I. Precursors to
the Endangered Species Act
The roots of the Endangered Species Act extend well
into the past century. Aldo Leopold, who
was considered by many to be the father of the modern conservation movement,
proposed an intrinsic value of wildlife.
Previously, management of flora, fauna and natural resources in general
was gauged by the value of economic utilization. This change in resource management
philosophy would have a resonating effect on policy in the United States for decades to
come. Its importance cannot be
overstated and will manifest itself in the statutory and common law examined in
this paper.
One
of the first pieces of conservation legislation enacted by Congress was the
Lacey Act in 1900. This prohibited the
interstate commerce of animals and their byproducts taken in violation of state
laws (Cooper, 1999). In 1914 the most
dramatic domestic extinction occurred. It
was that of the passenger pigeon, which many believe was the most prevalent
North American bird. Partially in
response to the species demise, Congress enacted a treaty with Canada
protecting migratory birds in the Migratory Bird Treaty Act of 1918 (Cooper,
1999).
In
1966, Congress passed the Endangered Species Preservation Act. The legislation was designed to protect
species domestically and internationally.
The Act protected domestic species through specific habitat preservation
and species restoration plans. International protection was indirect and came
in the form of the Endangered Species Conservation Act of 1969. The United States banned the
importation of products from certain species it deemed to be vulnerable to
extinction. The authority to enforce the
Act was given to the Secretary of the Interior, a precedent followed in later
species conservation legislation.
Out
of the Conservation Act of 1969 came an international treaty protecting vulnerable
species. The treaty was initiated by the
Secretary of the Interior and resulted in the Convention on International Trade
in Endangered Species of Wild Fauna and Flora (CITES). CITES did little in specific
planning for species. It did, however,
ban the international commercial trade of endangered species. Though the treaty was ratified, enforcement
varied from country to country and a healthy black market developed.
II. The Endangered Species Act
The
Endangered Species Act of 1973 (ESA) combined the lists of species from CITES
(international) and the Conservation Act (domestic). In addition, the legislation created specific
criteria for listing species and protecting them on public and private
property.
The
underlying philosophy of Aldo Leopold is manifest throughout the legislation,
and in no better instance than section 9.
Section 9 prohibits any “taking” of an endangered species. “Taking” is defined “to harass, harm, pursue,
hunt, shoot, wound, kill, trap, capture or collect or attempt to engage in such
conduct (Endangered Species Act).”
In
addition to the explicit, though broad, definition of “taking” in the
legislation, the Fish and Wildlife Service (FWS) defines harm as any action
that modifies or changes the habitat of a vulnerable species (Simmons & Simmons
2003).
III. Expansion of ESA Authority
The
paradigm of Leopold was used by the courts in Tennessee Valley Authority v.
Hill. The court set the precedent
of placing species preservation at a higher value than any other policy. The exact language of the ruling stated,
“Congress intended endangered species to be afforded the highest of
priorities”. This type of logic has the potential
to be devastating. Implicit in the
ruling, and Leopold’s writings, is the value of conservation is not quantifiable
and therefore limitless. Conservation is
not the only type of policy that is difficult to quantify in terms of economic
value. Therefore, this should not allow
conservation to trump all other public and private activities.
In
1978 the legislation was again amended to include methods of exemptions under
Section 10 of the ESA. Any exemption is
first taken to the Secretary of the Interior.
If her consent is obtained a review board processes the
application. Finally, the Endangered
Species Council convenes to consider granting the exemption. The Endangered Species Council is full of
cabinet level members and rarely meets. Since
1978, only six exemptions have been attempted.
Of those six, one full exemption was granted as well as one partial
exemption. The 1978 legislation also
mandated the definition of habitat, concurrently with the listing of any new
species. In addition, the scope of the
ESA was limited to vertebrates and flora (Baldwin, Buck & Corn, 2002).
