam removal avoided these issues because all parties actively involved in the relicensing signed a settlement agreement providing for a transfer of the dam’s ownership to the State of Maine for dam removal purposes.Am. Rivers, Friends of the Earth & Trout Unlimited, Dam Removal Success Stories: Restoring Rivers Through Selective Removal of Dams that Don’t Make Sense 61 (1999). Funding for the removal will come entirely from private sources.Id. Dam removal costs and a decade of fish restoration efforts are to be financed principally by upriver dam owners (in exchange for delaying their fish passage obligations) and by a downstream shipbuilder (as mitigation for expanding its shipyard operations).Id. As many of the hydropower industry’s arguments remain unaddressed by courts, the following analysis will explore whether a valid Fifth Amendment taking claim may result where dam removal is ordered.

III. Testing for a Fifth Amendment Taking

Dam removal may result in a number of Fifth Amendment taking claims from affected parties. A taking claim asserts that a government action has “taken” a protected property interest without the necessary eminent domain proceedings. The Constitution offers protection from takings: “[N]or shall private property be taken for public use, without just compensation.”U.S. Const. amend. V. This allows a property owner to sue the government and seek compensation for the private property taken. Generally, three forms of a taking are recognized: a physical taking, a regulatory taking, and a hybrid of both known as an exaction.Only the first two forms will receive in-depth examination. An exaction is a hybrid between a physical and regulatory taking that occurs when the government attaches a condition on the development of land. The landowner must agree to dedicate a portion of the land for a public purpose. Robert Meltz, Substantive Takings Law: A Primer 38 (2009). Exactions typically do not arise in the context of dam removal.

A. Physical Taking

When the government physically invades private property, or causes it to be invaded by persons or things, a physical taking has occurred.See Lingle v. Chevron U.S.A., Inc., 544 U.S. 528, 537 (2005) (“The paradigmatic taking requiring just compensation is a direct government appropriation or physical invasion of private property.”). Under Loretto v. Teleprompter Manhattan CATV Corp., permanent physical occupations of property are per se takings.Loretto v. Teleprompter Manhattan CATV Corp., 458 U.S. 419, 426 (1982). Examples include “flooding from a government dam that is continuous or at least inevitably recurring, regular and low overflights by government airplanes, government installation of relatively permanent structures on private property[, and] shoreline erosion caused by government jetties.”Meltz, supra note 202, at 34. “In contrast with regulatory takings, [discussed next,] the magnitude of the intrusion[,] the economic impact on the property owner, or the importance of the government interest advanced,” are “immaterial” in the context of a physical taking.Id.

Appropriations of private property to the government are given the same per se treatment as permanent physical occupations: “The paradigmatic taking . . . is a direct government appropriation or physical invasion of private property.”Lingle, 544 U.S. at 537. Recently, when the amount of water available to water rights holders from federal reclamation projects was reduced in order to protect fish listed under the ESA it was treated as a physical—rather than a regulatory—taking.Casitas Mun. Water Dist. v. United States, 543 F.3d 1276, 1292 (Fed. Cir. 2008).

B. Regulatory Taking

The Fifth Amendment protection from taking, once limited to physical occupation of property, now encompasses protection from government regulation that “goes too far.”Pa. Coal Co. v. Mahon, 260 U.S. 393, 415 (1922). Courts have developed several tests to determine when a regulation goes too far, believing that the Takings Clause “was designed to bar Government from forcing some people alone to bear public burdens which, in all fairness and justice, should be borne by the public as a whole.”Meltz, supra note 202, at 15 (quoting Armstrong v. United States, 364 U.S. 40, 49 (1960)). Total regulatory taking claims are subject to the Lucas v. South Carolina Coastal CouncilLucas v. S.C. Coastal Council, 505 U.S. 1003, 1028–29 (1992). test, while partial regulatory taking claims are decided under the Penn Central Transportation Co. v. City of New York test.Penn Cent. Transp. Co. v. City of New York, 438 U.S. 104, 124 (1978).

1. The Lucas “Total Taking” Rule

In Lucas, a South Carolina statute prohibited the building of permanent structures on beachfront real estate.Lucas, 505 U.S. at 1007–08. Petitioner Lucas argued that because the regulation prohibited development of his beachfront lots the regulation amounted to a taking of property.Id. at 1009. The U.S. Supreme Court agreed and held that just compensation is required if the regulation deprives a landowner of all economically beneficial use of the land, regardless of any public purpose that the regulation may serve.See id. at 1015 (“The second situation in which we have found categorical treatment appropriate is where regulation denies all economically beneficial or productive use of land.”).

Two important caveats come with this holding. First, despite a total elimination of use and/or value, a restriction is not a taking if it merely duplicates what could have been achieved under “background principles of the State’s law of property and nuisance,” which existed when the owner acquired title to the property.Lucas v. S.C. Coastal Council, 505 U.S. 1003, 1027 (1992). These background principles limit the rights acquired by the property owner, meaning there can be no taking when the government restriction eliminates a right the landowner never possessed. One cannot lose a right that one never had.

Second, the “total taking” must deprive the landowner of one hundred percent of the property’s use and/or value for a Lucas claim. In Lucas, the Court specifically acknowledged that a landowner suffering a ninety-five percent loss of value would not come under the total taking rule.Id. at 1019 n.8. Consequently, regulation that denies all economically beneficial or productive use of land is relatively rare.Id. at 1018.

2. Penn Central’s “Partial Regulatory Taking” Test

For regulations that remove less than one hundred percent of the property’s use and/or value, the Penn Central balancing framework is used. “To determine whether a partial regulatory taking has occurred, examine the government action for its (1) economic impact on the property owner, (2) degree of interference with the owner’s ‘distinct’ investment-backed expectations, and (3) ‘character of government action.’ ”Meltz, supra note 202, at 16 (citing Penn Cent. Transp. Co. v. City of New York, 438 U.S. 104, 124 (1978)). Courts will generally assess all three factors, although any single factor, if sufficiently compelling, can be conclusive that a taking has occurred.Id. The Court has shed little light on the content of each of the factors, or how to balance them, leaving an ad hoc test of “vexing subsidiary questions.”Lingle v. Chevron U.S.A., Inc., 544 U.S. 528, 539 (2005).

The first Penn Central factor, economic impact, is measured by most courts in terms of remaining economic use, but the Federal Circuit and Court of Federal Claims focus instead on remaining market value.Meltz, supra note 202, at 19. For this factor to favor a taking, the economic impact must be “very substantial, arguably severe, when the other factors are not determinative.”Id. The degree of economic loss must be so severe as to be the functional equivalent of a physical invasion or physical appropriation of the land.Lingle, 544 U.S. at 539. Even deprivation of a parcel’s “highest and best” use is not, without more, a taking.Penn Cent. Transp. Co. v. City of New York, 438 U.S. 104, 125 (1978). “Highest and best use” refers to the reasonably probable and physically possible, legal use of a property resulting in the greatest value. Meltz, supra note 202, at 20. Some decisions have noted the importance of leaving the landowner with the possibility of a “reasonable return,” usually in the context of a pre-existing property use.See, e.g., Cienega Gardens v. United States, 331 F.3d 1319, 1342–43 (Fed. Cir. 2003) (ninety-six percent reduction in rate of return favors the existence of a taking). The Federal Circuit and CFC use the recoupment of cost as a metric for economic impact.See, e.g., Florida Rock Indus., Inc. v. United States, 791 F.2d 893, 905 (Fed. Cir. 1986) (“In determining the severity of economic impact, the owner’s opportunity to recoup its investment or better . . . cannot be ignored.”); Walcek v. United States, 49 Fed. Cl. 248, 266 (2001) (“[C]ase law thus makes it clear that profit or return on investment is a factor to be considered in assessing economic impact. . . .”), aff’d, 303 F.3d 1349 (Fed. Cir. 2002). This is the formula preferred by a hydropower project owner seeking to recover its cost basis in the project.

The second Penn Central factor, investment-backed expectations, “is often seen as having two steps: (1) [d]id the claimant have actual investment-backed expectations[,] and (2) [w]ere those expectations objectively reasonable?”Meltz, supra note 202, at 22. It is worth noting that those who voluntarily enter a heavily regulated field are presumed to lack a reasonable expectation that the legislature will not enact new requirements as necessary.Id. at 23. Hydropower is certainly a heavily regulated field, so projects owners can be presumed to lack reasonable investment-backed expectations when operating in a constantly evolving regulatory field.

The third and final Penn Central factor looks to the character of the government action. This includes the government’s purpose and the regulation’s value, public benefit, or effectiveness. Lingle v. Chevron U.S.A., Inc., however, suggests that this factor is less important than the previous two Penn Central factors.Id. at 24.

One final quirk of the Penn Central test is the parcel as a whole rule. Any given parcel of land includes three dimensions: spatial, functional, and temporal.Id. at 28. But the law of takings “does not divide a single parcel into discrete segments and attempt to determine whether rights in a particular segment have been entirely abrogated . . . this Court focuses . . . [on the] extent of the interference with rights in the parcel as a whole . . . .”Tahoe-Sierra Pres. Council, Inc., v. Tahoe Reg’l Planning Agency, 535 U.S. 302, 327 (2002) (quoting Penn Cent. Transp. Co. v. City of New York, 438 U.S. 104, 130–31 (1978)). Described another way, “where an owner possess a full ‘bundle’ of property rights, the destruction of one ‘strand’ of the bundle is not a taking because the aggregate must be viewed in its entirety.”Id.

This rule is not always followed as it is not applied in cases where the property rights are considered so fundamental as to tolerate little or no infringement.Meltz, supra note 202, at 30. An example includes the fundamental right to bequeath property. See, e.g., Hodel v. Irving, 481 U.S. 704, 716 (1987). Generally, however, a property owner must be deprived of all economically viable use of the entire parcel of property, not just a portion of the parcel, to support a finding that a regulatory taking has occurred.

IV. Taking Claims from Dam Owners

A. FERC’s Decommissioning of a Hydropower Dam

When FERC issues an order to decommission, a hydropower license is denied, the dam structure is destroyed, and future revenues from hydropower generation are lost. Is compensation due to the project owners? The first inquiry in any takings claim is whether the claimant can point to a protected property interest. This necessitates determining the nature of the licensee’s property interest. Dam owners may claim a property interest in the entire hydropower project or in the project’s several smaller component interests. These include the project works, surrounding lands, and water use rights.

If the licensee has a property interest, the reduction of the economic value of that property by the regulation must be calculated, looking at the licensee’s parcel as a whole. Where one hundred percent of the property’s economic value is lost, the Lucas test requires compensation.Lucas v. S.C. Coastal Council, 505 U.S. 1003, 1030 (1992). If less than a total loss of all economic value occurs, the Penn Central test must be applied. Thus, whether a dam owner is entitled to just compensation for any of these interests will depend on the nature of the property interest and the extent of the loss in economic value of the property.

1. Loss of the Dam and Other Associated Structures

When a hydropower project owner is ordered to remove the dam, as was the case with the Edwards Dam,See supra text accompanying notes 187–95. the owner may claim a total one hundred percent loss in the economic value of the dam and other associated structures removed from the water. These taking claims are easily defeated on two grounds.

First, the parcel as a whole rule should defeat most taking claims by project owners. Under both Penn Central and Lucas, a court must assess the economic loss to the property owner compared with what the owner still has.Keystone Bituminous Coal Ass’n v. DeBenedictis, 480 U.S. 470, 497 (1987). In performing this assessment, courts look to the parcel as a whole. Even after FERC orders removal of a hydropower dam on a nonnavigable river, some portions of the property—those on land—remain unaffected, and even those that are affected retain some economic uses other than hydropower generation. The licensee is normally free to develop or resell the remaining surrounding land.

Second, while the parcel as a whole rule discussed above should defeat most taking claims, the federal navigation servitude can also render many takings claims inappropriate—so long as the dam is located on a navigable waterway. The servitude is a right held for the public in all navigable-for-title waters.See Union Bridge Co. v. United States, 204 U.S. 364, 394 (1907) (holding forced modifications to an obstructing bridge under the Rivers and Harbors Act noncompensable). In practical effect, it is an interest that permits the federal government to destroy private, state-recognized property rights for the benefit of public navigation without paying compensation for a taking of property.

Authority for the navigation servitude comes from the Commerce Clause of the U.S. Constitution.U.S. Const. art. 1, § 8, cl. 3. Power to regulate commerce necessarily includes power to regulate navigation.See Gibbons v. Ogden, 22 U.S. (9 Wheat.) 1, 75 (1824) (“The power of Congress, then, comprehends navigation, within the limits of every State in the Union; so far as that navigation may be, in any manner, connected with commerce with foreign nations, or among the several States . . . .”). The government “may legislate to forbid or license dams in waters; its power over improvements for navigation in rivers is absolute.”United States v. Appalachian Elec. Power Co., 311 U.S. 377, 405 (1940). The Supreme Court has recognized that the “right to control, improve, and regulate the navigation of [navigable] waters is one of the greatest of the powers delegated to the United States by the power to regulate commerce.”Lewis Blue Point Oyster Co. v. Briggs, 229 U.S. 82, 87 (1912).

When this right conflicts with private property rights, “they are not to be reconciled as between equals, but the private interest must give way to a superior right, or perhaps it would be more accurate to say that as against the Government such private interest is not a right at all.”United States v. Willow River Power Co., 324 U.S. 499, 510 (1945). Private title to submerged lands is subservient to the government’s interest in improving navigation.See Lewis, 229 U.S. at 87 (“If the public right of navigation is the dominant right, and if, as much the case, the title of the owner of the bed of navigable waters holds subject absolutely to the public right of navigation, this dominant right must include the right to use the bed of the water for every purpose which is in aid of navigation.”). To require otherwise “would be to create private claims in the public domain.”United States v. Rands, 389 U.S. 121, 125 (1967) (quoting Gilman v. Philadelphia, 70 U.S. (3 Wall.) 713, 724–25 (1866)). The servitude applies to any government action that aids navigation.Palm Beach Isles Assocs. v. United States, 58 Fed. Cl. 657, 674 (Fed. Cl., 2003) (“[T]he presence of multiple governmental purposes, so long as navigation is one of those purposes, will not defeat a navigational servitude defense.”). But cf. United States v. Gerlach Live Stock Co., 339 U.S. 725, 739 (1950) (finding the Central Valley Project was a reclamation project and not a navigation project, despite a general Congressional declaration that the project’s purpose was to improve navigation). All dams in navigable waters therefore exist subordinate to the federal navigation servitude. As a result, Lucas’s background principles of property and nuisanceLucas v. S.C. Coastal Council, 505 U.S. 1003, 1027 (1992). prevent the dam owner from ever acquiring the right to obstruct a navigable water; there can be no taking of a right never possessed.Id. at 1028–29 (preexisting federal navigation servitude bars physical taking); see also Lewis Blue Point Oyster Co. v. Briggs, 229 U.S. 82, 88 (1912) (holding that implicit in the navigation servitude is that title to submerged lands is subject to the government’s interest in improving navigation, and the Court also held no private property was taken that would entitle the plaintiff to compensation). Dam owners will not have a taking claim for loss of the physical dam structure so long as it is located on a navigable waterway.

2. Loss of Lands Surrounding the Hydropower Project

If the Edwards Dam removalSee supra text accompanying notes 187–200. serves as a bellwether—and there is no reason why it should not—a dam removal order will typically not deprive the licensee of the surrounding project lands. The Edwards Dam removal order required removal of the dam, but did not order the surrender of any land.Fed. Energy Regulatory Comm’n, Edwards Mfg. Co., Inc., 81 F.E.R.C. ¶ 61,255 (1997). Even though the water may no longer be used to produce power, a dam removal order does not deprive the land of all economic value. Again, the licensee remains free to sell or develop the remaining riparian land. Consequently, a Penn Central (less than total taking) analysis is appropriate.

