[*PG425]THE WHOLLY SEPARATE TRUTH: DID THE YELLOWSTONE WOLF REINTRODUCTION VIOLATE SECTION 10(J) OF THE ENDANGERED SPECIES ACT?
The gray wolf has been listed as an endangered species since 1973. In 1995, the Department of the Interior and the United States Fish and Wildlife Service implemented the Northern Rocky Mountain Gray Wolf Recovery Plan (Recovery Plan), which was designed to bolster the endangered wolf population. Under the Recovery Plan, and pursuant to section 10(j) of the Endangered Species Act, Canadian gray wolves were captured and released into Yellowstone National Park and central Idaho. The Recovery Plan has since been the subject of intense litigation by ranching groups over the last several years. The major allegation of the farm bureau federations is that the Recovery Plan, as implemented, violated section 10(j), and these organizations want the reintroduced wolves removed. On January 13, 2000, the Tenth Circuit Court of Appeals delivered a major blow to the farm bureau federations involved in the litigation by holding that the Recovery Plan was conducted in full compliance with section 10(j). The court ordered that the reintroduced wolves be allowed to stay in the recovery areas. The danger, however, to this and other reintroduction programs is not over. This Comment explores the legality of the Recovery Plan, ultimately endorsing a flexible reading of section 10(j) as it applies to the Yellowstone wolves, and offering such flexibility as a means of promoting future wildlife reintroduction programs.
[*PG426]The first wolf [released] was an Alpha female. . . . I looked . . . into the green eyes of this magnificent creature within a spectacular landscape. I was profoundly moved by the elevating nature of Americas conservation lawslaws with the power to make creation whole.
Bruce Babbitt, U.S. Secretary of the Interior1
The first documented wolf bounty was reportedly paid sometime between A.D. 46120, when Greek officials awarded five silver drachmas to a hunter for bringing in a dead male wolf.2 Years later, in France, the Statutes of Charlemagne (A.D. 742814) recorded that two hunters were to be employed in each French community to destroy wolves.3 During the Middle Ages, Europeans bred large wolfhounds and mastiffs for the specific purpose of killing wolves and keeping wolves away from farms.4
In North America, the Pilgrims established the first Colonial wolf bounty on November 9, 1630, in Boston, Massachusetts, only ten years after landing in the New World.5 By the mid-1800s, wolves in North America had become the prime targets of the fur trade, and the object of loathing by farmers and ranchers, who feared for their families and livestock.6 Between 1870 and 1877, bounty hunters employed by the United States government killed approximately 55,000 wolves each year, for a total of 385,000 wolf deaths in only seven years.7 In 1907, with westward expansion in full-swing, the United States Biological Survey declared the extermination of the wolf as the paramount objective of the government,8 and President Theodore Roosevelt labeled wolves the beast[s] of waste and destruction.9 Thereafter, the United States government launched a full-scale cam[*PG427]paign aimed at the total elimination of the wolf in the United States, and it very nearly succeeded.10
In light of these historical facts, it is evident that humans have long harbored a fear and misunderstanding of the wolf, which has unfortunately been bolstered by myths, legends, and fairy tales.11 Fortunately, the light of conservation shone even in the midst of the government-sponsored extirpation of the wolf, and in 1872 the Yellowstone National Park Act (1872 Act) was enacted.12 In addition to creating Yellowstone Park, the 1872 Act directed the Secretary of the Interior (Secretary) to prevent the wanton destruction of . . . game . . . within the park, and [to protect] against their capture or destruction.13 Subsequently, years of bitter debate ensued over the need for wildlife protection throughout the United States. Finally, one hundred years later, Congress affirmed the need for plant and wildlife conservation by passing the 1973 Endangered Species Act (ESA).14
The ESA was landmark legislation in the area of species conservation, but its provisions did not adequately address the inherent conflict between wildlife renewal and the human society and economy. To address this deficiency, in 1982 Congress added amendment 10(j) to the ESA, which provided for the reintroduction of experimental populations of an endangered species to an area.15 Section 10(j) was designed to allow the Secretary to enhance the growth of endangered species populations by enabling a species to repopulate its former range, while giving the Secretary enough management [*PG428]flexibility to address the problems and concerns of citizens affected by the reintroduction program.16
One such reintroduction program was preliminarily approved in 1987 for the Northern Rocky Mountain gray wolf.17 When the gray wolf was listed as endangered in 1973, scientists hoped that the species would naturally repopulate the Northern Rocky Mountain region, including Yellowstone Park.18 However, according to government research, the gray wolf failed to repopulate its range naturally as expected.19
To bolster recovery, the United States Fish and Wildlife Service (FWS) proposed a plan which recommended introduction of an experimental population of gray wolves into Yellowstone Park and central Idaho pursuant to ESA section 10(j).20 After much debate, the Recovery Plan was formally approved and signed by the Secretary on June 15, 1994.21
When, at long last, Interior Secretary Bruce Babbitt released the first reintroduced gray wolf back into Yellowstone Park in January 1995, he had the honor of carrying out a conservation plan more than one hundred years in the making.22 Despite the Secretarys pride in the program, however, the gray wolf reintroduction is the subject of intense controversy, with complaints coming from both ranchers and environmental groups.23 It is also the target of litigation aimed at stopping gray wolf reintroduction altogether.24
[*PG429] This Comment focuses on the reintroduction of the gray wolf into Yellowstone Park and central Idaho by examining the current litigation surrounding section 10(j) of the ESA. Section I offers an introduction to the wolves themselves by describing a typical wolf pack, ultimately pointing out a packs similarity to human society. Section II traces the ESA from its inception, and includes a description of the mechanics of section 10(j). Section III provides a brief summary of the Northern Rocky Mountain Recovery Plan, ending with the release of Canadian wolves into the recovery areas. Section IV outlines the two lawsuits which have interpreted the legality of the gray wolf reintroduction program, and, essentially, reintroduction in general.
Section V analyzes the legal arguments surrounding reintroduction and concludes that the Ninth and Tenth Circuits correctly interpreted ESA section 10(j), holding in United States v. McKittrick and Wyoming Farm Bureau Federation v. Babbitt that the Recovery Plan did not violate the ESA. Section V goes on to argue that, since the primary purpose of section 10(j) is to promote flexibility for reintroduced populations, the Yellowstone reintroduction program, and others like it, should be left to the management of the Secretary, as Congress intended. Finally, Section VI offers several alternatives to end the litigation targeted at wolf reintroduction in Yellowstone Park and elsewhere.
In order to appreciate why the Yellowstone wolves are worth saving, it is helpful here to understand what wolves are, how they interact with each other, and the unique contributions they make to both animal and human societies.