Examining the economic impact upon which the Penn Central inquiry “turns in large part, albeit not exclusively,”Lingle v. Chevron U.S.A., Inc., 544 U.S. 528, 540 (2005). it is clear that loss of the economic value of electricity generation will constitute a large percentage of the land’s preregulation value. The Supreme Court has never specified a set percentage minimum reduction in value for a taking, nor does any amount (short of one hundred percent) automatically establish a taking.Meltz, supra note 202, at 317. If Lingle serves as a guide, the regulatory taking must be the functional equivalent of a physical occupation or appropriation of the land.Lingle, 544 U.S. at 539. A mere diminution in property value, even as great as 92.5%, cannot by itself establish a taking.See, e.g., Village of Euclid v. Ambler Realty Co., 272 U.S. 365, 384 (1926) (a seventy-five percent diminution in value not a taking); Hadacheck v. Sebastian, 239 U.S. 394, 405 (1915) (reduction in value of tract of land from $800,000 to $60,000 (a 92.5% diminution) not a taking). Even deprivation of a hydropower parcel’s most profitable, “highest and best use,” electric power generation, is not, without more, a taking.Penn Cent. Transp. Co. v. City of New York, 438 U.S. 104, 125 (1978). Some decisions have noted the importance of leaving the claimant with a “reasonable return,” or the ability to recoup costs, yet such an argument is easily defeated by the fixed duration of a hydropower license, which project owners enter into knowingly and with no guarantee of renewal or recoupment of investment.See infra text accompanying notes 259–75. While the economic impact may be severe to the project owner, the reduction in value is less than one hundred percent. The first of the three Penn Central factors therefore does not conclusively establish a regulatory taking.

Moving to the second factor, the degree of interference with the owner’s investment-backed expectations, the license’s limited duration and terms also weigh against the reasonableness of any “distinct” investment-backed expectations as contemplated by the Penn Central inquiry. Courts have agreed with FERC: there is no guarantee of profitability under the Federal Power Act.Wis. Public Service Corp. v. FERC, 32 F.3d 1165, 1168 (7th Cir. 1994); FERC Policy Statement, supra note 33. Hydropower project owners cannot reasonably expect that the land will forever remain profitable. Finally, Penn Central’s third factor, the character of the government action, also does not favor a taking as the government’s action will always bestow a public benefit. The Commission cannot issue a decommission order unless it is in the public interest.See supra note 193 and accompanying text. None of the three Penn Central factors conclusively establishes a regulatory taking. Hydropower project owners should not prevail on any taking claims for economic loss of the project’s surrounding lands.

3. Investment-Backed Expectations: the Hydropower License as a Protected Entitlement

Licensees may also claim a vested property right in the license to install and operate the dam,Carney, supra note 9, at 335. at least to the extent that a reasonable return could be achieved or the capital investment in the project recovered.Katherine Costenbader, Comment, Damning Dams: Bearing the Cost of Restoring America’s Rivers, 6 Geo. Mason L. Rev. 635, 656 (1998). Under the second part of the Penn Central regulatory taking test, the court looks to the degree of interference with the owner’s investment-backed expectations. Under this part of the test, the court asks two questions: (1) Did the claimant have actual investment-backed expectations? And (2) were those expectations objectively reasonable?Cienega Gardens v. United States, 331 F.3d 1319 (Fed. Cir. 2003). Some decisions applying Penn Central’s partial regulatory taking test “note the importance of leaving the claimant with a ‘reasonable return.’ ”Meltz, supra note 202, at 21. This element is most relevant where the regulation threatens a property use that existed when the investment was made or the property acquired.See, e.g., Bair v. United States, 515 F.3d 1323, 1328 n.2 (Fed. Cir. 2008) (“We also have made clear that . . . the distinct investment-backed expectations factor of the Penn Central test is to be judged at the time the personal property was acquired.”). The so-called notice rule, however, says that no regulatory taking can occur when the government restricts use of the parcel under laws or regulations that existed at the time it was acquired.Meltz, supra note 202, at 22. Although it is now given less-than-dispositive weight, many court decisions “give substantial, almost dispositive weight to pre-acquisition regulatory schemes,” such as the federal surface mining statute and the federal wetlands permitting program.Id. at 23 (citing Appolo Fuels, Inc. v. United States, 381 F.3d 1338 (Fed. Cir. 2004) (federal surface mining statute); Rith Energy, Inc. v. United States, 270 F.3d 1347 (Fed. Cir. 2001) (federal surface mining statute); and United States v. Donovan, 466 F. Supp. 2d 590 (D. Del. 2006) (federal wetlands permitting program)).

This notice rule poses an even greater obstacle for plaintiffs in heavily regulated fields.Id. (“Those who voluntarily enter a “heavily regulated field” find regulatory takings claims particularly difficult to maintain.”). Players in such fields are presumed to lack a reasonable expectation that the regulatory environment will not change as the legislature enacts new requirements and reforms.Id. Employee pension plans, coal mining, liquor stores, banking, gaming, the sale of firearms, and adult entertainment establishments are all considered by courts to be heavily regulated fields.See, e.g., Concrete Pipe & Prods. of Cal., Inc. v. Constr. Laborers Pension Trust, 508 U.S. 602, 645–46 (1993) (employee pension plans); Appolo Fuels, 381 F.3d at 1349 (coal mining); People’s Super Liquor Stores, Inc. v. Jenkins, 432 F. Supp. 2d 200, 215 (D. Mass. 2006) (liquor stores); Branch v. United States, 69 F.3d 1571, 1581 (Fed. Cir. 1995) (banking); Hawkeye Commodity Promotions, Inc. v. Vilsack, 486 F.3d 430, 442 (8th Cir. 2007) (gaming); Akins v. United States, 82 Fed. Cl. 619, 623 (Fed. Cl. 2008) (the sale of firearms); McCrothers Corp. v. City of Mandan, 728 N.W.2d 124, 141 (N.D. 2007) (adult entertainment establishments). Electric power generation is certainly also heavily regulated. Project owners’ investment-backed expectations are not objectively reasonable when operating in the constantly evolving regulatory field of hydropower. While an order to decommission a hydropower project “particularly interferes” with the primary use or owner’s expectation for the parcel,Meltz, supra note 202, at 24. the heavily regulated nature of the field continues to weigh against the objective reasonableness of any investment-backed expectation necessary for a regulatory taking.

There is also a more fundamental reason to refuse to recognize an objectively reasonable investment-backed expectation. As a matter of policy, the idea that there is an obligation on the part of the government to renew a license runs contrary to Congress’s motive for limiting license terms.16 U.S.C. § 799 (2009) (“Licenses . . . shall not be issued for a period exceeding fifty years.”). The renewal licensing process is designed to provide an opportunity to reevaluate whether renewal of the hydropower licenses serves the current public interest.The FPA protects the public interest: “[T]he project adopted . . . will be best adapted . . . for the use or benefit of interstate or foreign commerce, for the improvement and utilization of water power development, for the adequate protection, mitigation, and enhancement of fish and wildlife . . . and for other beneficial uses . . . .” Id. § 803(a).

Since a hydropower project is constructed under a license of limited duration, and with no guarantee of renewal, the project owner cannot claim a protected entitlement to make economic use of the facilities it constructed in order to take advantage of the original FERC license.See Am. Pelagic Fishing Co., L.P. v. United States, 379 F.3d 1363, 1372–73 (Fed. Cir. 2004) (holding revocation of a fishery’s permits under the 1997 and 1998 Appropriations Acts which would bar it from receiving future permits did not constitute a regulatory taking of the fishery’s vessel). Licenses are a privilege, not a right.See Acceptance Ins. Co. v. United States, 583 F.3d 849, 857 (Fed. Cir. 2009) (rejecting a claim by an insurance company that a decision of the Department of Agriculture’s Risk Management Agency not to approve the claimant’s planned sale of a portfolio of crop insurance policies is a taking because such sales are subject to pervasive federal regulatory review). For more on the “heavily regulated industry” concept, see Meltz, supra note 202, at 23. As the Supreme Court opined, “[P]roperty interests, of course, are not created by the Constitution. Rather, they are created and their dimensions are defined by existing rules or understandings that stem from an independent source . . . .”Ruckelshaus v. Monsanto Co., 467 U.S. 986, 1001 (1984). Once the license expires, the contract between the licensee and the government ends and the property right is extinguished.See Ruckelshaus, 467 U.S. at 1001 (“[P]roperty interests, of course, are not created by the Constitution. Rather they are created and their dimensions are defined by existing rules or understandings that stem from an independent source . . . .”).

4. Property Interests in the Value of the Water Power and the Land as a Hydropower Site

A project owner may claim a property interest in the potential value of the water power or land as a hydropower site. The U.S. Supreme Court has consistently rejected this claim.See, e.g., United States v. Chandler-Dunbar Water Power Co., 229 U.S. 53, 68–69 (1913) (holding a project owner does not acquire a property interest in the water power value of a site); United States v. Grand River Dam Auth., 363 U.S. 229, 236 (1960) (finding Fifth Amendment compensation provision does not apply to lost water power value or opportunity to produce hydropower); United States v. Twin City Power Co., 350 U.S. 222, 223 (1956) (stating that “the exclusion of riparian owners from the benefits of the power in a navigable stream without compensation is entirely within the Government’s discretion.”). In United States v. Chandler-Dunbar Water Power Co., the government exercised the federal navigation servitude and revoked Chandler-Dunbar’s hydropower license.Chandler-Dunbar Water Power Co., 229 U.S. at 67. Although Chandler-Dunbar owned the riparian land, the Court noted it “had no such vested property right in the water power inherent in the falls and rapids of the river.”Id. at 76. The federal government’s dominant right to take the navigable river flow for interstate commerce defeated compensation claims for the loss of water for power production.Id. at 74. The hydropower project was “placed in the river under a permit which the company knew was likely to be revoked at any time” on account of the federal navigation servitude.Id. at 68. Speaking eloquently, the Court held that the hydropower owner has no property interest in the water power value of a site: “[T]hat the running water in a great navigable stream is capable of private ownership is inconceivable.”Id. at 69.

5. Loss of Water Rights

A hydropower licensee may argue that denial of a hydropower license deprives it of either some or all of the value of its water rights, but no vested property right exists in the value of water to generate electricity,See supra notes 167–75 and accompanying text. and a licensee maintains whatever water use rights it had prior to decommissioning. In states that follow the prior appropriation system of water rights, however, a licensee’s water rights may be completely lost after a hydropower license is denied. Prior appropriation is the predominant water rights allocation system in the western United States.Bureau of Land Mgmt., Water Appropriation Systems, Western States Water Laws, http://www.blm.gov/nstc/WaterLaws/appsystems.html (last visited Jan. 16, 2012). Under the doctrine of prior appropriation, available water is allocated on a first-come, first-served basis to anyone who puts the water to a beneficial off-stream use.Joseph L. Sax et al., Legal Control of Water Resources: Cases and Materials 125 (4th ed. 2006).

Unlike the riparian water use system, mere ownership of land does not give rights to water use.Id. To possess a water right in a prior appropriation system, three criteria must be satisfied: (1) there must be an intent to apply the water to a beneficial use, (2) there must be an actual diversion of water from its natural source, and (3) there must be continued application of the water to a beneficial use.Id. This beneficial use requirement means that the hydropower licensee would lose its appropriative water right by ceasing to make a beneficial use of the right following dam removal.Id. at 157. Sax posits that the doctrine of beneficial use may be able to impose a new requirement on a hydropower dam to maintain specified flows at specified times for fish and recreation if the original hydropower appropriation is deemed no longer beneficial. Alaska, for example, broadly defines beneficial uses to include the protection of fish and wildlife habitat, recreation and parks, navigation, and sanitation and water quality.Bureau of Land Mgmt., Western States Instream Flow Summary, Western States Water Laws, http://www.blm.gov/nstc/WaterLaws/stateflowsummary.html (last visited Jan. 16, 2012). Wyoming, however, only recognizes fisheries as a beneficial use, so unless the project owner applies its water right to fish propagation, it would lose its water right.Id.

Sadly, seemingly beneficial uses like the preservation of the natural environment are not viewed as “beneficial” by all states. This creates disincentives—if not roadblocks—to applying water rights toward conservation efforts. State statutes generally provide for a loss of water rights through forfeiture, defined as unexcused non-use for a period of years.Id. at 125. The extent of the economic loss from the water right will also depend on how forgiving the state is in authorizing changes in use or transfers to new diverters. Most prior appropriation states impose strict conditions on, or disallow, the transfer of nonconsumptive uses to consumptive ones.William Goldfarb, Water Law 34–35. (2d ed. 1988). Hydropower generation is a nonconsumptive use.James J. Jacobs & Donald J. Brosz, Wyoming's Water Resources (June 1993) (unpublished manuscript), available at http://library.wrds.uwyo.edu/wrp/93-12/93-12.html. Granted, protection of fish and wildlife habitat are nonconsumptive uses, but they have little economic worth to the licensee. If the licensee is unable to transfer the water right, or put it to beneficial use, a total loss of the value of the water right may occur, necessitating a Lucas taking inquiry.

The state’s appropriative system may also be subject to the public trust doctrine, which holds that water is public property belonging to all the citizens of a state.See In Re Water Use Permit Applications, 9 P.3d 409, 440–41 (Haw. 2000) (upholding the use of the public trust doctrine to force appropriators to release impounded water for the benefit of a stream). The public trust doctrine precludes anyone from acquiring a vested right to harm the public trust and imposes a continuing duty on the state to take public uses into account when allocating water resources. In California, the public trust doctrine is subsumed in the state’s water rights system.Nat'l Audubon Soc’y v. Superior Court of Alpine City, 658 P.2d 709, 723 (Cal. 1983) (holding reallocation of water for scenic preservation is not a taking under the Fifth Amendment because the water rights holder’s property interest was subject to the public trust). Colorado, however, has rejected the public trust doctrine.People v. Emmert, 597 P.2d 1025, 1028 (Colo. 1979) (holding that the framers of the state constitution intended that the waters of natural streams be dedicated to appropriation and use). The extent to which the public trust doctrine may limit a hydropower project owner’s compensable property interest in water rights thus depends upon the law of the state in which the project is located.

Even in states that follow the riparian system of water rights, a licensee may have a very limited ability to use or market its water use rights following project decommissioning and dam removal. In a riparian system, the right to use water is defined in terms of ownership of riparian land.David H. Getches, Water Law in a Nut Shell 24 (4th ed. 2009). Riparian lands are the portions of a parcel that abut a water body. Water rights are owned by the property owner riparian to the waterway.Sax, supra note 284, at 27. Historically, the use of water on distant, nonriparian parcels, though owned by a riparian landowner within the same watershed, was viewed as unreasonable.Id. at 53. This limitation is still in effect, although modern reasonable use jurisdictions now generally require proof of actual harm caused by the water’s use on nonriparian lands.Id. The riparian system further restricts water rights by limiting their use to an owner’s land within the same watershed.Id. at 30. Most jurisdictions view water use outside the watershed as per se unreasonable, but many will not prevent it unless another riparian is actually harmed.Id. at 31. These limitations on use, combined with the appurtenant, place-specific nature of riparian rights, can render a project owner’s remaining water rights difficult to transfer.

In conclusion, a decommissioning order does not deprive a licensee of its water use rights; the licensee maintains whatever water use rights it had prior to decommissioning. The FPA does not affect state laws or water rights.16 U.S.C. § 821 (2009) (“Nothing herein contained shall be construed as affecting or intending to affect or in any way interfere with the laws of the respective States relating to the control, appropriation, use, or distribution of water . . . or any vested right acquired therein.”). Any limitations on the use or transferability of those water rights are a result of state law, making the limitations Lucas background principles of property that prevent the licensee from ever possessing the rights in the first place.Lucas v. S.C. Coastal Council, 505 U.S. 1003, 1027 (1992). This simple precept should bar taking claims from project owners in all states and water rights systems for any loss of water rights due to FERC’s license denial and decommissioning order. Complaints concerning the marketability of residual water use rights should be directed at state legislatures, not the federal government.

The preceding analysis shows that FERC faces little liability from project owners when denying renewal of a hydropower license and issuing a dam removal order to serve the public interest. An order from FERC to decommission a hydropower project and remove a dam will not result in a compensable Fifth Amendment taking. Hydropower project licensees generally lack the prerequisite vested property interests required for a taking, and any effects on truly vested property interests fail to qualify as a compensable taking.

B. The Endangered Species Act and Fifth Amendment Taking Claims

1. The Doctrine of Public Ownership of Wildlife

The ESA has frequently been attacked under the Fifth Amendment taking doctrine. Opponents of the ESA have argued that its true purpose “is really about [the] unconstitutional, uncompensated taking of private property.”Bruce Babbitt, The Endangered Species Act and “Takings”: A Call for Innovation Within the Terms of the Act, 24 Envtl. L. 355, 357 (1994). This argument came to a head with the proposed Just Compensation Act of 1993, which would have required federal agencies to compensate private property owners for any diminution in value caused by a regulatory action taken under certain environmental laws, including the ESA.Just Compensation Act of 1993, H.R. 1388, 103d Cong. (1st. Sess. 1993). The bill remains unenacted, perhaps because, as former Secretary of the Interior Bruce Babbitt contends, “It is a pernicious way of saying we are going to destroy the efficacy of government.”Babbitt, supra note 304, at 359. Instead, Babbitt counters, use of the ESA is a valid exercise of sovereign power, similar to planning and zoning laws: “Regulatory action taken for a valid public purpose can have consequences that legally inconvenience people and, from time to time, do diminish someone’s rights.”Id. Yet the ESA is not a land-use law; “It is a law which says we are going to protect public property—wild and endangered species—but it acknowledges that in many cases the only efficacious way to protect an endangered species is to protect habitat.”Id. at 360. By protecting habitat, the ESA inevitably impinges on some property interests, but are these protected interests that require compensation if taken?

Long before the ESA existed, federal and state courts answered that question in the negative. The public ownership doctrine was invoked to uphold state authority to regulate uses of private property without requiring compensation for the protection or restoration of wildlife. In 1884, the Illinois Supreme Court applied the concept to fish protection:

The nature of fish impels them periodically to pass up and down streams for breeding purposes, and in such streams no one, not even the owner of the soil over which the stream runs, owns the fish therein, or has any legal right to obstruct their passage up or down, for to do so would be to appropriate what belongs to all to his own individual use, which would be contrary to the common right, and all having a common and equal ownership, nothing short of legislative power can regulate and control the enjoyment of this common ownership.Parker v. People, 111 Ill. 581, 588–89 (1884); see also Commonwealth v. Essex Co., 79 Mass. (13 Gray) 239, 249 (1859) (holding “the right of the public to the passage of fish in rivers, and the private rights of riparian proprietors, incident to and dependent on the public right, have been subject to the regulation of the legislature”); State v. Roberts, 59 N.H. 484, 486 (1879) (holding the state has the right “to regulate the destruction or preservation of fish, their free passage, and the use of the water as a highway,” even where such streams are nonnavigable and cross private land).

Therefore, the public ownership doctrine can lead to the state-ordered destruction of private dams blocking fish migration.John Echeverria & Julie Lurman, “Perfectly Astounding” Public Rights: Wildlife Protection and the Takings Clause, 16 Tul. Envtl. L.J. 331, 347 (2003). Courts have upheld a state’s power to do so. For example, the Supreme Judicial Court of Massachusetts held that it was not a taking to order the destruction of a private dam, noting that an implied limitation on a landowner’s operation of a dam is that “fish should not be interrupted in their passage up the river to cast their spawn . . . [and this] limitation must extend to give a right to the government to enter and remove obstructions, which, if not removed, would defeat the limitation.”Inhabitants of Stoughton v. Baker, 4 Mass. (3 Tyng) 522, 529 (1808). The Maine Supreme Judicial Court reached a similar holding in rejecting a private dam owner’s challenge to the state’s right to enter his property and destroy his dam.Cottrill v. Myrick, 12 Me. 222, 232–34 (1835). State officials have the right to take such an action, because “the common law rights of the riparian proprietor . . . yielded to the paramount claims of the public.”Id. at 229. These early cases establish public rights in wild animals, but they do not address the question of whether public ownership of wildlife bars Fifth Amendment taking claims that arise from application of the ESA.

The prelude to any Fifth Amendment taking analysis is whether the claimant possesses a protected property interest. Under Lucas, a taking claim is barred if the limitation “inheres in the title itself, in the restrictions that background principles of the State’s law or property and nuisance already place upon land ownership.”Lucas v. S.C. Coastal Council, 505 U.S. 1003, 1029 (1992). A strong argument can be made that public ownership of wildlife establishes a “preexisting” limitation on private title, thus limiting the landowner’s right to maintain a dam blocking migratory fish.Echeverria et al., supra note 310, at 352–53. Actions mandated by the ESA may also fall under the umbrella of background principles of nuisance law,Id. “nuisance” being defined as “an unreasonable interference with a right common to the general public.”Restatement (Second) of Torts §851B (1979). Ownership rights in wildlife are common to all members of the public.Echeverria, supra note 310, at 352. The death of a wild animal—a threatened or endangered one, no less—can therefore be characterized as an “unreasonable interference” with public rights.Id. (citing Parker v. People, 111 Ill. 581, 588 (1884)) ("No one . . . owns the fish . . . or has the legal right to obstruct their passage up or down, for to do so would be to appropriate what belongs to all to his own individual use."). Maintenance of a dam, or any other activity that invades public rights in wildlife, is a nuisance under Lucas and not a protected property right.

The public ownership argument has been used successfully to defeat Fifth Amendment taking claims based on laws protecting endangered species. In 2000, the New York Supreme Court relied on the argument and the ESA to reject a taking claim involving a property owner wishing to mine his property and the New York Department of Environmental Conservation (DEC), the state agency implementing the ESA.See State v. Sour Mountain Realty, Inc., 714 N.Y.S.2d 78 (N.Y. App. Div. 2000). The plaintiff had begun the process of applying for a mining permit when the den of a timber rattlesnake, a threatened species under New York law, was discovered on an adjacent parcel.Id. at 80. The den’s close proximity to plaintiff’s parcel meant that the snakes would use portions of plaintiff’s property as forage habitat.Id. at 81. The plaintiff therefore constructed a fence to keep the snakes off his property.Id. at 80. In response, the DEC filed suit seeking an injunction requiring the removal of the fence.Id. The owner opposed, claiming that the injunction was a taking under the Fifth Amendment.Id. at 82. The court affirmed the grant of an injunction and rejected the taking claim, holding that the State, through the exercise of its police power, is safeguarding the welfare of an indigenous species that has been found to be threatened with extinction. The State’s interest in protecting its wild animals is a venerable principle that can properly serve as a legitimate basis for the exercise of its police power.Id. at 94.

California courts have similarly recognized the power of the public ownership doctrine to defeat a taking claim. The California District Court of Appeals concluded that the doctrine of public ownership supports rejecting a taking claim based on an endangered species regulation:See Sierra Club v. Dep’t of Forestry & Fire Prot., 26 Cal. Rptr. 2d 338, 344–45 (Cal. Dist. Ct. App. 1993) (rejecting the claim that “a state or federal statute enacted in the interest of protecting wildlife is unconstitutional because it curtails the use to which real property may be put”). “[W]ildlife regulation of some sort has been historically a part of the preexisting law of property.”Id. at 347. This shows that the public ownership doctrine operates as a Lucas “background principle” of state law precluding takings liability.Lucas v. S.C. Coastal Council, 505 U.S. 1003, 1027 (1992). These later-ESA cases, and earlier pre-ESA cases involving dams obstructing fish passage,See supra notes 309–28 and accompanying text. demonstrate that the doctrine of public ownership of wildlife can support the removal of private dams while shielding the government from Fifth Amendment taking claims.

2. The Federal Government and Taking Claims from Water Users

As previously discussed, due to the discretionary rule,50 C.F.R. § 402.03 (2009). an agency’s obligation to perform a Section 7 consultation ultimately comes down to the existence of, or lack of, agency discretion.When pre-ESA legal obligations require a federal agency to operate in a way that leaves no room for the consideration of a listed species, the discretionary rule limits the applicability of Section 7’s consultation requirement. See supra notes 74–89 and accompanying text. When an agency has discretion, it may seek a biological opinion (BiOp), pursuant to Section 7’s consultation requirement, to avoid Section 9 liability for taking a listed species. A BiOp ensures that the proposed federal action will not jeopardize the survival and recovery of a listed species. If the BiOp concludes that the proposed agency action is likely to jeopardize the continued existence of a listed species, “reasonable and prudent alternatives” are recommended that will avoid jeopardy if implemented.16 U.S.C. § 1536(b)(4) (2010). The BiOp may recommend a reduction in water deliveries, and some water users may claim a taking of their water rights.

The Ninth Circuit has traditionally rejected those taking claims. For example, in O’Neill v. United States, water users moved to enforce a judgment requiring the United States to perform its water service contract.O’Neill v. United States, 50 F.3d 677, 680 (9th Cir. 1995). The court held that a provision in the contract stating that the government would not be liable for damages arising from shortages in water supplied due to “errors in operation, drought, or any other cause[]” relieved the government from liability for not delivering water on account of valid legislation, even if that legislation was enacted subsequent to the contract.Id. at 686.

After O’Neill, the Ninth Circuit was again confronted with a conflict between federal water contracts and the ESA. In Natural Resources Defense Council v. Houston,Natural Res. Def. Council v. Houston, 146 F.3d 1118 (9th Cir. 1998). which involved pre-ESA water renewal contracts renegotiated after enactment of the ESA, the water users argued that the Bureau of Reclamation lacked “discretion to alter the terms of the renewal contracts, particularly the quantity of water delivered.”Id. at 1125. The court rejected this argument and refused to apply the discretionary rule that would have exempted compliance with the ESA.Id. at 1126 (“Where there is no agency discretion to act, the ESA does not apply.”) The Bureau of Reclamation had discretion when renegotiating renewal contracts to alter key terms and “may be able to reduce the amount of water available for sale if necessary to comply with ESA.”Id.

Following Houston, the case of Klamath Water Users Protective Ass’n v. Patterson was another victory for the ESA over a federal contract for water rights.Klamath Water Users Prot. Ass’n v. Patterson, 204 F.3d 1206, 1213 (9th Cir. 1999). In Klamath, petitioners sought enforcement of a water delivery contract negotiated in 1956, pre-dating the enactment of the ESA.Id. at 1209–10. Rejecting their argument, the court, based on the terms of the contract, held that the Bureau of Reclamation “retains overall authority over decision in use of Project waters,”Id. at 1213. which includes “the authority to direct Dam operations to comply with the ESA.”Id. Within the Ninth Circuit, the federal government is free to modify water delivery contracts for the benefit of a listed species.

Although the Ninth Circuit has rejected Fifth Amendment taking claims from water rights users, the Court of Federal Claims has not. In Tulare Lake Basin Water Storage District v. United States, the Court of Federal Claims set a precedent by recognizing a per se physical taking. Monetary damages were awarded when, in order to retain some instream flows for fish habitat to comply with the ESA, the Bureau of Reclamation did not deliver water to irrigators as required by state water delivery contracts.Tulare Lake Basin Water Storage Dist. v. United States, 59 Fed. Cl. 246, 254 (Fed. Cl. 2003). Instead of applying a regulatory takings analysis, the Tulare court found a per se taking by physical invasion of the plaintiff’s property rights.Id. This unusual holding is limited by the unique facts of the case. The contracts at issue were with the State of California, not the federal government. The irrigators therefore did not have to surmount a common clause in Bureau of Reclamation contracts that excuses the federal government from liability for failure to deliver a full water supply.Walcek v. United States, 49 Fed. Cl. 248, 321 (Fed. Cl. 2001). The water contract was also atypical in that it specified the volume of water to be delivered.See Tulare Lake Basin Water Storage Dist., 49 Fed. Cl. at 320–21 (distinguishing O’Neill).

After Tulare, the Court of Federal Claims revisited the issue in a case from the Klamath Project and reached the same conclusion on very different grounds. The court first held that the only available remedy to the irrigators would be a breach of contract claim, not a taking claim: “Like it or not, water rights, though undeniably precious, are subject to the same rules that govern all forms of property—they enjoy no elevated or more protected status. . . . [T]hose rights, such as they exist, take the form of contract claims and will be resolved as such.”Klamath Irrigation Dist. v. United States, 67 Fed. Cl. 504, 540 (Fed. Cl. 2005). The contract claims were later rejected because enactment of the ESA was a sovereign act that can give no rise to contractual liability for the government.Klamath Irrigation Dist. v. United States, 75 Fed. Cl. 677, 685, 695 (Fed. Cl. 2007).

The CFC thus favored enforcement of the ESA over federal contracts for water, but only for a limited time. Years later, in Casitas Municipal Water District v. United States, the same Court of Federal Claims judge would retreat from this physical takings approach, concluding that the intervening Tahoe-Sierra Preservation Council, Inc. v. Tahoe Regional Planning AgencyTahoe-Sierra Pres. Council, Inc., v. Tahoe Reg’l Planning Agency, 535 U.S. 302, 323–24 (2002) (holding that the question of whether the Takings Clause requires compensation when government enacts temporary regulation denying property owner all viable economic use of property is to be decided by applying factors of Penn Central, not by applying any categorical rule). decision required a regulatory taking analysis for the reduction in water availability resulting from an ESA requirement that water be left instream.Casitas Mun. Water Dist. v. United States, 76 Fed. Cl. 100, 106 (Fed. Cl. 2007) (“[Tahoe-Sierra] compels us to respect the distinction between a government takeover of property (either by physical invasion or by directing the property’s use to its own needs) and the government restraints on an owner’s use of that property.”). On appeal, the Federal Circuit reversed because it saw the ESA-compelled physical diversion of water as a physical taking of water rights—as opposed to a regulatory restriction on the amount available for use.Casitas Mun. Water Dist. v. United States, 543 F.3d 1276, 1296 (Fed. Cir. 2008). In reaching this holding, the Federal Circuit decided a case that was different from that decided by the Court of Federal Claims.See John Echeverria, Four Propositions About the Casitas Litigation (Nov. 6–7, 2009) (unpublished manuscript), available at http://www.vermontlaw.edu/Documents/2009TakingsConference/EcheverriaConferencePaper.pdf. Contrary to the Court of Federal Claims’ view of the case, which focused on the water that was required to be left in the river, the Federal Circuit insisted that the crucial fact in its analysis was that the regulation did not merely require that water be left in the river, but instead required the plaintiff to direct water, once it was diverted out of the river and into the diversion canal, through the fish passage facility.Id. In 2009, the Federal Circuit reaffirmed its decision that a physical taking had occurred.Casitas Mun. Water Dist. v. United States, 556 F.3d 1329, 1333 (Fed. Cir. 2009).

There is “no support” whatsoever in precedent for the Casitas decision for evaluating regulations that require water to be left in a water body as potential per se takings.Echeverria, supra note 353. When the Supreme Court last addressed the issue over a century ago, it rejected the theory that a state legislative restriction on the export of water to neighboring states affected a taking of a riparian water right.Hudson County Water Co. v. McCarter, 209 U.S. 349, 356 (1908). A per se taking analysis is therefore incorrect, and a traditional Penn Central analysis should apply to regulations such as the ESA that limit water use.

Going forward, the Casitas decision should be read narrowly. It established a precedent applicable only in the particular situation where a water right holder is subject to an affirmative mandate to direct water through a fish ladder or some other type of off-river structure.Echeverria, supra note 353, at 6. The United States has several strong arguments against future taking claims that rely on Casitas. For example, even if a per se taking analysis continues to be applied to an ESA-mandated requirement to divert water through a fish ladder, the larger regulatory scheme in which the requirement is imposed indicates that the taking claim should be evaluated as an exaction under Nollan v. California Coastal Comm’nNollan v. Cal. Coastal Comm’n, 483 U.S. 825, 837 (1987) (requiring an “essential nexus” between the nature of the exaction condition and a legitimate state interest that would justify denial of the permit). and Dolan v. City of Tigard.Dolan v. City of Tigard, 512 U.S. 374, 391 (1994) (requiring the extent of the burden imposed on the landowner by an exaction condition be “roughly proportional” to the burden that would be imposed on the community).