A typical wolf pack consists of a breeding pair, commonly known as the alpha male and alpha female, as well as their offspring and various other relatives.25 There is a strict hierarchy in wolf packs, beginning with the alpha pair and descending through the middle ranks (both male and female) to the lowest ranked wolf, the omega.26
Comparing this hierarchical arrangement with human families, a leading wildlife expert noted that, [l]ike humans, wolves evolved as [*PG430]cooperative family groups. Members of any healthy family develop specific roles so that the entire family functions more efficiently.27 Accordingly, every wolf, no matter what rank, plays a vital role in fulfilling the packs central goalthe survival of the pack.28
The alpha male is the undisputed leader of the pack, and achieves the top position either by fighting for it when the original alpha male dies or retires,29 or by founding his own pack.30 The alpha male dominates the beta male (second-ranked), who in turn dominates the third-ranked male, and so on.31 The male and female lines of dominance are separate, but are structured similarly.32 Accordingly, the alpha female achieves her position in the pack in much the same way as the alpha male achieves his.33
Like the parents in a human family, the alpha pair are the decision-makers, and control the hierarchical structure of the pack.34 An important job of the alpha pair is to control food distribution, and they typically eat first and then direct the order in which the rest of the pack is permitted to eat.35 Additionally, the alphas are the first to deal with any outside threats to the pack.36 The alpha male and alpha female also control reproduction, and are generally the only wolves in the pack allowed to mate.37
The necessary qualities of an alpha pair include confidence, benevolence, and attention to discipline.38 It is important that the alpha female be as strong in these traits as the alpha male because alpha [*PG431]females have been known to lead packs, and the alpha pair commonly share and interchange roles.39 The alpha pair share a special bond, which in turn cements the enormously powerful bond shared by the entire wolf pack.40
The beta pairthe second-highest ranked pairand the mid-level wolves adopt various and changing roles within the pack.41 They may take on the role of peacemaker, care for new pups, protect subordinate members from excessive displays of dominance, or choose to be the dominator.42 Roles are often reversed among the mid-level members, especially as juveniles grow into adults and begin to challenge the chain of dominance.43
At the bottom of the pack hierarchy is the omega wolf.44 The omega, who can be either male or female, is chosen by the other members of the pack.45 The omega is subordinate to every other wolf in the pack, and must act accordingly.46 When approached by a superior wolf, the omega usually whines deprecatingly, tucks its tail and head, and rolls onto its back in a show of submissiveness.47 Many times, the omega is the brunt of dominance displays by mid-level pack members, and is often temporarily ostracized by the rest of the pack.48
The life of the omega may seem harsh, but an omega wolf is vital to pack survival.49 Omegas grow very resourceful because of the hardships they endure.50 They often use this resourcefulness to invent games and play, which help diffuse tension or fighting between the more superior members of the pack.51 Thus, pack harmony is restored. Omegas can also play an important role in nurturing the pups.52 They play with the pups, which promotes pack unity and teaches the pups how to establish their own chain of dominance.53
[*PG432] Wolf experts have stated that, [a] wolf pack is an extended, closely-knit family unit bound by intense care-giving between its members.54 Wolves take the survival of the pack very seriously, and since the future of the pack is in the young, . . . a wolf birth is an event.55 Historians and anthropologists have noted the similarity of pack structure to that of human society, which is likewise centered around the family unit and is also concerned primarily with survival and nurturing the young.56 In fact, it is believed that early humans may have learned to live in family groups after observing the efficient, cooperative, and highly social behavior of the wild dogs.57 Like humans, wolves play together, discipline their young, show affection for each other, and mourn their dead.58 As an intelligent species, wolves have language, in the form of howls, growls, and body posture.59 Like humans, wolves live together, work (hunt) together, and try to survive.
Wolf packs usually live within a specific territory, which can range from fifty to more than one thousand square miles, depending on how much prey is available and seasonable prey movements.60 Wolves are nomadic by nature and travel over large areas seeking out vulnerable prey.61 To that end, a pack may travel as far as thirty miles in one day.62
As a part of nature, wolves contribute to a balanced world ecology by fulfilling their role at the top of the food chain.63 During the gray wolfs decades-long absence from Yellowstone Park, the elk population exploded, and since most of the Yellowstone elk never leave the national park, they are not hunted.64 While this may seem like a good thing for the elk, the overabundance of elk actually resulted in less food being available throughout the year, and many elk unnecessarily [*PG433]starved to death.65 There were too many elk in Yellowstone, and the effect on the vegetation of the park was devastating.66 The once jungle-thick aspen groves in Yellowstone had been suppressed over the years by the vast number of elk, and many of the aspens left were old, weak, and losing their limbs.67 One great hope for wolf reintroduction is that the wolves will help even out the number of elk in Yellowstone, thereby returning the parks ecology to its natural balance.68
The ESA was designed to protect both endangered and threatened species.69 An endangered species is one in danger of extinction throughout all or a significant portion of its range.70 A threatened species, on the other hand, is one which is likely to become an endangered species within the foreseeable future throughout all or a significant portion of its range.71
The ESA was enacted in 1973 for the purpose of providing a means whereby the ecosystems upon which endangered species and threatened species depend may be conserved, [and] to provide a program for the conservation of such endangered species and threatened species.72 To accomplish this, the ESA declares that all Federal departments and agencies shall seek to conserve endangered species and threatened species and shall utilize their authorities in furtherance of the purposes of this [Act].73 This affirmative duty includes a mandate that the Secretary of the Interior promulgate a recovery plan for the conservation and survival of listed species.74 In addition, the ESA charges FWS with the duty of conserving both endangered and threatened species.75 In short, the ESA requires the Secretary and FWS to use all methods and procedures necessary to bring any en[*PG434]dangered or threatened species back to a position where protection is no longer necessary.76
One such method for restoring an endangered species was defined when the ESA was amended in 1982 to include section 10(j).77 This section authorizes the Secretary to relocate and release . . . an endangered species or a threatened species outside the current range of such species if . . . such release will further the conservation of such species.78 Any species released pursuant to section 10(j) is classified as an experimental population, and must exist wholly separate geographically from nonexperimental populations of the same species.79 Nonexperimental populations are simply those that occur naturally in a given area and that already enjoy endangered or threatened protections.80 The experimental designation applies to the released species as well as to any offspring arising solely therefrom.81 Accordingly, if a wolf with an experimental designation were to mate with a naturally occurring endangered wolf, the resulting offspring would automatically be classified as naturally occurring, and would thus receive full endangered protection.82
For purposes of protection, all experimental populations are preliminarily listed as threatened species, and are initially entitled to the same ESA protections that a nonexperimental threatened species receives.83 However, ESA section 10(j) gives the Secretary the flexibility to adopt special rules and regulations by which to govern each experimental population.84 These special rules are tailored to fit that specific species recovery program, and take priority over the threatened classification mentioned above.85 The special rules list the applicable prohibitions and exceptions for that particular population, giving the Secretary the flexibility to regulate the reintroduced spe[*PG435]cies more closely than if it simply received blanket threatened protections.86