The third form of a Fifth Amendment taking, an exaction—a regulatory/physical taking hybridMeltz, supra note 202, at 38.—arises where a government agency grants a property owner permission to exploit a property interest, subject to a condition that would normally be independently viewed as a per se taking.Id. Some public purposes include a road, school, or wildlife preservation. The ESA-mandated diversion in Casitas should have been viewed as an exaction because the requirement was imposed as a condition attached to a BiOp which grants regulatory permission for operation of the dam.Echeverria, supra note 353 at 2, 11. The taking test for an exaction has two prongs, known as “essential nexus” and “rough proportionality.”Id. Failure to satisfy either prong of the test is a taking. The essential nexus prong requires that “an exaction condition . . . must substantially advance a government purpose that would justify denial of the permit.”Nollan v. Cal. Coastal Comm’n, 483 U.S. 825, 837 (1987). The second prong, rough proportionality, requires “the burden imposed on the property owner by the exaction must be no greater than ‘roughly proportional’ to the impact of the proposed development on the community.”Robert Meltz, Cong. Research Serv., The Endangered Species Act (ESA) and Claims of Property Rights “Takings” 9 (Apr. 21, 2011), available at http://www.nationalaglawcenter.org/assets/crs/RL31796.pdf; see Dolan v. City of Tigard, 512 U.S. 374, 391 (1994). Application of the essential nexus and rough proportionality prongs of the exaction test should yield a conclusion that the regulation did not result in a taking.Echeverria, supra note 353, at 11. The requirement to divert water through the fish way for the protection of the fishery is logically related to—shares an essential nexus with—the government’s regulatory purpose of reviewing dam operations. The modest amount of water diverted is more than roughly proportional to the harms caused by the dam operations that the government is attempting to redress.

In conclusion, there are defenses to counter any Fifth Amendment taking claim where the ESA alters dam operations or reduces a water delivery. The public trust doctrine, in those states in which it is subsumed in the water rights system, provides an additional argument against future taking claims that rely on Casitas. Where the claimant cannot point to a protected property interest that has been “taken” by the challenged regulation, the taking claim cannot succeed. The public trust doctrine prohibits a water right holder from claiming a property entitlement to exploit water in a way that is harmful to public trust resources—in this case wild and endangered species.Nat’l Audubon Soc’y v. Superior Court, 658 P.2d 709, 727 (Cal. 1983) (holding the public trust doctrine “prevents any party from acquiring a vested right to appropriate water in a manner harmful to the interests protected by the public trust.”). Finally, the doctrine of public ownership of wildlife and Lucas background principles of state nuisance law enable the removal of private dams while shielding the government from Fifth Amendment taking claims.

V. Taking Claims from Riparian Property Owners

Owners of property riparian to waters affected by dam removal may demand compensation.Smith, supra note 150. Upstream of the dam, the reservoir can diminish substantially or disappear following dam removal, exposing previously submerged lands. When this happens, depending upon who owns title to the newly surfaced lands, riparian landowners may find themselves severed from contact with the water and assert a loss of associated riparian rights. In Wisconsin, for example, a dam owner’s decision to remove a dam resulted in the filing of a civil suit by the dam owner’s neighbors.Id. The suit alleged that removal of the dam reduced residential real estate values and altered the quality of their lives and the enjoyment of their property.Id. Downstream, the effects of removing the dam are reversed. Rivers may swell after a dam is removed, causing property damage above the high-water mark. Although the previously discussed federal navigation servitude generally exempts the government from paying compensation in situations where navigable waters are involved, a more precise analysis of the servitude’s powers and jurisdiction is necessary to determine the extent of any potential Fifth Amendment taking liability.

A. Riparian Rights and Artificial Watercourses

Determining the legal effects upstream of dam removal involves two separate but related issues: (1) whether the ordinary rules of riparian rights apply to artificially created water bodies, and (2) who holds title to the previously submerged lands.

Riparian rights attach to riparian land, those tracts of land that are contiguous with the water’s edge.Panetta v. Equity One, Inc., 920 A.2d 638, 644 (N.J. 2007) (“Riparian lands are lands lying along the banks of a stream or water body.”). A riparian landowner does not own any portion of the waterbody, but instead owns numerous rights in it known as usufructuary rights.City of Barstow v. Mojave Water Agency, 5 P.3d 853, 860 n.7 (Cal. 2000) (“[R]iparian rights . . . are usufructuary only, and while conferring the legal right to use the water that is superior to all other users, confer no right of private ownership in public waters.”). These rights include the following: the right to the flow of the stream, the right to make a reasonable use of the waterbody, the right of access to the waterbody, the right to fish, the right to wharf out, the right to prevent erosion of the banks, the right to purity of the water, and the right to claim title to the beds of nonnavigable lakes and streams.Getches, supra note 296, at 23.

The Restatement of Torts defines “artificial watercourses” as “waterways that owe their origin to acts of man, such as canals, drainage and irrigation ditches, aqueducts, flumes, and the like.”Restatement (Second) of Torts § 841(5)(h) (1979). Black’s Law Dictionary similarly defines “artificial watercourse” as “a man-made watercourse.”Black’s Law Dictionary 1729 (9th ed. 2009). One example of an artificial waterbody is a lake formed by a dam and reservoir system that enlarges the water surface of a preexisting river or stream. These can range in size from small, New England millponds to the enormous Hoover Dam and Lake Mead.

Conventional wisdom holds that the normal rules of riparian rights do not attach to artificial watercourses because the expectations of those owners abutting artificial watercourses are not the same as those of riparians along a natural watercourse.A. Dan Tarlock, Law of Water Rights and Resources § 3:25 (2009); see, e.g., Tusher v. Gabrielsen, 80 Cal. Rptr.2d 126, 135 (1998) (“Ordinarily, riparian rights attach only to a natural watercourse, and not to an artificial channel . . . .”); Anderson v. Bell, 433 So. 2d 1202, 1209 (Fla. 1983) (“[T]he owner of property that lies adjacent to or beneath a man-made, nonnavigable water body is not entitled to the beneficial use of the surface waters of the entire water body by sole virtue of the fact that he/she owns contiguous lands.”); Tyler v. Lincoln, 513 S.E.2d 6, 9 (Ga. Ct. App. 1999) (explaining doctrine of riparian rights “is simply inapplicable” in situations where surface water is conveyed to a property “by means of a man-made structure, i.e., a culvert”), rev’d on other grounds, 272 Ga. 118 (2000); Thompson v. Enz, 154 N.W.2d 473, 481 (Mich. 1967) (finding riparian rights of access to a lake do not attach to land connected by an artificial canal); Crenshaw v. Graybeal, 597 So. 2d 650, 652 (Miss. 1992) (quoting Dycus v. Sillers, 557 So. 2d 486, 502 (Miss. 1990)) (stating titleholders of artificial lakes exclusively own the waters “whether the lake or pond has been built for commercial, drainage, recreation or aesthetic reasons”). The “artificial” riparian has no common law right to the maintenance of the artificial watercourse and cannot compel the maintenance of the water at any particular level.See Wood v. S. River Drainage Dist., 422 S.W.2d 33, 38–39 (Mo. 1967) (denying relief to a resort owner who was located on a bay of the Mississippi River that was dammed as part of a drainage project when the bay was subsequently lowered for drainage reasons). More specifically, riparian rights only attach to the “normal flow” of waters, as opposed to “floodwaters,” into which category a dam’s large reservoir could be placed.Cummins v. Travis Cnty. Water Control & Improvement Dist. No. 17, 175 S.W.3d 34, 45 (Tex. App. 2005). At least one court has adopted this view in holding that waters impounded by dams are floodwaters that confer no riparian rights.Roberson v. Red Bluff Water Power Control Dist., 142 S.W.2d 248, 254 (Tex. App. 1940).

What if an artificial watercourse becomes “natural”? Given enough time, an artificial watercourse such as a reservoir may “take on the characteristics of a natural watercourse and come to be regarded . . . as such.”Tarlock, supra note 377, at § 3:26. In order to determine whether an artificial watercourse has become “natural,” courts look to three criteria: “(1) whether the [watercourse] is temporary or permanent,[Id. (citing Lake Drummond Canal & Water co. v. Burnham, 60 S.E. 605 (N.C. 1908)).] (2) the circumstances under which it was created,[Id. (citing Nu-Dwarf Farms, Inc. v. Stratbucker Farmers, Ltd., 470 N.W. 2d 772 (Neb. 1991)).] and (3) the mode in which it has been used or enjoyed.”Id. The main question underlying the three criteria is “whether surrounding landowners have come to treat the [watercourse] as a natural part of the landscape and adjusted their behavior and expectations accordingly.”Id. “The longer an artificial watercourse is maintained at a constant level, the stronger the expectations are of shoreland owners that riparian rights will be recognized.”Id.

Prescription can be a basis for attaching riparian rights to artificial waters.Ace Equip. Sales, Inc. v. Buccino, 848 A.2d 474, 481 (Conn. App. Ct. 2004) (holding a 50-year old pond created by dam had become a natural water body), rev'd, 273 Conn. 217 (2005). “Prescriptive rights [are] frequently . . . claimed [in lakes] maintained at [artificially] high levels for [a] long period[] of time. [Some riparian] owners whose lands have been subject to prescriptive easements have asserted a reciprocal negative easement to prevent the lake from being lowered.”Tarlock, supra note 377, at § 3:27.

Courts have found ways to protect the expectations of these riparian owners. Removal of a milldam was enjoined because the construction of cabins along the shore of the artificial lake and their maintenance for the prescriptive period gave the owners a reciprocal right to compel maintenance of the dam.Brown v. Tomlinson, 272 S.E.2d 258, 259–60 (Ga. 1980) (holding appellant has a prescriptive easement prohibiting appellee from draining an artificially created water body from appellant’s land by breaching a dam located on appellee’s property). The dam, a “permanent obstruction” having been maintained for a great length of time, transformed the “artificial conditions created thereby . . . [to] natural conditions.”Kray v. Muggli, 86 N.W. 882, 885 (Minn. 1901). The court observed, “even nature herself became adapted to the new surrounding.”Id. A native growth of hardwood timber had sprung up, “giving a natural effect and appearance to the conditions created by the dam.”Id.

Prescriptive rights could also apply to those who depend on dams to keep their property dry. A landowner who mined and processed brines from a lakebed exposed by water diversions recovered damages when the lake flooded and inundated his plant because substantial expenditures had been made in reliance on the continued diversions.Natural Soda Prods. Co. v. Los Angeles, 143 P.2d 12, 16 (Cal. 1943). Prescriptive rights have been asserted on the theory that a dam owner effectively dedicates the artificial level to the public, although courts generally reject the argument.Whitcher v. State, 181 A. 549, 554 (N.H. 1935).

Where a court refuses to recognize prescriptive rights in artificial lake levels, the following reasoning of the Nebraska Supreme Court is typical:

Construction and maintenance of a dam over a long period of time may well tend to lead persons owning property above the dam to believe that a permanent and valuable right has been acquired, or is naturally present. The very fact that a man-made dam is obviously present, however, is sufficient to charge them with notice that the water level is artificial as distinguished from natural, and that its level may be lowered or returned to the natural state at any time . . . .

We hold that where a dam has been built for the private convenience and advantage of the owner, he is not required to maintain and operate it for the benefit of an upper riparian owner who obtains advantages from its existence; and that the construction and maintenance of such a dam does not create any reciprocal rights in upstream proprietors based on prescription, dedication, and estoppel.Kiwanis Club Found., Inc. v. Yost, 139 N.W.2d 359, 361 (Neb. 1966); accord Green v. City of Williamstown, 848 F. Supp. 102, 106–07 (E.D. Ky. 1994) (finding Kiwanis rationale “persuasive”).

Landowners thus face the challenge of proving riparian rights attach to their property—either because the watercourse is natural or should be considered natural. Even if riparian rights are recognized, the Supreme Court held in Walton County v. Stop the Beach Renourishment that riparian rights do not include an independent right of contact with the water under Florida law.Walton Cnty. v. Stop the Beach Renourishment, Inc., 998 So. 2d 1102, 1114 (Fla. 2008), aff'd sub nom. Stop the Beach Renourishment, Inc. v. Fla. Dep’t of Envtl. Prot., 130 S.Ct. 2592 (2010). Instead, the right to contact with the water is a component of the riparian right of access to the water, and exists only to preserve the core riparian right of access.Id. at 1119. Therefore, so long as access to the water is maintained, possibly through a public easement, a landowner’s loss of contact with the water following dam removal may not be a compensable claim.

B. Before Dam Removal: Title to Submerged Lands

If an artificial riparian right is recognized as a compensable property right for purposes of a Fifth Amendment taking, the next question to ask is whether the right is lost. More specifically, is the riparian right lost because title to the newly exposed lands rests with someone other than the previously riparian landowner? Under the doctrine of navigability for title, each state owns the lands beneath its rivers and lakes that are navigable at the time of statehood.Utah v. United States, 403 U.S. 9, 10 (1971) (“If indeed the lake were navigable at [the time of statehood], the claim of Utah would override any claim of the United States.”). Whether a river is navigable is a federal question to be determined by the navigability-in-fact test as stated in The Daniel Ball.The Daniel Ball, 77 U.S. (10 Wall.) 557, 563 (1871). A river is navigable in fact when, in its ordinary state, it is used as, or capable of use as, a “highway[] for commerce, over which trade and travel are or may be conducted.”Id. A state holds title to land under navigable-in-fact waters in trust to secure public use so that the people “may enjoy the navigation of the waters, carry on commerce over them, and have liberty of fishing therein freed from the obstruction or interference of private parties.”Ill. Cent. R.R. Co. v. Illinois, 146 U.S. 387, 452 (1892).

To facilitate the building of dams, federal statutes empower a licensee to condemn or otherwise pay for the land to be flooded.See, e.g., 16 U.S.C. § 814 (2009). After the impoundment submerges new lands, title to the original riverbed of a navigable river remains with the state after the water’s artificial expansion.Roy H. Andes, Divvying Atlantis: Who Owns the Land Beneath Navigable Manmade Reservoirs?, 15 UCLA J. Envtl. L. & Pol’y 83, 84 (1996) (arguing that ownership rests with the state both on legal and public policy grounds). Defining the extent of the state’s ownership, however, requires identifying submerged boundaries—no easy task. In order to answer the question of who holds title to these lands when they resurface, it must be determined who holds title to them after they are submerged. Title to the lands artificially flooded under the Federal Power Act and other federal legislation could be owned by the state, the condemner, or the abutting riparian owners.

The issue is further complicated by the additional question of which law to apply: federal or state. Federal courts ordinarily defer to state law to define property rights below the high-water mark.E.g., Oregon ex. rel. State Land Bd. v. Corvallis Sand & Gravel, 429 U.S. 363, 370 (1977) (“The equal-footing doctrine did not, therefore, provide a basis for federal law to supersede the State's application of its own law in deciding title to the Bonelli land, and state law should have been applied unless there were present some other principle of federal law requiring state law to be displaced.”). “In the case of artificial reservoirs, however, it is unclear whether federal courts will apply [state or federal law].”Andes, supra note 403, at 91. An exception to the rule of federal deference to state water law occurs in conflicts involving the federal navigation servitude.Corvallis Sand & Gravel, 429 U.S. at 375–76. Another occurs “where [riparian] title rests with or was derived from the Federal Government,” in which case federal law governs.California ex rel. State Lands Comm’n v. United States, 457 U.S. 273, 283 (1982). Hydropower project licensees, preferring the application of federal law, sometimes rely upon this last exception, but artificial reservoirs are not typically created on federal land.Andes, supra note 403, at 92. Instead, a federal licensee’s title is generally derived from condemnation privileges; title to the land comes from state or private owners.Id. Hence, the creation of an artificial reservoir on state or private land will “not present a situation where the United States Government has never parted with title and its interest in the property continues.”.Id.. (internal quotation marks omitted). Even where federal land is flooded, the argument can be made that use of the Federal Power Act or the Reclamation Act “to displace state riparian ownership laws would deprive the states of a fundamental attribute of state sovereignty—title and control over submerged lands.”Id. In practice, federal courts will probably subject state claims to both federal and state law.Id. at 93.