According to section 10(j), prior to the reintroduction of any experimental population, the Secretary must also designate such population as either essential or nonessential.87 This is quite different from classifying a species as experimental or nonexperimental. The experimental/nonexperimental designation indicates how close-ly the Secretary is permitted to monitor the species.88 In contrast, the essential/nonessential classification seems to indicate what type of protection the species is entitled to with regard to the general public.89
An essential experimental population is one whose loss would be likely to appreciably reduce the likelihood of the survival of the species in the wild.90 Any experimental population that does not fit this definition is classified as nonessential.91 The basic difference between the two is that essential populations always receive the same protections as a threatened species, and nonessential populations only have such protection within the National Wildlife Refuge System or the National Park System.92 Outside the borders of these areas, nonessential populations are treated as a species proposed to be listed as threatened and are protected only according to the special rules established for them by the Secretary.93
While the above definitions may seem complicated and technical, section 10(j) was actually enacted by Congress in order to simplify the Secretarys management of reintroduced experimental populations.94 Because there are fewer regulatory restrictions for experimental populations than for naturally occurring endangered species, the Secretary has the flexibility to establish special rules for each population [*PG436]and to monitor the progress of reintroduced populations closely.95 The Secretary even has the power to remove such a population, or individual members of it, if significant problems with reintroduction occur.96
As discussed in the Introduction, the gray wolf was virtually eliminated from the western portion of the United States by the early 1900s.97 Due to the efforts of hunters and trappers, the gray wolf disappeared from the Great Plains and Yellowstone Park by 1926.98
The natural range of the gray wolf originally stretched from northern Canada and Alaska to the mountains of Mexico, and encompassed virtually the entire continental United States.99 By the time the ESA was enacted in 1973, however, gray wolves had been eradicated from Mexico and most of the United States, and existed only in Canada, Alaska, and small areas of Minnesota and Montana.100 Between 1940 and 1986, no wolf reproduction was detected in the Rocky Mountain states.101
Accordingly, pursuant to the ESA, the Secretary listed the gray wolf subspecies Northern Rocky Mountain Wolf (canis lupus irremotus) as an endangered species in 1973.102 In 1978, the Secretary expanded this to include the entire species, and canis lupus was listed as endan[*PG437]gered in the lower forty-eight states, except in Minnesota where it was listed as a threatened species.103
In accordance with section 1533(f) of the ESA, the Department of the Interior (via FWS) appointed a wolf recovery team in 1974, which consisted of individuals from federal and state agencies, conservation groups, and livestock organizations.104 The job of this team was to develop a recovery plan for the gray wolf.105 The recovery team conducted extensive surveys in Montana, Idaho, and Yellowstone Park, searching for existing wolf populations and appropriate recovery areas.106 Due to the teams efforts, Montana wolf sightings increased from ten in 1970 to 265 in 1990, and at least four wolf dens were documented in Montana in 1990.107
The Recovery Plan was completed in 1980 and was intended to help coordinate efforts towards the recovery of at least two viable gray wolf populations in the lower forty-eight states.108 When the Recovery Plan was revised in 1987 (1987 Plan), it concluded that a population of approximately 300 wolves was required for the species to recover in areas of the western United States from which it had been eliminated.109 The 1987 Plan recommended that the reintroduced population consist of at least ten breeding pairs for three consecutive years in each of three recovery areas (northwestern Montana, central Idaho, and Yellowstone Park).110 While natural recovery was recommended in most of Idaho and Montana, the 1987 plan endorsed the establishment of a nonessential experimental population in Yellowstone Park.111 The idea was to reintroduce between 90 and 150 wolves into Yellowstone Park and central Idaho between 1994 and 1999, re[*PG438]sulting in the recovery of at least ten breeding pairs of wolves for three successive years by 2002.112
The National Environmental Policy Act (NEPA) requires all federal agencies proposing to undertake major actions that might significantly affect the human environment to prepare and circulate Environmental Impact Statements (EISs).113 An EIS is supposed to produce a publicly reviewable physical document reflecting the required internal project analysis.114 Such public disclosure is designed to force federal agencies to consider the potential consequences of a project before acting, and also to give the public a chance to review the project proposal and to voice concerns.115
In 1992, in accordance with NEPA requirements, FWS began preparation of an EIS, which proceeded through the three stages of: (1) scoping (to identify issues and alternatives); (2) the draft EIS; and (3) the final EIS (FEIS).116 At roughly the same time, the National Park Service published a report entitled Wolves for Yellowstone?, a two-volume, massive compilation of scientific studies, computer modeling, and social and economic analyses, embodying virtually everything known about wolf biology.117 The report was intended to provide the government and the public with as much information about the repercussions of wolf reintroduction as possible.118 It was also an attempt to forecast how the return of the wolf was likely to affect both human concerns and natural processes in the Greater Yellowstone Ecosystem.119 In addressing the concerns of ranchers, who were the primary adversaries of wolf reintroduction, Wolves for Yellowstone? concluded that the wolf recovery program would have only mild effects on both hunting and ranching in the recovery areas.120
Armed with the information contained in Wolves for Yellowstone?, FWS began the EIS process with an extensive series of scoping ses[*PG439]sions in the spring of 1992.121 These scoping sessions consisted of more than 130 public hearings nationwide, and were originally intended to be easygoing, informal meetings where individuals and groups could voice their concerns about wolf recovery.122 However, because the issue had sparked such an intense debate among ranchers, environmental groups, and conservationists, the hearings received an astounding amount of public response.123 Farm bureau federations and ranchers showed up at hearings with placards that read, WYOMING IS NOT A ZOO and WOLVES DONT PAY TAXES.124 Pro-wolf forces responded in kind, bringing signs that read, BRING BACK THE WOLF, and ANSWER THE CALL OF THE WILD.125 Each side brought their own speakers, singers, and witnesses, with many impassioned speeches given and lively demonstrations conducted.126 These hearings have been called the most extensive public process ever conducted concerning a natural resource.127 Including the input received from the hearings, FWS received more than 170,000 comments from the public, both written and spoken.128 Nearly seventy percent of those who commented favored the return of the wolves to Yellowstone Park and Idaho.129
Following these scoping sessions, the draft EIS was assembled by the recovery team, FWS, and the Department of the Interior.130 It was a massive document, weighing in at over three pounds and encompassing everything from a history of wolf extirpation to projected impacts on local economies, hunting, and tourism.131 Since, according to NEPA, the draft EIS was subject to public review, more hearings were held, and again, the feedback was overwhelmingly in favor of returning the wolves to Yellowstone.132
After considering the oral and written commentary on the draft EIS, FWS released the FEIS in July 1994, which set out five alternatives for a wolf recovery program: (1) reintroduction of experimental [*PG440]populations; (2) natural recovery (no action); (3) no wolf (change laws to prevent wolf recovery); (4) wolf management committee (establish legislation allowing states to implement wolf recovery and management without federal intervention); and (5) reintroduction of nonexperimental wolves (reintroduced wolves would have full ESA protection).133 FWS favored the first option, and proposed to establish two nonessential experimental population areas (in central Idaho and Yellowstone) under ESA section 10(j).134 As described previously, this meant that the wolves would (1) be technically listed as threatened; (2) receive full ESA protections within the boundaries of Yellowstone National Park; (3) receive their own special regulations for management purposes; and (4) be subject to flexible management by the Secretary.135
In accordance with section 10(j), FWS adopted a set of special management rules for the wolf recovery program, which were partly designed to address the concerns of livestock ranchers.136 The final rules were published on November 22, 1994, and provided that increased management flexibility would be allowed so that private citizens could harass or even kill wolves caught in the act of killing livestock on private property.137
On June 15, 1994, Interior Secretary Bruce Babbitt signed a Record of Decision essentially approving the FEIS and adopting FWSs Recovery Plan.138 The farm bureau federations attempted at the last minute to stop reintroduction by requesting a preliminary injunction from the Wyoming district court, but their motion was denied on January 3, 1995.139 On January 12, 1995, the Recovery Plan commenced and the first reintroduced gray wolf, an alpha female, was [*PG441]released into Yellowstone Park.140 The first lawsuit was filed by the Wyoming Farm Bureau Federation shortly thereafter.141
Given the controversy surrounding wolf reintroduction, a lawsuit was inevitable. The now famous case of Wyoming Farm Bureau Federation v. Babbitt was actually the result of three independent lawsuits that were joined by Judge Downes of the Wyoming district court, presumably due to the similarity of the subject matter.142
The plaintiffs alleged, among other things, that FWS violated section 10(j) of the ESA when it implemented the Recovery Plan.143 Judge Downes reluctantly agreed and on December 12, 1997, he set aside the Recovery Plan, ordering that all non-native wolves and their offspring be removed from the Yellowstone Park and central Idaho experimental population areas.144 The judges order was stayed pending the defendants appeal to the Tenth Circuit.145
The litigation involved several groups of plaintiffs. The first group of plaintiffs included the Wyoming, Montana, and Idaho Farm Bureau Federations.146 These organizations represented the educational, economic, and social interests of 48,000 members, with each Bureau having members who reside, farm, and/or ranch within the Yellowstone and central Idaho experimental population areas.147 These organizations stated that by challenging wolf reintroduction, they were protecting the rights of their members to use the experi[*PG442]mental population lands to graze livestock, hunt, fish, and for recreation and aesthetic activities.148
The second set of plaintiffs was comprised of James R. and Cat D. Urbigkits, residents of Pinedale, Wyoming.149 The Urbigkits were amateur researchers, who apparently had been searching for, studying, and reporting on naturally occurring wolves in the Yellowstone and Wyoming areas since 1988.150 The Urbigkits believed the reintroduced Canadian wolves were a distinct subspecies (canis lupus occidentalis) from the naturally occurring wolves (canis lupus irremotus).151 Accordingly, the Urbigkits alleged that the release of Canadian wolves halted their recreational activities, in the form of their study of native wolves.152
Finally, and most surprisingly to pro-wolf forces, the plaintiffs included various environmental groups (including the National Audubon Society, Predator Project, Sinapu, and Gray Wolf Committee).153 These organizations were primarily concerned with protecting the endangered status of naturally occurring gray wolves.154 They were concerned that naturally occurring wolves which wandered into the recovery areas would essentially lose their endangered designation and would mistakenly be treated as part of the experimental population.155
In the resulting joined lawsuit, plaintiffs156 first allegation was that defendants introduction of Canadian gray wolves, which are alleged to be neither threatened nor endangered, violated the requirements of ESA section 10(j).157 The plaintiffs focused on the fact that the wolves indigenous to the northern Rocky Mountain region (canis lupus irremotus) and the Canadian wolves used for reintroduction (canis lupus occidentalis) were two different subspecies of gray wolf.158 The plaintiffs argued that because the two types of wolves are [*PG443]distinct subspecies, the Recovery Plan would have an adverse impact on the conservation of the irremotus subspecies because of possible interbreeding.159
In response, defendants asserted that the subspecies issue was not considered in detail prior to release of the wolves because FWS had reasonably determined that there were no existing wolf populations in the reintroduction area.160 Assuming this was true, defendants argued that there were no wolves of the irremotus subspecies available to repopulate the northern Rocky Mountain area, and FWS had no choice but to draw from the Canadian gray wolf population.161
Because this case was an appeal from administrative agency proceedings at FWS, the Wyoming district court was required to handle the matter as an appeal and only overturn a decision of FWS if it was found to be arbitrary and capricious.162 In its administrative proceedings, FWS, after reviewing all the evidence, concluded that the alleged impacts of the recovery program on indigenous wolves and wolf subspecies were not significant, and decided to go ahead with the use of Canadian gray wolves.163 The district court concluded that this failure to distinguish between subspecies of gray wolf was not arbitrary and capricious because FWS considered the relevant factors and articulated a rational connection between the facts found and the decision made.164 Accordingly, FWSs use of Canadian wolves for the reintroduction program was upheld as reasonable by the district court.165
The plaintiffs second allegation stated that the defendants violated section 10(j)(2)(A) of the ESA by failing to introduce the experimental population outside the current range of the species.166 In support of this contention, the plaintiffs relied on reported sightings of wolves in Yellowstone Park and central Idaho prior to and after reintroduction, asserting that such sightings proved the experimental population areas fell within the current range of naturally occurring gray wolves.167 The defendants argued that FWS reasonably concluded there were no known populations, as defined by FWS for purposes [*PG444]of the reintroduction plan, in either of the experimental population areas (Yellowstone Park or central Idaho) prior to reintroduction.168
In order to decide this issue, the Wyoming district court decided that, because section 10(j)(2)(A) of the ESA states that experimental populations are to be introduced outside the current range of such species, it was necessary to determine what the definition of population was for the purposes of the ESA.169 At trial, FWS defined population as at least 2 breeding pairs of wild wolves successfully raising at least 2 young each . . . for 2 consecutive years.170 FWS based its definition on the two core concepts of species recovery: reproduction and sustainability.171
The district court in Wyoming Farm Bureau Federation noted that because neither the ESA nor its regulations defined populations, FWSs agency interpretation and definition of the term were entitled to substantial deference.172 Wyoming district court Judge Downes noted, however, that if an appeals court discounts FWSs definition of population and includes individuals of the species in such a definition, FWS may be found to have encroached upon the current range of the gray wolf in violation of section 10(j).173
Finally, the plaintiffs alleged that section 10(j) of the ESA was violated because defendants introduced an experimental population that was not wholly separate geographically from nonexperimental wolf populations.174 Specifically, the plaintiffs asserted that: (1) the experimental populations are not capable of being wholly separate because defendants did not provide any barriers (natural or manmade) that would prevent species overlap; and (2) any species overlap would deprive the naturally occurring wolves of their endangered protections under the ESA.175 To substantiate these claims of overlap, the plaintiffs again relied on the reported sightings of naturally occurring wolves in the Yellowstone Park and central Idaho areas.176