Both recent and historic state cases show that title to private lands flooded by the construction of a federal dam transfers to the state. The California Supreme Court has held that the state’s waterline statutes constitute an affirmative “conveyance,” granting all land above the low-water mark to adjoining landowners.State v. Sup. Ct. of Lake Cnty. (Lyon), 625 P.2d 239, 242 (Cal. 1981). By necessity, this conveys to the state “a ‘claim’ to all flooded lands below the low-water mark.”Andes, supra note 403, at 96. Finding otherwise would inhibit the state’s public trust responsibilities.Id. Perhaps most significantly, these rights were defined using the current water levels artificially raised by dams.Lyon, 625 P.2d at 252 n.20 (“We conclude . . . the determination of the boundary . . . must be assessed in accordance with the shoreline of the lake as it exists presently.”).

In another case, the California Supreme Court based its decision on the physical difficulty of reconstructing the original water levels, noting the “monumental evidentiary problem” that would be created.State v. Sup. Ct. of Placer Cnty. (Fogerty), 625 P.2d 256, 261 (Cal. 1981). Principles of prescription and adverse possession also supported a transfer of title to the state.Id. Furthermore, the artificial conditions created by the dam had become natural, placing “title to the lands covered by the waters of the lake [in] the same trust as that of lands covered by the waters of natural navigable lakes.”Id.

The theory that a dam builder dedicates his submerged waters to the state was adopted as early as 1899 in Village of Pewaukee v. Savoy:

When the owner of the land raised the lake level so as to cover it, such land immediately became subject to use by the public as a part of the natural lake bed, not by permission of the owner of the paper title, but by the same right that the public used any other part of the lake . . . . [This] brings into play the principle of estopped in paid, which precludes him from revoking what is legally considered a dedication of his land affected by his acts, to the public use.Village of Pewaukee v. Savoy, 79 N.W. 436, 438 (Wis. 1899).

Thus, when a navigable river is artificially expanded, title to the submerged lands—state or private—passes to the state. But the question still remains: Does title to these submerged lands remain with the state after they reemerge?

C. After Dam Removal: Title to Reemerged Lands

The Supreme Court of Maine held title to the exposed lands does not transfer to the previously riparian owner: “When the waters of these Ponds were drained, it exposed the bed of the Ponds below low-water mark, but that did not transfer title to the exposed bed to the littoral proprietor.”Ray v. E.I. DuPont de Nemours & Co., 120 A. 47, 49 (Me. 1923). In Florida, the common law doctrine of reliction, defined as “an increase of the land by a gradual and imperceptible withdrawal of any body of water,” vests title to the new land with the riparian owner.Bd. of Trs. of the Internal Improvement Trust Fund v. Sand Key Assocs., Ltd., 512 So. 2d 934, 936 (Fla. 1987). The doctrine was held inapplicable, however, in a state lake-lowering project that exposed shore land because, among other reasons, the water did not recede “by imperceptible degrees.”Martin v. Busch, 112 So. 274, 287 (Fla. 1927). Florida courts also recognize the common law rule of avulsion. Avulsion is “the sudden or perceptible loss of or addition to land by the action of the water or a sudden change in the bed of a lake or the course of a stream.”Sand Key, 512 So.2d at 936 (emphasis added). If an avulsive event has occurred, “the boundary between public and private land remains the [mean high water line] as it existed before the avulsive event led to sudden and perceptible . . . additions to the shoreline.”Walton Cnty. v. Stop the Beach Renourishment, Inc., 998 So. 2d 1102, 1114 (Fla. 2008), cert. granted, 129 S.Ct. 2792 (2009). Thus, title to newly exposed lands following dam removal does not transfer away from the state to the previously riparian owner.

D. A Taking Analysis of “Artificial” Riparian Rights

If the state’s continued interest in the reemerged land survives dam removal, some previously riparian owners may claim a loss of riparian rights where their property no longer touches the water. Stop the Beach Renourishment cautioned that Florida law does not recognize an independent riparian right of contact with the water, and loss of that contact with the water is not a compensable taking so long as the riparian right of access to the water is preserved.Id. at 1118. Assuming, arguendo, that the affected riparian is in a state that recognizes an independent riparian right of contact with the water as a protected property interest, which taking analysis applies? If the parcel as a whole ruleSee supra notes 231–34 and accompanying text. is applied, the elimination of one stick from the bundle of property rights, in this case the “stick” that represents riparian rights, is not a taking when the parcel is considered as a whole.Tahoe-Sierra Pres. Council, Inc., v. Tahoe Reg'l Planning Agency, 535 U.S. 302, 327 (2002) (quoting Penn Cent. Transp. Co. v. City of New York, 438 U.S. 104, 130 (1978)) (explaining the parcel as a whole rule for Penn Central’s regulatory taking analysis). While the “fronting of a lot upon a navigable stream or bay often constitutes its chief value and desirability,”Thiesen v. Gulf, Fla. & Ala. Ry. Co., 78 So. 491, 507 (Fla. 1918). the property retains the ability to be developed in an economically viable way after it loses contact with the water.See John E. Fee, Unearthing the Denominator in Regulatory Taking Claims, 61 U. Chi. L. Rev. 1535, 1557–62 (1994) (explaining that the takings inquiry should be whether the acreage whose inclusion is in question, presumably the nonriparian portions, could be independently developed in an economically viable way). Moreover, the issue is moot if courts refuse to recognize an “artificial” riparian interest in the first place.

E. Flooding and Property Damage Occurring Above the High Water Mark

The flooding of downstream lands following dam removal presents another potential source of liability. The federal navigation servitude’s protection from Fifth Amendment taking claims is limited to lands below the high water mark.United States v. Kan. City Life Ins. Co., 339 U.S. 799, 804–05 (1950) (holding the United States liable for the destruction of the agricultural value of the land above the ordinary high water mark of the river). When a dam is constructed to improve navigability, the government must pay for the land it floods. In the seminal case of Pumpelly v. Green Bay Co., the Supreme Court held that the plaintiff was owed compensation for the 640 acres of his land that were flooded: “Where real estate is actually invaded by superinduced additions of water, earth, sand, or other material, or by having any artificial structure placed on it, so as to effectually destroy or impair its usefulness, it is a taking within the meaning of the Constitution.”Pumpelly v. Green Bay Co., 80 U.S. 166, 181 (1871); see also United States v. Lynah, 188 U.S. 445, 470 (1903) (“[W]here the government by the construction of a dam or other public works so floods lands belonging to an individual as to substantially destroy their value there is a taking within the scope of the Fifth Amendment.”). Thus when the government, through its creation of artificial structures, floods land where no such condition previously existed, a physical taking will be recognized by courts.

Where, however, intermittent flooding naturally occurred prior to the installation of an artificial structure, courts are less likely to find a physical taking.Sharon S. Tisher, Everglades Restoration: a Constitutional Takings Analysis, 10 J. Land Use & Envtl. L. 1, 13 (1994). For example, in Leeth v. United States, the Court of Federal Claims rejected a taking claim where the property had been particularly susceptible to flooding prior to construction of the dam.Leeth v. United States, 22 Cl. Ct. 467 (1991). The court adopted this reasoning again in Laughlin v. United States holding no taking occurred when a marsh was created by a flood control project because the land was subject to the risk of periodic overflows by floodwater.See Laughlin v. United States, 22 Cl. Ct. 85, 102 (1990) (refusing to hold the Bureau of Reclamation liable for flooding as a result of “whatever climactic conditions nature chooses to deliver.”). Can this be applied to situations where land floods downstream after the government removes a dam for purposes of navigation?

Courts should treat the downstream flooding that results from dam removal as a noncompensable injury rather than a per se physical taking. Dams provide flood control. Any riparian land that floods after a dam is removed was inherently vulnerable to flooding before the dam was constructed. Leeth and Laughlin counsel against the validity of any such taking claim.

Recently, landowners along the original—now dewatered—riverbed of the San Joaquin River filed a taking claim against the United States in response to the San Joaquin River Restoration Settlement’s plan to restore water flows for endangered salmon.Complaint, Wolfsen Land & Cattle Co., v. United States, No. 10-580 L (Fed. Cl. Aug. 26, 2010). The plaintiffs allege that the restoration will result in a taking of both their land and water rights.Id. at 15. Approximately sixty to one hundred miles of the old riverbed of the San Joaquin River have lain continuously dry, except during rare flood events, since the Friant Dam and its related irrigation channels were completed nearly sixty years ago.Id. at 9. In order to reintroduce salmon to the river, channel improvements will be made to the old riverbed and water will be procured from current users for release from the Friant Dam so that a continuous flow of water can be achieved down the river’s length at a level sufficient to support salmon.Id. at 13. The riverbed currently has a zero-flow capacity; it has been flattened and farmed by plaintiffs.Id. at 17. The Bureau of Reclamation may therefore excavate portions of plaintiff’s soil to a depth of between four to nine feet, and remove a width of 300 to 1,000 feet, for a length of twenty to thirty miles.Id. at 18. Head gate and slough control structures may be erected on and with access through the plaintiff’s property.Id. An additional claim—similar to that in Kansas CityUnited States v. Kan. City Life Ins. Co., 339 U.S. 799 (1950). In Kansas City, the plaintiff demanded compensation for the agricultural value of a portion of his land that was now unsuitable for farming after construction of a dam raised the water table so that the land would not drain adequately. Id. at 801–04.—asserts that restoration of the river will result in seepage and raising of underground water and salt levels so as to destroy the land’s agricultural and cattle grazing potential.See Complaint, Wolfsen Land & Cattle Co., supra note 436, at 19. The plaintiff speculates that “non-farmable ‘forested/wooded plains’ ” will be created for up to one mile on either side of the river, thereby destroying “thousands of acres” of farmland.Id. at 20. The final complaint concerns a public easement, required by California law, which must be placed on the land to provide ingress and egress for public fishing and recreation activities on the river.Id. at 22–23. This case could have answered many of the important questions raised by this article, but on December 9, 2010, the parties to the case have agreed to pursue resolution of the case through alternative dispute resolution.As of May 24, 2011, the parties are in the dispute resolution process. See Denial of Motion to Intervene, Wolfsen Land & Cattle Co. v. United States, No. 10-580 L (Fed. Cl. May 24, 2011), available at http://www.uscfc.uscourts.gov/sites/default/files/HEWITT.WOLFSEN052411.pdf.

VI. Sediment: An Additional Source of Liability Following Dam Removal

One final source of liability exists for dam owners following dam removal. All dams “create reservoirs behind the impoundment that will eventually fill with sediment.”Catherine C. Engberg, The Dam Owner’s Guide to Retirement Planning: Assessing Owner Liability for Downstream Sediment Flow from Obsolete Dams, 21 Stan. Envtl. L.J. 179, 179 (2002) (citing Marc Reisner, Cadillac Desert 472 (Penguin Books 1993) (1986)). There is currently no best management practice for sediment.Stephanie Lindloff, Dam Removal a Citizen's Guide to Restoring Rivers 91 (2000), available at http://www.wisconsinrivers.org/documents/dams/Dam%20Removal%20-%20A%20Citizens%20Guide%20to%20Saving%20Rivers.pdf. Some dam owners manage the accumulated sediment by dredging and removing it before dam removal. If dredging is not performed, the impoundment is either drained through the gates of the dam or, with a nongated dam, notching is performed to breach segments of the dam.Engberg, supra note 448.

Erosion, flooding, and the release of potentially toxic sediment may occur as a result. “[S]ediment may contain contaminants ranging from agricultural pesticides to industrial waste and heavy metals.”Id. at 180. The river itself will physically change as the sediment deposits in downstream channels, making them shallower and wider.Id. at 185. “As a result, [downstream] riparian land becomes more susceptible to increased erosion and property damage,” including flooding.Id. These effects are greatest when a dam is removed without first dredging the impounded sediment.

The tort law of trespass may hold dam owners liable for the release of this sediment. A trespass action is conceptually appropriate because it requires showing only that the dam’s accumulated sediment was a physical entry onto land.Id. Unfortunately, this has the effect of creating a disincentive for the voluntary removal of dams for fear of liability to downstream landowners. Traditional tort and property law principles afford a dam owner relatively few defenses.Id. at 222. To remedy this and create incentives for the removal of obsolete dams, courts can recognize the defenses of modern comparative negligence and public policy for the benefit of public safety and environmental restoration.Id.

Additionally, the Comprehensive Environmental Response, Compensation, and Liability Act (CERCLA),42 U.S.C. §§ 9601–9675 (2010). empowers the EPA to order responsible parties to remove toxins from sediment before dam removal. In 1973, Niagara Mohawk Power Corporation petitioned FERC to remove the Fort Edward Dam on the Hudson River because repair of the dam structure would be economically infeasible.Niagara Mohawk Power Corp., 49 F.P.C. 1352, 1353 (1973). The Commission granted the petition but required Niagara Mohawk to remove the sediment behind the impoundment.Id. at 1357. Despite the efforts of the Commission to minimize the adverse effects, nearly 200 miles of the Hudson River citwere contaminated and the area was declared a Superfund site.Pyle, supra note 109, at 110–11. General Electric had discharged approximately 1.1 million pounds of PCBs into the Hudson River from two upstream plants.Id. at 110. As this example illustrates, liability for toxic sediments ultimately rests with their creator, which may or may not be the dam owner. This eliminates one major potential source of liability for voluntary dam removal where the dam owner played no role in the creation of the toxic sediment behind the impoundment.

VII. Conclusion

As the preceding analysis shows, viable legal tools exist for removing obsolete dams whose existence no longer benefits the public. The ESA may be less effective than its drafters intended, but it remains a compelling reason for voluntary dam removal and has been successful in changing the way dams operate for the benefit of threatened species. Meanwhile, federal and state dam safety proceedings are also spurring voluntary dam removals, and likely offer the easiest route toward dam removal. Removal of unsafe dams benefits both people and the environment, and, as the majority of America’s dams are nearing the end of their structural lifespan, removal is often more practical than repair. Finally, the government itself has now recognized the value of a free-flowing river over electric power generation and private profit. The FERC’s Edwards Dam decommission order marked a historic shift in the way the federal government looks at dams.

These legal options can be exercised without fear of Fifth Amendment taking liability. When FERC denies renewal of a hydropower license, licensees are not entitled to compensation. A license is a privilege, not a right, and a project owner enjoys no guarantee of license renewal as a property interest. For ESA-mandated dam removal, the doctrine of public ownership of wildlife and Lucas background principles of state nuisance law defeat most taking claims. Reducing water rights for the benefit of a listed species remains a tumultuous topic, but current Fifth Amendment taking law favors no taking. Compensation claims by parties other than dam owners affected by dam removal should similarly fail. Upstream of removal, courts should treat the water body as an artificial one to which no riparian rights attach. If a court instead treats the reservoir as a natural water body to which riparian rights would normally attach, the core riparian right of access to the water can be easily preserved through the use of an easement. Downstream of removal, taking claims from flooding should not be recognized as the landowner’s parcel was susceptible to flooding before the construction of the dam, and would be flooded in the water’s natural, unobstructed state. Finally, while sediment liability is a concern for many dam owners, CERCLA will rest liability for toxic sediment with its creator, and courts should consider comparative negligence and the benefit inured to the public by dam removal when hearing tort actions for trespass.

Dam removal is a site-specific process and is not always appropriate for legal, political, and even ecological reasons. However, where the public interest favors it, dam removal can be accomplished using strategies that defeat or minimize taking claims and other bases for liability. Dangerous and dated dams must not obstruct the restoration of America’s treasured waters and doom our nation’s most celebrated fishes.