[*PG445] At trial, the defendants put forth FWSs definition of population to assert that even if lone stragglers from the naturally occurring wolf population are present in the experimental population areas, this does not mean section 10(j) has been violated.177 Defendants argued that the wholly separate geographic requirement applies only to populations, as defined by FWS, and not individual animals or lone dispersers.178 The Wyoming district court stated that while it must defer to FWSs definition of populations as a permissible construction of ESA section 10(j), it required a more detailed analysis of the wholly separate requirement.179
For guidance, the court looked to congressional history to determine what Congress intended to protect by requiring a wholly separate reintroduction.180 The district court found that while Congress intended to allow the Secretary, under section 10(j), to manage experimental populations with substantial flexibility, it did not intend to allow a reduction of ESA protections to existing natural populations in whole or in part.181 On the basis of its in whole or in part analysis, the court concluded that Congress intended to protect individual members as well as populations.182 In light of defendants acknowledgment at trial that naturally occurring wolves did exist in Montana and would likely migrate to the experimental population areas (even if they were just lone dispersers), the court found that defendants did in fact violate the wholly separate requirement of ESA section 10(j) with the implementation of the wolf reintroduction program.183
Accordingly, Judge Downes ordered that the defendants must remove reintroduced non-native wolves and their offspring from the Yellowstone and central Idaho experimental population areas.184 The judge later stayed execution of his order pending appeal.185
Unlike the Wyoming suit, the case of United States v. McKittrick was not originally brought to challenge the merits of the reintroduction program, but instead began as a criminal proceeding.186
After the Yellowstone wolf reintroduction program was implemented, one of the reintroduced wolves, an alpha male named Number Ten,187 migrated from Yellowstone Park to the Red Lodge, Montana area with his mate, an alpha female named Number Nine.188 Number Nine was pregnant with pups and the pair were apparently searching for a safe place for her to den.189
At the same time, a Red Lodge resident named Chad McKittrick was on his way to go bear hunting in the same area.190 As McKittrick and his friend, Dusty Steinmasel, were freeing his truck from the mud where it had become stuck, McKittrick spotted a wolf standing on top of a nearby hill.191 It was Number Ten, who was temporarily separated from Number Nine.192 Although he was in no danger, McKittrick took a high-powered rifle out of his truck and, despite Steinmasels pleas not to, shot Number Ten in the chest.193 Steinmasel later described how he saw the wolf spin around, bite at the wound high on his back, fall, kick his legs twice, and then lie still.194 It was later confirmed that McKittrick had killed Number Ten, who, because of his size, strength, [*PG447]and bearing, had been dubbed by some wolf recovery experts as the pride of Yellowstone.195
After shooting and killing Number Ten, McKittrick skinned and decapitated him, taking Number Tens hide and head to his home.196 Since these acts were in violation of the regulations established for the reintroduced wolves, McKittrick was arrested and charged with taking, possessing, and transporting Number Ten in violation of the ESA.197 He was subsequently convicted by a jury on all counts and sentenced to six months in prison.198
McKittrick appealed his conviction, arguing that the wolf he killed was not protected by the ESA.199 Specifically, McKittrick alleged that the gray wolf reintroduction program violated the ESA because: (1) FWS may not draw members of an experimental population from an unlisted population, such as Canadian gray wolves; and (2) the experimental population is invalid because it is not wholly separate geographically from naturally occurring wolves in the release area.200 These allegations seem to mirror those in the Wyoming Farm Bureau Federation case, but the Ninth Circuit came to quite a different conclusion.201
With regard to the first allegation, McKittrick argued that the language of section 10(j) itself restricts the Secretary to drawing members of experimental populations from populations already listed under the ESA.202 If this were true, then Canadian wolves could not be used because gray wolves are not endangered in Canada, but instead are plentiful.203
The Ninth Circuit disagreed with McKittrick for two reasons.204 First, the court pointed out that gray wolves are protected by the ESA based on where they are found, not where they originate.205 Accordingly, Canadian gray wolves that migrated into the United States would be considered protected as soon as they crossed the border.206 [*PG448]Therefore, the court found that even though the reintroduced wolves were Canadian in origin, they were members of any population . . . of an endangered species or a threatened species the minute they entered the United States, and were therefore acceptable for use as a reintroduced population under the ESA.207
Second, the Ninth Circuit found that McKittricks interpretation offends the statutes essential purpose, which is the conservation of species.208 The court stated that if McKittrick were correct and FWS could only draw from listed species for reintroduction, the experimental populations could only be created by depleting threatened and endangered populations in the United States.209 According to the court, this simply did not make sense, and if FWS felt it could reasonably draw wolves from the healthy Canadian population, then the wolves designation as experimental was proper, and the wolf shot by McKittrick was protected.210
McKittricks second claim was that the reintroduced wolves were not wholly separate geographically from the naturally existing wolf population in the area.211 Therefore, he argued, the experimental population designation was invalid.212 Like the plaintiffs in Wyoming Farm Bureau Federation, McKittrick based this argument on the sightings of individual wolves within the reintroduction area prior to reintroduction.213 Drawing on the Wyoming district courts finding that the wholly separate requirement applied to individuals as well as populations, McKittrick argued that FWS violated the wholly separate geographically requirement.214
The Ninth Circuit disagreed with McKittricks conclusions, as well as those of the Wyoming district court.215 The court found that the Wyoming district court was incorrect in reading section 10(j) to apply to individual specimens as well as populations.216 The Ninth Circuit determined that FWS was reasonable in interpreting the wholly sepa[*PG449]rate geographically requirement to apply only to populations. The court stated that this interpretation is reasonable and we decline to disturb it.217
The Ninth Circuit ultimately rejected McKittricks allegations and affirmed his conviction.218 McKittrick subsequently appealed his case to the United States Supreme Court, but the Court denied certiorari on January 11, 1999.219
The primary difference between the holdings of the Wyoming Farm Bureau Federation district court and the McKittrick court lies in their different interpretations of the word population and how this affected the wholly separate geographically requirement of section 10(j).220 While both courts deferred to FWSs definition of population as being 2 breeding pairs . . . raising at least 2 young each . . . for 2 consecutive years, the courts applied that definition differently.221
The Wyoming district court found that population should be applied to include lone dispersers.222 Since there have been lone wolves spotted in the recovery areas over the years, the Wyoming district court found that the wholly separate geographically requirement was violated.223
The Ninth Circuit disagreed, finding that the term population applied only as defined above by FWS.224 Accordingly, any lone dispersers in the recovery areas were irrelevant to its analysis of the wholly separate geographically requirement, and the reintroduction program was upheld.225
The litigation surrounding the Yellowstone wolves did not end at the Wyoming district court or the Ninth Circuit, but instead continues. Most recently, the Tenth Circuit Court of Appeals in Denver, [*PG450]Colorado heard the defendants appeal in the Wyoming Farm Bureau Federation v. Babbitt case.226 In a major victory for the pro-wolf forces, the Tenth Circuit issued its opinion on January 13, 2000, unanimously overturning the Wyoming district courts decision, and ordering that the reintroduced wolves be allowed to remain in Yellowstone.227 It is not yet clear whether the Wyoming Farm Bureau Federation will appeal the case to the United States Supreme Court.