I. Introduction

The actual and projected manifestations of climate change, including sea level rise, stronger rainstorms, more severe storm events, inland storm surges, and associated flooding, pose a host of adaptation challenges. The effective management of hazardous waste sites under the new environmental conditions occasioned by climate change presents one such adaptation challenge, though this challenge is easily overlooked in the rush to protect highly visible and obviously vulnerable infrastructure and populations such as coastal communities. Many hazardous waste sites have been remediated, or are proposed to be remediated, relying in whole or in part on engineering and institutional controls meant to prevent or limit exposure to contaminants. These remedies include caps over contaminated sediment or soil, deed restrictions, barrier walls and others controls, all of which can allow the contaminants to remain onsite indefinitely.

However, the traditional design of these engineering and institutional controls affords protection from historical and predicted environmental conditions that may not reflect real-world conditions generated by climate change, either already present or anticipated. This raises both backward-looking considerations for sites already remediated using engineering and/or institutional controls, and forward-looking considerations with respect to the selection of remedies at sites undergoing cleanup. Could climate change-related storms, flooding, or other events compromise engineering and/or institutional controls and cause new releases of and exposure to contaminants? If so, can or should further work be required at these sites to reduce this risk? In remedy selection, how should regulators take into account the effects of climate change when assessing the protectiveness of remedies, especially remedies incorporating engineering and/or institutional controls?

This article considers these questions in the context of a particular type of contaminated site—sites with contaminated sediments subject to the Comprehensive Environmental Response, Compensation, and Liability Act (CERCLA).Comprehensive Environmental Response, Compensation, and Liability Act, 42 U.S.C. §§ 9601–9675 (2006). For an interesting argument that CERCLA provides authority to support climate mitigation (reductions in GHG emissions), see Curtis A. Moore, Existing Authorities in the United States for Responding to Global Warming, 40 Envtl. L. Rep. News & Analysis 10185 (2010). Although climate change may impact a variety of waste sites in different ways,For example, sea level rise may cause leaching from hazardous waste sites located on land. For a discussion of the risks posed to hazardous waste sites by sea level rise, see Timothy J. Flynn et al., Implications of Sea Level Rise for Hazardous Waste Sites in Coastal Floodplains, in Greenhouse Gas Effect and Sea Level Rise: A Challenge for this Generation 206 (Michael C. Barth & James G. Titus eds., 1984), available at http://epa.gov/climatechange/effects/coastal/SLRChallenge.html; Edna Sussman et al., Climate Change Adaptation: Fostering Progress through Law and Regulation, 18 N.Y.U. Envtl. L.J. 55, 116 (2010). even those without sediment contamination, this article focuses on sediment sites so as to frame a more manageable inquiry susceptible to in-depth treatment. The following section, Part II, identifies the vulnerability of contaminated sediment sites to climate change. The section describes sediment contamination, regulatory approaches to remediating contaminated sediments, and how climate change may impact sediment remedies. Part III evaluates strategies for managing climate risks at closed, previously remediated sediment sites; these strategies include reopening consent decrees. Part IV considers how climate effects may impact the selection of remedies dependent on engineering or institutional controls at contaminated sediment sites. The article concludes that the U.S. Environmental Protection Agency (the EPA) should monitor sediment sites for climate-related damage, particularly after extreme weather events, and should require that future remedies be designed to withstand upper-bound, climate change-adjusted frequencies and severities of relevant climate events. Proposed approaches include more aggressive monitoring requirements that clearly require prompt assessment of sites after severe events, and agreements that contain modified reopener language that expressly addresses whether and when climate change-related weather events, projected or actual, will trigger a reopener.

II. Identifying Vulnerability to Climate Effects

Contaminated sediment sites are uniquely vulnerable to the effects of climate change. This vulnerability stems from the persistent nature of sediment contamination coupled with contemporary remedies for preventing exposure and transport of contaminated sediments. An analysis of the regulatory and enforcement adaptations to climate change-related threats to contaminated sediment sites first requires a description of sediment contamination and the mechanisms under CERCLA for addressing that contamination, followed by a review of the potential impacts of climate change on sediment remedies.

A. Sediment Contamination and CERCLA

Contaminated sediment consists of “soils, sand, organic matter, or minerals that accumulate on the bottom of a water body and contain toxic or hazardous materials that may adversely affect human health or the environment.”U.S. Envtl. Prot. Agency, EPA’s Contaminated Sediment Management Strategy 1 (April 1998) [hereinafter EPA’s Contaminated Sediment Management Strategy]; see also Water Resources Development Act of 1992, Pub L. No. 102–580, § 503, 106 Stat. 4797 (defining contaminated sediments as “aquatic sediment which contains chemical substances in excess of appropriate geochemical, toxicological, or sediment quality criteria or measures; or is otherwise considered by the Administrator [of the EPA] to pose a threat to human health or the environment.”). Surface waters in the United States suffer from extensive sediment contamination. Sampling conducted as part of the National Sediment Quality Survey (NSQS) indicates that direct or indirect exposure to sediment at 73.1% of sampling stations included in the National Sediment Inventory database, which includes locations in U.S. rivers, lakes, oceans, and estuaries, could be connected to adverse effects to aquatic life and human health.U.S. Envtl. Prot. Agency, The Incidence and Severity of Sediment Contamination in Surface Waters of the United States xix (Nov. 2004) [hereinafter The Incidence and Severity of Sediment Contamination]. The National Sediment Inventory data is largely obtained from monitoring programs directed to areas suspected of contamination and thus likely overstates the extent of sediment contamination nationwide. The EPA concludes that “approximately 10 percent of the sediment underlying our nation’s surface water is sufficiently contaminated with toxic pollutants to pose potential risks to fish and to humans and wildlife who eat fish,”EPA’s Contaminated Sediment Management Strategy, supra note 3, at 2. and that “sediment contamination exists at levels where associated adverse effects are probable . . . in some locations in every region of the country.”The Incidence and Severity of Sediment Contamination, supra note 4, at 5-3. As of 2002, 2,800 fish advisories, covering “more than 544,000 river miles, 71 percent of the Nation’s coastal waters, and more than 95,000 lakes” had been issued for contaminants often found in sediments.Id. at 1-4.

Sediment acts as a reservoir for contaminants, including many persistent pollutants that pose a variety of threats to water quality, aquatic life, and human health. Perhaps of most concern is that while chemical contaminants in the sediment may be directly toxic to aquatic life, the contaminants may also bioaccumulate in individual species and biomagnify up the food chain. Bioaccumulation involves the transport of dissolved contaminants in pore water to benthic invertebrate communities that live in the sediment. This process leads to biomagnification: when benthos are consumed by fish and shellfish, the persistent pollutants accumulate in tissues and are passed up the food chain, in increasing concentrations, to fish species and humans.Id. at 1-3 to -4. Furthermore, sediment contamination can alter benthic invertebrate communities or even destroy them, while known effects on fish species include fin rot, increased tumor frequency, and reproductive toxicity.Id. Human consumption of contaminated fish may cause cancer or child neurological and IQ impairment.EPA’s Contaminated Sediment Management Strategy, supra note 3, forward. Studies suggest that individuals who consume seafood from areas with highly contaminated sediment face an estimated excess lifetime cancer risk from less than one in one hundred thousand to as great as two to five in one thousand.U.S. Envtl. Prot. Agency, Proceedings of EPA’s Contaminated Sediment Management Strategy Forums 2 (Sept. 1992) (citing testimony from Gerald Pollock, California Environmental Protection Agency), available at http://water.epa.gov/polwaste/sediments/cs/upload/csforum.pdf.In many places, regulators issue fish advisories cautioning individuals to limit the consumption of fish from contaminated water bodies.EPA’s website allows individuals to search for advisories across the country. Advisories Where You LiveU.S. Envtl. Prot. Agency, http://water.epa.gov/scitech/swguidance/fishshellfish/fishadvisories/states.cfm (last visited Jan. 5, 2012). Of note, not all fish advisories are occasioned by contaminated sediment; water pollution can also require the issuance of fish advisories.

Under CERCLA, parties are held strictly, jointly, and severally liable for the cleanup of hazardous substance releases.CERCLA § 107, 42 U.S.C. § 9607 (2006). Accordingly, CERCLA “provides one of the most comprehensive authorities available to the EPA to obtain sediment clean-up, reimbursement of the EPA clean-up costs, and compensation to natural resource trustees for damages to natural resources affected by contaminated sediments.”EPA’s Contaminated Sediment Management Strategy, supra note 3, at 59. As of 2004, about three hundred sites, or about twenty percent of the sites on the Superfund National Priority List, included contaminated sediment.The Incidence and Severity of Sediment Contamination, supra note 4, at 1-5. Decisions about how to clean up these sediments have already been made at nearly half of those sites.Id.

The EPA publishes technical and policy guidance regarding the remediation of contaminated sediments sites. The most important of these publications is the Contaminated Sediment Remediation Guidance for Hazardous Waste Sites (hereinafter the EPA Sediment Remediation Guidance).See generally Envtl. Prot. Agency, Contaminated Sediment Remediation Guidance for Hazardous Waste Sites (Dec. 2005) [hereinafter EPA Sediment Remediation Guidance]. The EPA Sediment Remediation Guidance recommends three potential methods of cleanup at a contaminated sediment site: monitored natural recovery (MNR), in-situ capping, and dredging and excavation.Id. at ii (“Due to the limited number of cleanup methods available for contaminated sediment, generally project managers should evaluate each of the three potential remedy approaches (sediment removal, capping, and MNR) at every sediment site.”). Complex sediments sites may employ a combination of these remedies. Both MNR and capping leave contaminated sediments in place. Capping is a type of engineering control, and MNR and capping both usually employ institutional controls.An institutional control “generally refers to non-engineering measures intended to affect human activities in such a way as to prevent or reduce exposure to hazardous substances.” EPA Sediment Remediation Guidance, supra note 17, at 3-22. Institutional controls at sediment sites include fish consumption advisories, commercial fishing bans, and waterway use restrictions. Id. at iii. Because the MNR and capping remedies leave contaminated sediments in place, they are uniquely vulnerable to climate change related events and are of primary relevance to the present inquiry.

1. Monitored Natural Recovery

Monitored Natural Recovery “typically uses ongoing, naturally occurring processes to contain, destroy, or reduce the bioavailability or toxicity of contaminants in sediment.”Id. at 4-1; see also Envtl. Security Tech. Certification Program, Technical Guide: Monitored Natural Recovery at Contaminated Sediment Sites 1-3 (May 2009) [hereinafter MNR Technical Guide]. Frequently this remedy means simply leaving a site untouched while monitoring the site to confirm the continuation of natural processes already reducing contaminants or exposure to contaminants, such as the deposit of clean sediment over contaminated sediment.

A key limitation of MNR is that “[w]hen MNR is based primarily on natural burial, there is some risk of buried contaminants being re-exposed or dispersed if the sediment bed is significantly disturbed by unexpectedly strong natural or man-made (anthropogenic) forces.”EPA Sediment Remediation Guidance, supra note 17, at 4-4. Moreover, the success of MNR in reducing risk at a given site frequently depends on sedimentation, or the physical process of new, uncontaminated sediment depositing and burying older, contaminated sediment.Id.; see also MNR Technical Guide, supra note 20, at 1-11 tbl.1-5 (identifying as one line of evidence in evaluating whether a site is appropriate for MNR the “[d]etermin[ation] if sedimentation is occurring and if newly-deposited sediments will remain in place.”). Thus, a significant concern with respect to MNR remedies is that “[m]ajor events, such as severe floods or ice movements may scour the buried sediment, exposing contaminated sediment and releasing the contaminants into the water column.”EPA Sediment Remediation Guidance, supra note 17, at 4-6. The EPA advises regulators to “consider the potential influence of these processes on exposure rates and risk.”Id.

2. In-Situ Capping

In-situ capping involves containing contaminated sediments in place and covering the contaminated sediments with a clean material, such as uncontaminated sediment or gravel, in a manner that will trap the contaminated sediments. In-situ capping is used to physically and chemically isolate contamination by sequestering, stabilizing, and preventing erosion of contaminated sediment. Capping as a remedy has one significant limitation because “sediment is still left in place in the aquatic environment where contaminants could be exposed or dispersed if the cap is significantly disturbed or if contaminants move through the cap in significant amounts.”Id. at iv; see also id. at 5-3. If a major storm breaches the cap, pollutants may become widely dispersed, rendering a post-storm excavation infeasible. This limitation and potential consequence calls for caution when considering capping remedies for persistent pollutants. Thus, a key goal of capping is finding a location that can “ensure that hydraulic forces do not erode and resuspend the underlying contaminated sediment.”Strategic Envtl. Research & Dev. Program, SERDP and ESTCP Expert Panel Workshop on Research and Development Needs for the In Situ Management of Contaminated Sediments 35 (Oct. 2004). To this end, caps are frequently armored or used at depth that can minimize the impacts of wave action or other hydraulic stresses. Caps are more likely to succeed in low-energy environments: the EPA suggests that project managers “should consider . . . storm-induced waves and other episodic events” when evaluating and designing caps.EPA Sediment Remediation Guidance, supra note 17, at 5-4. Some caps may also provide in situ treatment of contaminants; erosion is also very important with respect to evaluation of in situ treatment. Strategic Envtl. Research & Dev. Program, supra note 26, at 12 (“Several in situ treatment technologies are based on the amendment of sorptive or reactive particles to the sediments. The potential loss of the amendments through resuspension and transport could be a major concern. There is need for improved understanding of the fate and transport processes of amendment materials, especially over the long term.”). The agency also advises project managers to consider whether nearby stormwater outfalls may impact cap integrity, and base the design of a cap’s erosion protection features on “the magnitude and probability of occurrence of relatively extreme erosive forces estimated at the capping site,” generally a one-hundred-year storm.EPA Sediment Remediation Guidance, supra note 17, at 5-6, 5-9.

3. Remedy Selection

The EPA Sediment Remediation Guidance also provides instruction on evaluating and selecting appropriate remedies at contaminated sediment sites.For an overview of remedy selection considerations see generally id. at ch. 7. There are many factors involved in remedy selection, including, for example, anticipated future land uses and the presence of sensitive environments. See id. at 7-5 highlight 7-2. The discussion here focuses on those factors most likely to be influenced by climate change. During the remedy selection process, a number of considerations arise that are particularly relevant for understanding how climate change may impact the selection and effectiveness of sediment remedies. Two of the most relevant considerations in remedy evaluation and selection with respect to climate change are site characterization and risk assessment.

a) Site Characterization

An initial step in selecting a remedy at a site is site characterization, or the preparation of a conceptual site model.Id. at 2-7 to -12; see also Strategic Envtl. Research & Dev. Program, supra note 26, at 14 (describing this process as “[d]eveloping working hypotheses for site behavior.”). Site characterization is used to identify “present and future exposure pathways, evaluate[] their significance as routes of exposure, and provide[] sufficient knowledge of the system to allow design of effective remedial measures.”Strategic Envtl. Research & Dev. Program, supra note 26, at 14. Successful site characterization facilitates remedial decisions that are both technically informed and risk based.Id. A key aspect of site characterization, and also a driver of risk, is whether and how contaminated sediments move, or can be expected to move, in ways that may cause or increase exposure to ecological or human receptors.EPA Sediment Remediation Guidance, supra note 17, at ii (“An important part of the remedial investigation at many sediment sites is a site-specific assessment of whether movement of contaminated sediment (surface and subsurface) or of contaminants alone is occurring or may occur at scales and rates that will significantly change their contribution to risk. For example, is significant sedimentation of cleaner sediment burying contaminated sediment, and, if so, how quickly, and is erosion likely to re-expose those contaminants in the future?”).

Even without the complications presented by climate change, site characterization is very complex, in part because of the difficulty in understanding sediment mobility and contaminant fate and transport.Strategic Envtl. Research & Dev. Program, supra note 26, at 22, 30 (identifying the development of “site characterization tools to measure the rates of important sediment chemical/physical/biological processes affecting the fate and transport of contaminants” as a high priority research need and conceding that “our ability to determine cohesive sediment stability at a given location is quite uncertain . . . . [I]t is . . . difficult to anticipate how much sediment will be eroded due to hydrodynamic forcing of specified intensity and duration.”). Some causes of sediment or contaminant movement include floods, scour, seiches (sustained winds causing oscillations in lake elevation), and storm-generated waves and currents.EPA Sediment Remediation Guidance, supra note 17, at 2-24 highlight 2-8 (referencing “[f]loods generated by rainfall or snow-melt induced runoff from land surfaces[,] [i]ce thaw and ice dam-induced scour[,] [s]eiches (oscillation of lake elevation caused by sustained winds) . . . [,] and [s]torm-generated waves and currents (e.g., hurricanes, Pacific cyclones, nor’easters).”). Site characterization also requires knowledge of site hydraulics and hydrodynamics. Hydraulic and hydrodynamic information can be characterized in a “system flow balance,” a calculation generated by analyzing a variety of factors, including precipitation data and a range of flow conditions.Strategic Envtl. Research & Dev. Program, supra note 26, at 18. The flow conditions considered in the creation of the system flow balance range from dry weather conditions to wet weather conditions that may cause over-bank flooding.Id. In addition to flow conditions, an understanding of the balance of solids in the system is also necessary for site characterization. Many of the same possible conditions factor into the understanding of solids in the system: “As with flow monitoring, it is critical to gather data under both low-flow conditions and high-flow or flooding conditions in order to capture transport of solids under normal conditions and more turbid conditions under which resuspension of bed sediments may occur.”Id.

Understanding sediment bed stability frequently integrates modeling studies with empirical studies that use site-specific observation to evaluate whether sediments have remained stable during past high-energy events.Id. at 29. Site-specific data may help predict whether sediments can remain stable when subjected to an unprecedented event.Id. at 30. Sediment transport models attempt to “quantitatively predict the impacts of catastrophic events on the sediment bed” and “predict the location and depth of bed scour due to a flood or a rare storm, sediment advection to and from a site, and associated contaminant burial or dispersal.”Id. at 30; see also EPA Sediment Remediation Guidance, supra note 17, at 2-33 (providing as an example for the use of models “[p]redicting contaminant fate and transport . . . during episodic, high-energy events (i.e., tropical storm or low-frequency flood event).”).

The EPA Sediment Remediation Guidance outlines the data needed for site characterization—including temperature, flood frequencies, event-driven hydrographs and current velocities, and ice cover and break-up patterns—and instructs that “[w]hen considering watershed characteristics, it is generally important to consider both current and future watershed conditions.”EPA Sediment Remediation Guidance, supra note 17, at 2-5, 2-18. The guidance further emphasizes the importance of a site-specific assessment of the “frequencies and intensities of expected routine and extreme events that mobilize sediment.”Id. at 2-25. The EPA advises that regulators or those conducting analyses at sediment sites examine historical records, including meteorological and flow records, to understand the frequency of extreme events and the intensity of these extreme hydrodynamic forces at a site.Id. at 2-25, 2-29.

b) Risk Assessment, Evaluating Alternatives and Remedy Selection

Decision making regarding remedial action at Superfund sites requires a risk assessment of human and ecological risks, including an “assessment and prediction of the transport and fate of contaminated sediments and the associated chemical bioaccumulation . . . .”U.S. Envtl. Prot. Agency, Evaluation of the State-of-the-Art Contaminated Sediment Transport and Fate Modeling System 1 (Sept. 2006). The National Contingency Plan (NCP) identifies nine criteria for evaluating remedies, including, inter alia, whether the remedy protects human health and the environment, complies with applicable regulatory limits for relevant chemicals, and can be expected to be effective in the long-term. The long-term issue particularly calls for an evaluation of the adequacy and reliability of controls to manage residual risk from contaminants that remain onsite.40 C.F.R. § 300.430(e)(9) (2011); see also EPA Sediment Remediation Guidance, supra note 17, at 3-5 to -6.

The EPA Sediment Remediation Guidance discusses the application of these criteria at sediment sites. With respect to evaluating protectiveness and assessing human health threats at a contaminated sediment site, the EPA specifically recommends consideration of secondary releases of contaminants from sediment as a result of stormwater runoff and flood events.EPA Sediment Remediation Guidance, supra note 17, at 2-12 highlight 2-5. With respect to evaluating long-term effectiveness and residual risk for MNR and capping remedies, the EPA instructs that a primary consideration ought to be the stability of the sediment bed, or for MNR, “the chance that clean sediment overlying buried contaminants may be eroded to such an extent that unacceptable risk is created,” and for caps, the “likelihood of cap erosion or disruption exposing contaminants.”Id. at 3-16. The EPA has identified current and future sediment bed stability as a site condition conducive to the implementation of both MNR and capping remedies.Id. at 4-3, 5-2 (stating with respect to caps that “[h]ydrodynamic conditions (e.g., floods, ice scour) are not likely to compromise cap or can be accommodated in design.”). When comparing different remedies at a site, the EPA instructs regulators to consider disruption from natural causes, identifying specifically “floods and ice scour,” including “the 100-year flood and other events with a similar probability of occurrence.”Id. at ii. The one-hundred-year flood is a flooding event with a one percent probability of occurring or being exceeded in any year. The EPA instructs that project managers should evaluate the impacts on sediment and contaminant movement of a one-hundred-year flood and “other events or forces [such as hurricanes] with a similar probability of occurrence (i.e., 0.01 in a year).”Id. at 2-29.

B. Potential Climate Impacts on Sediment Remedies

As described above, assessing the risk posed by contaminated sediment sites, and achieving effective remediation of such sites, requires an understanding of the likelihood that contaminated sediment will be disturbed or disbursed and thus expose humans and the environment to those contaminants. Myriad guidance documents recognize that floods, extreme weather events (high winds, hurricanes, and storms), and stormwater and other runoff are the types of phenomena likely to cause erosion and potentially disperse contaminated sediment.Of note, floods can have a negative effect by damaging caps and spreading contaminated sediment, and also a positive effect by depositing additional clean sediment over contaminated sediment. Similarly, “in some situations, the large scale rainstorms associated with hurricanes may greatly impact sediment loading to the water body through erosion of watershed soils, but have little effect on stability of the in-water sediment bed itself.” EPA Sediment Remediation Guidance, supra note 17, at 2-23 to -26. These events present particular concern because they can move large amounts of sediment;Id. at 2-29. “[u]nder certain conditions, such as high winds, strong currents, or changes in ambient chemistry, accumulated contaminants are released, resuspended, or dispersed in the water.”Office of Ocean Res. Conservation & Assessment, Sediment Toxicity in U.S. Coastal Waters (1998); see also Strategic Envtl. Research & Dev. Program, supra note 26, at 8 (“To understand and model the processes controlling contaminant transport from sediments to the water column, and from contaminated areas to lesser or non-polluted sites, it is necessary to quantitatively evaluate particle and associated contaminant resuspension and deposition along with likely mechanisms promoting transport. Wind-wave, tidal, and fluvial forces all generate physical energy in estuarine and coastal areas that can resuspend and redistribute contaminated sediments.”). The EPA expressly suggests project managers consider the intensity of extreme hydrodynamic forces at a site; this is because “[t]he intensity of a force will be a significant determinant of its possible impact on the proposed remedy.”EPA Sediment Remediation Guidance, supra note 17, at 2-29.

It is significant to note that floods, extreme weather events like high winds, intense hurricanes, and storms, and unusual and unpredictable stormwater and spring runoff are not only phenomena likely to give rise to erosion and dispersal of contaminated sediment, but are also among the most commonly predicted effects of climate change.U.S. Global Change Research Program, Global Climate Change Impacts in the United States 9–10 (2009) (“Likely future changes for the United States and surrounding coastal waters include more intense hurricanes with related increases in wind, rain, and storm surges . . . . [S]ea-level rise will increase risks of erosion, storm surge damage, and flooding for coastal communities . . . . Reduced snowpack and earlier snow melt will alter the timing and amount of water supplies.”). With climate change, storms, particularly in coastal areas, will likely be more intense.Id. at 32 (“Heavy downpours that are now 1-in-20-year occurrences are projected to occur about every 4 to 15 years by the end of this century, depending on location, and the intensity of heavy downpours is also expected to increase. The 1-in-20-year heavy downpour is expected to be between 10 and 25 percent heavier by the end of the century than it is now.”). Sea levels are projected to rise, with estimates as high as three to six feet during the next century.Martin Vermeer & Stefan Rahmstorf, Global Sea Level Linked to Global Temperature, 106 Proc. Nat’l Acad. Sci. U.S.A. 21527, 21531 (2009). Heavy downpours that once occurred every twenty years may occur every four to fifteen years; and those heavy downpours will likely become ten to twenty percent heavier.U.S. Global Change Research Program, supra note 56. As a result of increased downpours, the frequency and intensity of floods are also likely to increase. For example, “[a] 100 year flood could occur in the New York Metropolitan Region every 43–80 years by the 2020s, 19–68 years by the 2050s, and 4–60 years by the 2080s.”N.Y. State Bar Ass’n, Taking Action in New York on Climate Change 6 n.22 (Jan. 2009) (citing Columbia Univ. Ctr. for Climate Sys. Research, Metro East Coast Regional Assessment xi (2001)), available at http://www.nysba.org/globalwarmingtaskforcereport/; see also Climate Impacts in New York City: Sea Level Rise and Coastal Floods, NAT'L AERONAUTICS & SPACE ADMIN., http://icp.giss.nasa.gov/research/ppa/2002/impacts/results.html (last visited Jan. 6, 2012) (reporting that in New York City "weaker storms will be able to produce the equivalent of the '100-year storm' of today. In addition, there will be an increase in the number of '100-year storms' relative to the year 2000.").

Climate change will likely increase the incidence of those phenomena recognized to cause erosion and dispersal of sediments, particularly in coastal areas, and could therefore undermine the effectiveness of remedies that rely on engineering and institutional controls, such as MNR and capping.Rising water temperatures may also increase the release of contaminants from sediments. The Union of Concerned Scientists & The Ecological Soc’y of Am., Confronting Climate Change in the Great Lakes Region 21, 54 (2003) (“Lower oxygen and warmer temperatures also promote greater microbial decomposition and subsequent release of nutrients and contaminants from bottom sediments.”). Some of these phenomena may also complicate the implementation of other sediment remedies; for example, extreme weather events could exacerbate the risk of resuspension of contaminated sediments during dredging. In Wisconsin, concern has been expressed over lower water levels that may lead to a need for increased navigational dredging; there the dredging could resuspend contaminated sediments.Wis. Initiative on Climate Change Impacts, Wisconsin’s Changing Climate: Impacts and Adaptation 114 (2011) (“If water levels are lower on average and require additional dredging, buried toxic sediments may be exposed and re-suspended in the water. Lower water levels, more intense rainfall events or a combination of these conditions could also increase stream scouring and erosion, leading to more sedimentation downstream in Great Lakes bays and rivers, potentially exposing these areas to re-suspended pollutants.”).

Notably, however, climate change effects are intensely regional and differ between different types of waterways. Climate change effects are uncertain at local levels, and the impact of such effects is very site specific, depending upon the chemicals involved, the remedy employed, and other factors. In some areas drought may reduce river flows, increase sedimentation, and thereby increase the viability of using institutional and engineering controls to control contaminated sediments. A storm event that leads to a net deposit of clean sediments at a site may further bury contaminated sediments.MNR Technical Guide, supra note 20, at 3-12. In some contexts, dispersion of sediments may support MNR.Id. at 1-8, 1-8 tbl.1-4. Although climate change may provide some narrow benefits for site remediation, the core predicted impacts of climate change broadly suggest greater erosion risks, particularly in coastal areas. Ultimately, climate effects, whatever they may entail in a given region or location, should be taken into account when assessing CERCLA remedies.

Serious sediment contamination appears to be concentrated in coastal areas where climate effects may be most pronounced. The NSQS identified areas of probable concern (APCs) where further study of the effects and sources of sediment contamination and the possibilities of risk reduction may be warranted due to more frequent exposure of benthic organisms and resident fish to contaminated sediment. A national map showing the location of APCs reveals that they are clustered in four main areas: the Washington coast, the California coast, the Great Lakes region, and the East coast from approximately the Chesapeake Bay north to Massachusetts, including the Hudson River valley.The Incidence and Severity of Sediment Contamination, supra note 4, at xxii fig.3; see also id. at 5-3. (“A number of specific areas in the United States had large numbers of sampling stations where associated adverse effects are probable. Puget Sound, Elliot Bay, Hudson River, the Pacific Ocean (near Santa Monica and San Diego), Willamette River, Sinclair Inlet, Mississippi River, Big Creek (Grays Harbor), and Duwamish Waterway were among those locations.”). Sites where the EPA issued a Record of Decision or Action Memo describing a sediment remedy that would address at least ten thousand cubic yards of contaminated sediment similarly included a large number of sites in those four areas.Id. at 3-13 to -20, figs.3-6 & 3-7. Additionally, a significant number of U.S. coastal waters show sediment toxicity.Office of Ocean Res. Conservation & Assessment, supra note 54, at 14, fig.8 (1998) (showing that eleven percent of estuarine areas surveyed nationwide demonstrated whole sediment toxicity to amphipods).

Figure 1: Locations of Areas of Probable Concern (APC) listed in the NSQS.The Incidence and Severity of Sediment Contamination, supra note 4, at xxii fig.3.

kuh_figure_1

 

In light of the sediment contamination present in U.S. coastal regions, climate change raises unique concerns with respect to management of contaminated sediment sites. Movement of sediment at a previously remediated site as a result of an extreme weather event could damage a cap and disperse contaminants. Unanticipated and unprecedented conditions could undermine the accuracy of models used to predict sediment mobility, fate, and transport. In fact, the EPA recognizes that uncertainty in models often stems, in part, from assumptions about future conditions like rainfall, land use, or upstream contaminant sources.EPA Sediment Remediation Guidance, supra note 17, at 2-41.

As of 2004, MNR had already been selected in whole or in part as the remedy at one dozen CERCLA sites; caps had been selected, in whole or in part, as the remedy at fifteen CERCLA sites.Id. at 4-3, 5-1. As of September 2005, the EPA had selected a remedy at sixty Tier 1 sediment sites—sites where the remedy includes dredging or excavation of at least ten thousand cubic yards or capping or MNR of at least five acres.See Data on Superfund Sediment Sites, U.S. Envtl. Prot. Agency, http://www.epa.gov/superfund/health/conmedia/sediment/data.htm (last visited Jan. 6, 2012). However, many more sites are subject to investigation and evaluation, and incorporating climate data into the decision processes at those sites may avoid wasting resources by revisiting remedies. At a minimum, the predicted effects of climate change increase uncertainties in the modeling the effects of future storms at contaminated sediment sites. The potential for climate change to interfere with sediment remedies thus presents both backward- and forward-looking concerns.

III. Backward-Looking Considerations: Managing Closed Sites

The universe of contaminated sediment sites that employ MNR or capping and have already been remediated and closed is relatively small.EPA Sediment Remediation Guidance, supra note 17, at 4-3, 5-1 (identifying twenty-seven sites as of 2004 where MNR and/or capping was selected as all or part of the remedy). However, the risk posed by climate change at some of these sites may be significant. Flooding or an extreme weather event could re-expose and/or disburse buried contaminated sediment. Not only could cleaning up after such an event prove expensive and difficult, but contaminated sediments could pose serious threats to human health and the environment, particularly if the exposure or dispersal initially goes undetected. Managing these closed sites to reduce climate risks presents two related but distinct considerations. First, with respect to detecting remedy failure, efforts should be made to closely monitor these sites to ensure that remedies continue to perform adequately. Monitoring should be prompt, especially after extreme weather events. Second, with respect to avoiding remedy failure, the EPA should review implemented and in-process MNR and capping remedies to confirm that they continue to adequately control risk. If not, potentially responsible parties (PRPs) and the EPA will need to discuss an appropriate response, including the possibility of reopening a governing consent decree to require additional work.