In its very detailed opinion, the Tenth Circuit addressed the plaintiffs228 allegations individually, as the Wyoming district court had done.229 First, the court rejected the claim made by the Urbigkits that Canadian wolves were a genetically distinct subspecies from the Northern Rocky Mountain wolf, and therefore should not have been used in reintroduction.230 The Tenth Circuit instead agreed with both the Wyoming district court and the Ninth Circuit, and held that FWS acted reasonably in concluding that the subspecies irremotus no longer exists.231 The court reasoned that since the species no longer exists, it would be impossible to use that species for reintroduction, and therefore the Canadian wolves were acceptable.232
Second, the Tenth Circuit addressed the plaintiffs allegation that FWS violated ESA section 10(j)(2)(A) by failing to release the experimental population outside the current range of such species.233 In rejecting the plaintiffs argument, the court noted that the plaintiffs definition of current range, as that term is used in section 10(j), is unnecessarily rigid.234 The plaintiffs argued that current range should mean that territory occupied by an individual wolf.235 The court noted that while Congress did not define current range, it defined species as used in section 10(j)(2)(A) to constitute distinct interbreeding population segments, . . . not individual ani[*PG451]mals.236 By definition, then, an individual animal does not a species, population or population segment make.237 Because of this definition, the Tenth Circuit held that FWS and the Interior Department reasonably interpreted current range to be the combined scope of territories defended by the breeding pairs of an identifiable wolf pack or population.238 Accordingly, the Tenth Circuit rejected the plaintiffs allegation that the reintroduction program violated the current range provision.239
Third, the Tenth Circuit considered the district courts holding that the introduction of the experimental population violated ESA section 10(j)(1)s requirement that experimental populations be wholly separate geographically from nonexperimental populations of the same species.240 Recall that the plaintiffs argued that Congress never intended section 10(j) to lessen the ESA protections afforded to individual members of a natural population.241 According to the plaintiffs, then, the sightings of lone stragglers from the naturally occurring population within the reintroduction area created a geographic overlap in violation of section 10(j)(1).242
The Tenth Circuit again noted that Congress, in the ESA, did not define the relevant terms or otherwise address the precise question at issuewhether the phrase wholly separate geographically from nonexperimental populations means that a reintroduced population of animals must be separate from every naturally occurring individual animal.243 The court, stating that, in the spirit of flexibility, Congress deliberately left the resolution of this issue to the Secretary, decided that it must defer to the administrative agencys interpretation of the terms.244 Given the courts acceptance of FWSs definition of population as not including lone stragglers, the Tenth Circuit determined that a geographic separation means that an experimental population can be established in any area outside the area in which a particular population sustains itself.245 Because the Secretary and FWS reasonably determined that there were no populations of naturally [*PG452]occurring wolves within the experimental areas, the Tenth Circuit held that the wholly separate geographically requirement was satisfied.246 The Wyoming district court was thus overruled.247
Finally, the Tenth Circuit addressed the concern of the environmental group plaintiffs that naturally occurring wolves which wander into the experimental areas will lose their endangered protections.248 The Wyoming district court did not directly deal with this issue, but the Tenth Circuit settled this enforcement problem by decisively holding that the legal protection afforded any particular wolf is clearly known, depending entirely on where the wolf is, not where it might once have been.249 Accordingly, if a naturally occurring wolf wanders into the experimental areas, he or she automatically becomes reclassified as part of the experimental population, and is to be governed by the special rules established for the reintroduced wolves.250
There are three main issues that must be considered to determine whether the gray wolf reintroduction violated section 10(j) of the ESA: (1) the use of Canadian wolves as the reintroduced population; (2) whether the reintroduced population is in the current range of the species; and (3) whether the reintroduced population is wholly separate geographically from naturally occurring wolves.251 The last two issues depend on the interpretation of the definition of population, as it applies to reintroduction.252
In light of the legal analysis which follows, this Comment concedes that if the ESA is interpreted strictly, as it was at the Wyoming district court level in the Wyoming Farm Bureau Federation case, the gray wolf reintroduction program could possibly be found to have violated section 10(j).253 However, after considering the legislative intent behind section 10(j), this Comment concludes that the purpose of section 10(j) was to provide for more flexible interpretation and admini[*PG453]stration of the ESA. Accordingly, any court charged with the task of interpreting ESA section 10(j) should adopt the flexible interpretation embraced by the Ninth and Tenth Circuits.254 This flexible approach should benefit not only the Yellowstone wolf reintroduction program, but all future programs as well.
As mentioned above, the first allegation in both Wyoming Farm Bureau Federation v. Babbitt and United States v. McKittrick was that the defendants introduction of Canadian wolves, which are neither threatened nor endangered in Canada, violated the requirements of ESA section 10(j).255
The Northern Rocky Mountain gray wolf is known to scientists as canis lupus irremotus, and the Canadian gray wolf is known as canis lupus occidentalis.256 Plaintiffs in Wyoming Farm Bureau Federation (particularly the environmental groups) alleged that canis lupus irremotus and canis lupus occidentalis are so genetically different that mixing the two subspecies would irreparably damage the survival of the irremotus subspecies.257 The defendants argued that FWS had reasonably determined there were no existing wolf populations in the reintroduction area, and accordingly there were no wolves of the irremotus subspecies available to act as a reintroduced population.258
Assuming, arguendo, that the defendants assertion was incorrect and irremotus subspecies wolves did in fact exist in the Northern Rocky Mountain region, we must turn to the ESA itself for guidance. The ESA was enacted for the purpose of providing a program for the conservation of . . . endangered species and threatened species.259 In addition, section 10(j) authorizes the release of experimental populations [*PG454]if such release will further the conservation of such species.260 The subspecies irremotus was mentioned when the gray wolf was first listed as endangered in 1973, but when it was relisted in 1978, the entire species of canis lupus was given endangered status.261 Indeed, nowhere in the ESA or any of its regulations, including the special rules adopted specifically for the gray wolf reintroduction program, are subspecies mentioned.262 The logical conclusion is that Congress intended the ESA to preserve the entire species of gray wolf (canis lupus), not to distinguish between relatively obscure subspecies variations.263
In addition, researchers note that although the gray wolf (canis lupus) was once divided into many subspecies, so many subspecies have become extinct that most scientists no longer differentiate between subspecies.264 Scientists now typically classify wolves as belonging to one of two species: the gray wolf (canis lupus) or the red wolf (canis rufus).265
With regard to the assertion that Canadian gray wolves are neither threatened nor endangered and therefore are not appropriate for use as a reintroduced population, the ESA itself speaks to this charge.266 It is a unique feature of the ESA that it applies state by state.267 Hence the abundance of wolves in Alaska, Canada, or Russia has no legal bearing on the question of their endangeredness in Idaho, Montana, or Wyoming.268 Thus, that gray wolves are abundant in Canada has no bearing on their status in the individual United States, and they are therefore acceptable for use as a reintroduced population.269
[*PG455] Accordingly, the defendants use of Canadian gray wolves for the reintroduction program did not violate section 10(j) of the ESA.270 The conclusions of the Wyoming district court, the Ninth Circuit, and the Tenth Circuit should be upheld if this issue is appealed to the Supreme Court.