A. Monitoring

Many contaminated sediment sites employing MNR or capping were likely remediated pursuant to a settlement agreement between PRPs and the EPA.Where PRPs can be identified, the strict, joint, and several liability structure of CERCLA, as well as its contribution provisions, historically created a strong incentive for PRPs to settle. Stefanie Gitler, Note, Settling the Tradeoffs Between Voluntary Cleanup of Contaminated Sites and Cooperation with the Government Under CERCLA, 35 Ecology L.Q. 337, 360 (2008) (noting that strong incentives to settle historically made settlement the “norm,” but analyzing how recent interpretations of CERCLA’s liability provisions have altered settlement incentives). Requirements to periodically monitor the remedy are built into most, if not all, of these agreements. Under CERCLA, where a remedy leaves hazardous substances in place in excess of certain levels, periodic five-year reviews can be conducted.CERCLA § 121(e), 42 U.S.C. § 9621(c) (2006). In fact, the EPA Sediment Remediation Guidance specifies that such reviews should generally be required for most sites remediated using MNR or capping.EPA Sediment Remediation Guidance, supra note 17, at 7-8. The EPA’s Model Remedial Design/Remedial Action Consent Decree places the responsibility on settling defendants to conduct any studies and investigations requested by the EPA so as to permit the EPA to review whether the remedial action “is protective of human health and the environment at least every five years as required by Section 121(c) of CERCLA, 42 U.S.C. § 9621(c), and any applicable regulations.”U.S. Envtl. Prot. Agency, Model RD/RA Consent Decree ¶ 17 (Oct. 2009) [hereinafter Model RD/RA Consent Decree]. Moreover, most consent decrees incorporate by reference an operation and maintenance plan that identifies the activities required to maintain the effectiveness of the remedy and commits PRPs to carry them out.Id. at ¶ 4. If monitoring reveals that a remedy has failed or fails to meet performance standards, the EPA typically retains authority to require that the PRPs address the failure by repairing the remedy, such as repairing a cap or conducting additional cleanup. The additional cleanup could come by enforcing the decree itself (notably, most MNR sites will likely not yet have received a certification of completion), the operation and maintenance plan, and/or reopening the consent decree.Id. at ¶¶ 18–21, 96–97.

Accordingly, the EPA usually has the authority to require monitoring of contaminated sediment sites with MNR or capping remedies so as to detect climate-related remedy failure and require repairs or additional cleanup where remedies fail.

The possibility alone that climate change could cause remedy failure at some of these sites should encourage the EPA to work with PRPs to ensure that there is robust monitoring and, importantly, that mechanisms are in place to quickly assess sites after extreme weather events. The emphasis on monitoring and assessment is consistent with the EPA’s existing sediment remediation guidance with respect to MNR:

 

For areas that may be subject to sediment disruption, the project manager should conduct more extensive monitoring when specified disruptive events (e.g., storms or flow stages of a specified recurrence interval or magnitude) occur to evaluate whether buried contaminated sediment has been disturbed or transported and the extent of contaminant release contaminants [sic] and increased exposure.EPA Sediment Remediation Guidance, supra note 17, at 8-13.

 

With respect to caps, the guidance calls for “extensive monitoring” of “areas that may be subject to cap disruption . . . when specified disruptive events (e.g., storms, flow stages, or earthquakes of a specified recurrence interval or magnitude) occur,” to determine whether the cap was disturbed, and whether any such disturbance caused a significant release of contaminants and increased risk.Id. at 8-16. The EPA’s sample cap monitoring protocol even includes “Severe Event Response” as a monitoring phase and suggests the use of sub-bottom profiles, sediment profile cameras, and cores after major storms.Id. at 8-15 highlight 8-4.

B. Identifying and Improving At-Risk Remedies

Monitoring for remedy failure does not reduce the risk of failure or its potentially costly and dangerous consequences. The EPA could take a more aggressive approach and review existing contaminated sediment remedies that employ MNR or capping. Such a review could determine if any of these remedies present unacceptable risks to human health and the environment in light of projected climate change effects. If they do, the EPA could require PRPs to augment the remedy in order to reduce those unacceptable risks.See Sussman et al., supra note 2 (“For cleanups that are already complete, regulators may reopen cleanups and revise remedies based on changed conditions.”). While such a review may prove prudent and necessary, undertaking the task now presents three distinct difficulties.

First, a comprehensive review of sites would be time consuming, expensive, and perhaps a relatively low priority. Adapting effectively to climate change presents numerous challenges; the breadth of these challenges makes it important to prioritize resources appropriately. The priority of undertaking a large-scale review of contaminated sediment sites is arguably reduced by the relatively small number of affected sites and further discounted by the likelihood of serious disturbance at any given site and the reality that the EPA retains the authority to require monitoring to detect and efforts to fix remedy failure.

Second, current local and regional climate change projections do not provide sufficiently accurate predictions as to the effects of climate change at any specific location. Thus, any contemporary review of the threat to a specific site posed by climate change would necessarily include a wide range of projections and significant uncertainty. A delay in site-specific remedy review could allow climate modeling to improve and allow greater accuracy in climate impact predictions at a site and may lead to more agreement about appropriate actions in response to climate threats.

A third and related difficulty for sites certified as closed is the ambiguity as to whether the EPA could successfully reopen a consent decree and require additional work based on existing estimates of increased climate change risks, particularly in light of the present uncertainty of localized climate change projections. The covenants negotiated by PRPs generally include releases from liability as part of the consideration for the cleanup or payment of cleanup of a site. These releases or covenants are typically subject to a reopener, required by statute, that preserves the EPA’s authority to sue the PRP under CERCLA for future releases, or threats of such releases, where they “arise[] from conditions which are unknown at the time the President certifies . . . that remedial action has been completed at the facility concerned.”CERCLA § 122(f)(6)(A), 42 U.S.C. § 9622(f)(6)(A) (2006). The EPA is further authorized to include exceptions to covenants that would allow for future enforcement action at a site as “necessary and appropriate to assure protection of public health, welfare, and the environment.” § 122(f)(6)(C). Thus, under most consent decrees, the EPA reserves the authority to hold a PRP liable under CERCLA for some releases, or threats of release, notwithstanding the decree’s covenant not to sue. The EPA’s Model CERCLA RD/RA Consent Decree, for example, includes the following standard reopeners:

[T]he United States reserves . . . the right to institute proceedings in this action or in a new action or to issue an administrative order, seeking to compel Settling Defendants . . . to perform further response actions relating to the Site and/or to pay the United States for additional costs of response if, (a) subsequent to Certification of Completion of the Remedial Action, (i) conditions at the Site, previously unknown to EPA, are discovered, or (ii) information, previously unknown to EPA, is received, in whole or in part, and (b) EPA determines that these previously unknown conditions or this information together with other relevant information indicate that the Remedial Action is not protective of human health or the environment.Model RD/RA Consent Decree, supra note 77, at ¶ 97.

To reopen a consent decree based on increased climate risk, the EPA will need to argue two primary points: (1) projections of local climate impacts constitute new conditions or new information sufficient to trigger the reopening of settlement agreements, and (2) the remedy in place no longer protects human health and the environment. With respect to the first argument, the EPA will need to show the projected effects or risks of climate change were unknown at the time of the Certification of Completion of the Remedial Action, or were not set forth in the Record of Decision or other documents.Id. at ¶ 98. In addition to the ROD, the risk information would necessarily not be in the administrative record supporting the Record of Decision, the post-ROD administrative record, or in any information received by the EPA pursuant to the requirements of this Consent Decree prior to Certification of Completion of the Remedial Action. This inquiry must be done on a case-by-case basis, and it seems likely that the EPA will not have much difficulty satisfying this prerequisite. Although many MNR and capping remedies at contaminated sediment sites are relatively recent, localized climate effect projections are rapidly evolving. While materials prepared in support of a remedy at all sites would have included projections of one-hundred-year flood events and future storm events, such figures based on historical records would have failed to incorporate climate change: those projections are arguably distinct.

It might be a more difficult task, however, for the EPA to show that “the Remedial Action is not protective of human health or the environment.”Id. at ¶ 97. Reopener provisions serve to retain the government’s authority to require additional work as necessary to protect public health and the environment.See Superfund Program; Covenants Not To Sue, 52 Fed. Reg. 28,038, 28,041 (Envtl. Prot. Agency July 27, 1987) (emphasizing that “[c]ongressional concern that remedial action might fail to protect public health and the environment . . . extended to any situation in the future at the site which is judged to present a threat to public health and the environment,” and, in providing illustrations of conditions warranting use of a reopener, explaining that a reopener for remedy failure is warranted where “health effects studies reveal that the health-based performance levels relied upon in the ROD are not protective of public health or the environment . . . .”). As set forth in its own guidance and confirmed in consent decrees, the EPA has already conceded and accepted at least a one percent annual risk of remedy failure by selecting the one-hundred-year storm event or one-hundred-year flood as part of its design criteria. The EPA would thus need to distinguish between those acceptable risks and the increase in the risk of remedy failure as a result of possible climate effects. How much of an increase in risk would it take to make a remedy no longer protective? Would it be sufficient if data suggests that one-hundred-year floods would occur twice as often—every 50 yearsthereby doubling the annual risk of remedy failure? The issue presents the significant question of how much of a shift in climate conditions must occur before it is considered a threat to the remedy’s protection of human health or the environment. The EPA would not only need to develop a benchmark for that climate change value, but it would likely need to defend that benchmark against challenges by PRPs and public interest environmental groups.

It is unusual, but not unprecedented, for environmental agencies to reopen closed waste sites to address newly identified risks. New York State, for example, has reopened many sites to address the previously unrecognized threat posed by vapor intrusion, where volatile chemicals in contaminated groundwater or soil infiltrate the indoor air of overlying or adjacent buildings.Press Release, N.Y. State Dep’t of Envtl. Conservation, DEC Reports: NY's Vapor Program Called the Most "Proactive" (Mar. 9, 2009), available at http://www.dec.ny.gov/press/52443.html. The EPA is still finalizing its vapor intrusion guidance.Public Comment on the Development of Final Guidance for Evaluating the Vapor Intrusion to Indoor Air Pathway from Contaminated Groundwater and Soils (Subsurface Vapor Intrusion Guidance), 76 Fed. Reg. 14,660 (Envtl. Prot. Agency Mar. 17, 2011). The actions by states such as New York suggest that environmental agencies are prepared to respond as new risks are identified even at closed sites.

IV. Going Forward: Taking Climate Change Into Account When Fashioning Remedies

The EPA continues to review, approve, and manage MNR and capping remedies at contaminated sediment sites. The analysis above suggests that the EPA should move quickly and aggressively to incorporate the projected effects of climate change into its decision processes so as to avoid approving remedies that cannot withstand future environmental conditions. The analysis that follows identifies a few ways climate risk may be relevant to, and be incorporated into, remedy selection.

As briefly explained above, the NCP identifies nine criteria for evaluating remedies. Climate effects are directly relevant to the application of at least three of these criteria at contaminated sediment sites: whether the remedy protects human health and the environment, whether the remedy complies with applicable regulatory limits for relevant chemicals, and whether the remedy demonstrates long-term effectiveness, particularly with respect to the adequacy and reliability of controls to manage residual risk from contaminants that remain onsite.40 C.F.R. § 300.430(e)(9) (2011); see also EPA Sediment Remediation Guidance, supra note 17, at 3-5 to -6. In its sediment remediation guidance, the EPA provides specific examples showing how these criteria are applied in the evaluation of remedies at sediment sites. When comparing alternatives for cleaning up a sediment site, it is essential to assess the risk of re-exposure or redistribution of contaminated sediment posed by each alternative remedy.EPA Sediment Remediation Guidance, supra note 17, at 2-32. To that end, a scientific analysis of sediment stability is an important aspect of remedy selection, and is an important tool for comparing alternative remedies.Id. at 7-17.

The EPA specifically instructs that “[i]n evaluating whether to leave buried contaminated sediments in place, project managers should include an analysis of several factors, including . . . the potential for erosion due to natural . . . forces.”Id. at 7-3. One salient consideration in evaluating the long-term effectiveness of either a capping or MNR remedy is the inability to control physical disturbance from natural forces.Id. at 7-8. In comparing net risk reduction between alternative remedies, the EPA expressly identifies the effects that erosion may have on contaminant exposure as an aspect of potentially continuing or increasing risk.Id. at 7-14.

The EPA also specifies when sites are conducive to MNR or capping remedies. Sites may be conductive to these remedies where, for example, hydrodynamic conditions, such as floods or ice scour, are not likely to compromise natural recovery or capping, or where remedy design can accommodate such hydrodynamic conditions.Id. at 7-6. The EPA identifies “an accurate assessment of sediment mobility and contaminant fate and transport [as] one of the most important factors in identifying areas suitable for [MNR], in-situ caps, or near-water confined disposal facilities (CDFs).”Id. at ii.

Projected climate effects may change forecasts of future storm events and floods, the timing and extent of stormwater and spring runoff, and associated sediment stability, scour, and erosion. Thus, climate change may significantly affect whether and when site conditions support MNR or capping remedies. Climate change may alter the residual risks applicable to MNR or capped sites, and the risk reduction that those remedies afford. All of these changes and effects should be weighed when considering those remedies alongside dredging and excavation.

Still, as noted above, local climate projections remain uncertain. Incorporating this information into the decision-making process may prove difficult. This uncertainty, though, should not prevent the consideration of climate effects. Sediment sites present a number of difficult scientific and technical questions,Climate change is not, of course, the only source of uncertainty with respect to understanding sediment movement. Historical records may not, for example, reflect how “residential or commercial development in a watershed may significantly increase the impervious area and subsequently increase the frequency and intensity of routine flood events.” Id. at 2-27. and the EPA’s sediment remediation guidance directly addresses how uncertainty should be managed both generally and with respect to remedy selection. When analyzing sediment transport at a site, the EPA suggests that if information about extreme events from historical records is insufficient, or the historical record is too short to be useful, “project managers should consider obtaining technical assistance to model a range of potential events to estimate effects on sediment movement and transport.”Id. at 2-30.

The EPA also identifies methods to consider ways to manage climate variability in modeling sediment mobility at sites. Sensitivity analyses can be conducted and bounding calculations used to produce a conservative model outcome.See generally id. at 2-40 to -41. With respect to uncertainty and remedy selection, the EPA instructs as follows:

For some complex sediment sites, there may be a high degree of uncertainty about the predicted effectiveness of various remedial alternatives. Where this is the case, it is especially important to identify and factor that uncertainty into site decisions. Project managers are encouraged to consider a range of probable effectiveness scenarios that includes both optimistic and non-ideal site conditions and remedy performance.Id. at 7-3; see also id. at 7-17.

Finally, the EPA endorses an adaptive management approach to provide more reliable information to support decisions at sediment sites, including “reevaluating site assumptions as new information is gathered . . . [as an] important component of updating the conceptual site model.”Id. at 2-22.

Thus, although neither CERCLA nor the EPA’s guidance specifically references climate change, those authorities can be read to compel the consideration of climate effects. Climate effects may also be relevant to the EPA’s remedy design and consent decree negotiation at contaminated sediment sites where MNR or capping are used. It would be prudent for the EPA to require that remedies be designed to withstand upper-bound, climate change-adjusted frequencies and severities of relevant climate events. For example, caps could be made deeper or thicker. Additionally, the EPA should require aggressive monitoring requirements that mandate prompt assessment of sites after severe events, and the EPA should modify reopener language to expressly address whether and when climate change-related weather events, projected or actual, will trigger a reopener.

V. Conclusion

This article relies on a relatively simple premise: some of the most commonly predicted impacts of climate change, including floods, sea level rise, more intense storm events, changes in runoff and river flows, may produce conditions already widely recognized as having the potential to jeopardize institutional and engineering controls at some contaminated sediment sites. This premise suggests a few considerations for how to manage contaminated sediment sites. Looking forward, regulators and the regulated community should take care to understand and address potential climate change impacts as they choose and implement remedies at such sites. With respect to sites that have already been remediated, the potential impacts of climate change underscore the importance of more rigorous site monitoring. The possible effects of climate change also suggest that in the longer term, changing conditions may warrant reevaluating the continued effectiveness of contaminated sediment site remedies. Finally, the potential significance of climate impacts for contaminated sediment sites suggests, more generally, the need to better understand the impacts of climate change at other CERCLA sites dealing with other types of contaminated media.

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