Since the second and third issues in the wolf reintroduction litigation both hinge on the definition and application of population, it is necessary, prior to analysis, to define the term.
Under administrative law rules, all three courts involved in the gray wolf litigation271 deferred to FWSs definition of population.272 The current law, then, is that, with regard to wolves, population means at least 2 breeding pairs . . . raising at least 2 young each . . . for 2 years, and does not include lone dispersers.273
The Ninth Circuit stated in United States v. McKittrick that FWS has interpreted the wholly separate geographically requirement only to apply to populations; this interpretation is reasonable and we decline to disturb it.274 This level of deference to an administrative agency is in line with Wyoming District Court Judge Downess own finding that FWSs definition is not arbitrary, capricious, or manifestly contrary to the [ESA].275 In fact, Judge Downes specifically stated that an agencys judgment is especially appropriate where the challenged decision implicates special agency expertise.276 Indeed, the Tenth Circuit stated in Wyoming Farm Bureau Federation v. Babbitt that such scientific matters within the agencys expertise should receive substantial deference.277
[*PG456] Given FWSs years of intense research on wolves and wolf reintroduction, it is doubtful that there are many who know more about the subject. Accordingly, the definition of population falls squarely within the special agency expertise of FWS and, thus, courts should defer to FWSs definition.278
With the legal definition of population squarely in mind, the second major issue of the wolf reintroduction litigation can now be considered. The question is whether the defendants violated section 10(j)(2)(A) by failing to introduce the experimental population outside the current range of the species.279
Due to the extensive survey efforts of FWSs recovery team, it was well known that several naturally occurring wolf dens existed in Montana.280 At the time, it was predicted by researchers that this naturally occurring gray wolf population, which was much larger than expected, would proliferate and disperse throughout the Northern Rocky Mountain region, including Yellowstone Park.281
It appears that such an hypothesis may have been entirely viable, given the observation by independent researchers that wolf territories . . . are never static.282 Wolf populations frequently enter new territory in search of game and thus slowly migrate throughout, and outside of, their range.283 It has been noted that [t]he wolf has the greatest natural range of any living land mammal other than man.284 Accordingly, it is technically possible that the experimental population area may have been within the actual range of naturally existing wolves from Montana.285 However, there is not much FWS or anyone else can do about the nomadic nature of the wolf, and FWS was diligent in its efforts to find and locate viable naturally occurring popula[*PG457]tions of gray wolves in the Northern Rocky Mountain region.286 The simple possibility that populations of wolves from Montana may migrate over the years to areas that may be within the experimental population areas should not be held to impair the validity of the wolf recovery program.287
The Tenth Circuit held that FWS reasonably defined the current range of naturally occurring wolves to be the combined scope of territories defended by the breeding pairs of an identifiable wolf pack or population.288 In light of the established definition of population and the above discussion, this holding is reasonable and should be upheld.289
The third major issue in the wolf reintroduction litigation is whether defendants violated section 10(j) by introducing an experimental population which was not wholly separate geographically from naturally occurring wolf populations.290
Section 10(j) states that the term experimental population, for the purposes of authorized reintroduction, applies to a population only when, and at such times as, the population is wholly separate geographically from nonexperimental populations of the same species.291 This wholly separate requirement is necessary to protect natural populations of the same species and to avoid potentially complicated problems of law enforcement.292 For example, in the wolf reintroduction scenario, ranchers are permitted to take actions against experimental population wolves that are otherwise prohibited against naturally occurring wolves (which enjoy full ESA protections).293 If a rancher catches a reintroduced wolf in the act of attacking or killing livestock, he or she is entitled to harass or even kill the wolf.294 If the reintroduced population did not exist wholly sepa[*PG458]rate[ly], a rancher might accidentally kill a protected, naturally occurring wolf, believing it to be a problematic experimental population wolf.295
Further problems arise when the special rules governing the gray wolf reintroduction program are considered.296 These special rules provide that all wolves found in the wild within the boundaries of [an experimental population area] will be considered nonessential experimental animals.297 This directly addresses the complaint of the environmental plaintiffs in the Wyoming Farm Bureau Federation case that, because FWS failed to insure that the experimental and nonexperimental populations were wholly separate geographically, the naturally occurring wolves were essentially stripped of their ESA protections.298 If the two populations do co-exist, it will be virtually impossible to distinguish between them when it comes to enforcement or regulation.299
With regard to entire populations of naturally occurring wolves (as defined by FWS), it is undisputed in both the Wyoming Farm Bureau Federation case and the McKittrick case that the reintroduced wolves are wholly separate geographically from these populations.300 The real question is whether the reintroduced population is separate from any lone dispersers.301
Keep in mind, however, that, according to all three courts, the legal definition of population does not include lone dispersers.302 Given FWSs definition, which is entitled to deference, it would be amiss to follow Wyoming district court Judge Downess lead and find that the reintroduced populations were not wholly separate geographically from nonexperimental populations of naturally occur[*PG459]ring wolves, as required by section 10(j).303 Accordingly, if this matter is appealed to the United States Supreme Court, the Court should adopt the reasoning of the Ninth and Tenth Circuits and find that the Recovery Plan duly complied with the wholly separate geographically requirement.304
A finding by the Supreme Court that the reintroduced wolf population was wholly separate geographically and was introduced outside the current range of the species would comply with Congresss intent that section 10(j) programs be administered with flexibility.305
The Wyoming district court in Wyoming Farm Bureau Federation v. Babbitt purportedly drew on legislative history in finding that wolf reintroduction violated section 10(j) of the ESA.306 Judge Downes stated that Congress, when it enacted section 10(j), did not intend to allow reduction of ESA protections to existing natural populations in whole or in part.307 Judge Downes went on to conclude that Congress did not intend to lessen the protections afforded to naturally occurring, or non-introduced, individual members of the same species.308 This was part of his rationale for finding that population should apply to individual wolves, as well as groups.309
If section 10(j) is strictly interpreted, Judge Downes may be right. As the Ninth Circuit pointed out in United States v. McKittrick, however, Congresss specific purpose in enacting section 10(j) was to give greater flexibility to the Secretary.310 The Tenth Circuit echoed this sentiment in its recent decision overturning Judge Downess opin[*PG460]ion.311 Therefore, the whole point of section 10(j) is flexibility: flexibility in management of reintroduced populations and flexibility in administering section 10(j).312
To promote this overriding theme of flexibility, the nature of the particular species being reintroduced should be considered. As Congress itself pointed out when section 10(j) was added to the ESA, individual species should not be viewed in isolation, but must be viewed in terms of their relationship to the ecosystem of which they form a constitutent [sic] element.313 The nature of a gray wolf is far different from that of virtually any other mammal.314 As previously discussed, wolves are nomadic by nature, and their territorial boundaries constantly change.315 This makes it difficult to set a strict boundary line for either reintroduced or naturally occurring populations, and overlap will eventually occur. This is also why lone dispersers from the naturally occurring gray wolf population have inevitably turned up in the recovery areas.316
Additionally, with regard to individuals and the question of population, Congress has stated that the purposes and policies of the [ESA] are far broader than simply providing for the conservation of . . . individual members of listed species.317 This points to Congresss intent, which was recently endorsed by the Tenth Circuit, that, in the context of reintroduction, the survival of an entire species is more important than the survival of individual members of that species.318 This statement is particularly important in terms of wolf reintroduction because it meshes so neatly with the overriding goal of a wolf packthe survival of the pack.319 Indeed, if the wolves themselves could be asked about this issue, they would unanimously respond that the survival of the species is of course more important than the survival of its individual members.320
[*PG461] In sum, in light of the legal arguments and congressional intent, the Supreme Court should uphold FWSs definition and application of population. Additionally, in the spirit of flexibility, the Supreme Court should find that the gray wolf reintroduction program did not violate either the current range of species or the wholly separate geographically requirements of section 10(j), and accordingly was in compliance with the ESA.
If the Wyoming Farm Bureau Federation appeals this matter to the United States Supreme Court, and the Court opts to adopt the reasoning of the Wyoming district court in the Wyoming Farm Bureau Federation case, several major problems would arise.321 In compliance with Judge Downess order, the reintroduced wolves and their offspring would have to be tracked, rounded up, and removed from the recovery areas.322
The first problem which would arise is that it is doubtful that all of the experimental population could be recaptured. While many members of the reintroduced population are radio-collared and can be located relatively easily, not all have radio collars, and certainly few, if any, of their offspring have collars.323 It has been over four years now since gray wolves were reintroduced into Yellowstone Park and central Idaho, and they have dispersed, formed packs, and likely mated and produced offspring with naturally occurring wolves.324 Any attempt to round up all the reintroduced wolves would inevitably fail to locate all of the experimental population, and would probably accidentally capture members of the naturally occurring population.
[*PG462] This leads to problem number two. If any members of the naturally occurring endangered population are taken or harmed during the removal, this would constitute a direct violation of section 9(a)(1) of the ESA.325 Section 9(a)(1) provides that with regard to any endangered species, it is unlawful . . . to take any such species within the United States.326 Section 3(19) of the ESA defines take to mean, harass, harm, pursue, shoot, wound, kill, trap, capture, or collect . . . .327 Any capture or attempted capture of a naturally occurring gray wolf, or the offspring of a naturally occurring wolf and a reintroduced wolf, would violate the ESA and must be avoided.328
Finally, the third problem in complying with Judge Downess order is that even if all of the reintroduced wolves could be tracked, captured, and removed, there is nowhere for them to go. Interior Secretary Bruce Babbitt explained prior to reintroduction that, [t]he Canadians have said no returns, no refunds. [The wolves] cant go back to Canada.329 American zoos are already at capacity and do not have enough room for these wolves.330 The only option left would be euthanasiadeath.331
If the Supreme Court declines to find that the gray wolf reintroduction program complied with the ESA, the court still has an option that will save the lives of the Yellowstone wolves. Since the recovery program began as an administrative agency proceeding, the Interior Department and FWS have original jurisdiction, and the Wyoming Farm Bureau Federation case can be remanded to FWS.332 This would give FWS the chance to address any regulatory shortcomings in an otherwise lawful program.333
[*PG463] Although FWS stated in the recovery programs special rules that it does not intend to reevaluate the nonessential experimental designation, remand would give FWS the opportunity to at least consider reclassification of the reintroduced wolves.334 Of course, the best way to guarantee that the reintroduced wolves remain where they are is to reclassify them all as nonexperimental, thereby affording them full endangered status.335 Realistically, given the bureaucratic hoops FWS would have to jump through to effect a reclassification, this would be a difficult, if not impossible, venture.
A second, and more viable, option is to reclassify the reintroduced wolves from nonessential to essential.336 Recall that an essential experimental population is one whose loss would be likely to appreciably reduce the likelihood of the survival of the species in the wild.337 As an essential population, the wolves would receive greater ESA protection and it would be more difficult to justify having them removed from the recovery areas.338
The Wyoming Farm Bureau Federation plaintiffs hold the power to effect the quickest, easiest, and most economical solution by simply withdrawing their complaints, or, after the Tenth Circuit decision, opting not to appeal to the United States Supreme Court. The plaintiffs, to be sure, might consider this a ludicrous idea, but withdrawal would, in fact, benefit the plaintiffs.
First, if the plaintiffs are correct that there are more naturally occurring gray wolves in the Northern Rocky Mountains than government researchers believed, then, given the nomadic nature of the wolf, these wolves will eventually repopulate the entire area on their own.339 The problem, then, for plaintiffs is that these wolves would enjoy full ESA protections by virtue of their endangered status, and ranchers would no longer be permitted to shoot a wolf, even if they discovered it in the act of killing livestock.340 No longer would the wolves be monitored and managed by FWS, and no longer could the [*PG464]government relocate or kill wolves preying on livestock.341 Would it not be much more advantageous for ranchers to support reintroduction and enjoy the flexible wolf management that section 10(j) provides?
Second, withdrawal of the suit now, after having lost in the Tenth Circuit, could improve the publics perception of the farm bureau plaintiffs. Public support for the wolf recovery program has been overwhelming, and the farm bureaus have generally been portrayed in the media as cold, selfish entities intent on destroying a recovered species.342 The Idaho Farm Bureau Federation has stated that the Farm Bureau is not advocating killing the non-native wolves to meet [Judge Downess] order. We simply want them removed to meet the judges order.343
As already noted, however, euthanasia is the only available option if the Yellowstone wolves are removed.344 It would be far more productive if the farm bureaus and FWS worked together on solutions that will both save the wolves and give livestock ranchers more of the protections they are seeking.
Human hunters were the reason the gray wolf disappeared from Yellowstone Park so many years ago.345 Now, human conservationists are righting this wrong by returning the gray wolf to its historic habitat.346 The Northern Rocky Mountain gray wolf recovery program has been wildly successful.347 In 1995, twenty-nine wolves were returned to Yellowstone Park and Idaho.348 The population of the reintroduced [*PG465]wolves has now grown to approximately 300.349 In fact, the species has recovered so well that FWS is considering delisting or downlisting the gray wolf in certain areas.350
Any court reviewing the validity of this wolf recovery program should consider that, despite the extensive legal arguments for and against gray wolf reintroduction, dismantling such a redeeming human endeavor would be wrong. This is important not only for the survival of the Yellowstone wolves, but for other wolf reintroduction programs as well. Right now, there is ongoing litigation regarding the reintroduction of the red wolf in North Carolina351 and the reintroduction of the Mexican wolf in New Mexico and Arizona.352 With new wildlife reintroduction programs being proposed all the time,353 and the fate of these programs apparently resting with the courts, judges should be careful not to undo what has been done so successfully.
In the words of one wildlife author, [i]f we but try, and make well-informed efforts to coexist with wolves, then in a surprising number of places, we may well see what is natural and rightthe return of the wolf.354