The
1982 version of the ESA further emphasized the intrinsic and overriding value
of conservation by eliminating economic factors in the process of listing
species in the ESA (FWS). Section 7
requires that federal agencies consult with the Secretary of the Interior regarding
any action which may adversely affect an endangered species and its habitat
(ESA). This has implications to both
public and private policy. Section 7
draws private land under its umbrella whenever a landowner applies for any type
of federal permit. Consideration of
private lands is critical as a large percentage of endangered species are found
there. Before the permit can be granted,
the FWS must be satisfied that appropriate measures have been taken to mitigate
any potential conflict (Simmons & Simmons, 2003). Any action that might be considered a take is
required to be reported to the Secretary of the Interior for approval before
proceeding (Baldwin et al., 2002).
Federal
agencies have attempted to defy section 7, but have not fared well in court. In Pacific Rivers Council v. Thomas
the courts ruled that when agencies defy section 7 they are subject to
lawsuits, injunctions and fines levied by the Secretary of the Interior. Section 7 gives extraordinary power to the
Secretary of the Interior and the FWS. These
agencies have the ability to stop any proceeding of a federal agency whose
actions may, even in a remote way, affect an endangered species (Cooper, 1999).
The
scope of power granted to the Secretary of the Interior and the FWS was again
significantly expanded by the 1995 case Babbitt
v. Sweet Home. Now, “critical habitat” is not only defined
as habitat currently in use by an endangered species, but also any land that
has the potential to be inhabited by an endangered species. This Leopold-esque
interpretation of habitat created counter productive and perverse incentives
which will be explored later in this paper (Committee on Natural
Resources).
Every land owner whose
property contains critical habitat must submit a habitat conservation plan
(HCP). This plan details how the
landowner will mitigate any conflict between property use and habitat
preservation. The plans must be approved
by the FWS while the cost of implementation is generally left to the
landowner.
Part of the HCP is the
Incidental Take Permit (ITP). This was
intended to allow some breathing room for landowners who incidentally take an
animal in the process of normal use of their property. The process of reporting was initially so
cumbersome that most landowners chose not to report or even file for the
permits. However, the regulations have recently
been restricted and applications for the ITP have skyrocketed. The relaxed regulations protect landowners
from future restrictions for species not yet on their property (Alessi, 2003).
The process of listing
a species can be initiated by a person or group. A formal request must be filed with the
Secretary of the Interior. A pre-study
is commissioned to determine if the request is germane. If it is determined to be germane a full
study is commissioned. The results of
this study are used by the Secretary to decide whether or not to list the
species. If the Secretary does not, he
must provide in writing her reasons not to within thirty days (Committee on
Natural Resources).
The process for
enforcing the ESA through the courts is simple.
Any citizen or group can bring suit against any person or entity, public
or private that is not in compliance with the Act. Ironically, the FWS and Secretary of the
Interior have on several occasions (Northern Spotted Owl v. Hodel, Fund for Animals v. Lujan, Marbled Murrelet v. Lujan) been found to be in violation
of the ESA. The Secretary has a history
of arbitrarily neglecting to follow through with the application process for some
species (Committee on Natural
Resources). The scope of those
allowed to bring suits was narrowed in the case Bennett v. Spear when a
group of ranchers tried to use the ESA to protect their financial
interests. The courts ruled that the
intention of the plaintiff cannot be ulterior or indirect, only a pure intent
to protect a species.
IV. Juxtaposing Paper &
Players
The
Act and the Courts have given an extraordinary priority to the method of
species protection prescribed by the Act.
In order to truly understand the Endangered Species Act, we must
juxtapose the basic structure of the legislation, along with the
interpretations offered by the courts, with the players affected by it. Specifically, we must examine the incentives,
both intended and unintended, along with how and why the players respond the
way in which they do. We will examine
the incentives created for politicians, bureaucrats, special interest groups
and landowners.
V. Politicians as Players in
the ESA
When
determining and predicting the actions of elected officials, we are under the
assumption they want to remain in their positions, and will therefore pursue
means that lead to that end. Because
re-election plays such an important role, politicians are forced in some part
to listen to those who do the electing, namely their constituents (Mitchell &
Simmons, 1994). This idea is the basis
for representative democracy. However,
to expect an elected official to perfectly represent all of the interests of
his or her constituents would be unreasonable; there are too many diverse
interests to effectively appease them all in a single policy. And, even if a general consensus does exist
within a population, a large group is subject to the problems of
disorganization, free riding and poor interest articulation and therefore is
unlikely to have that particular interest represented. Politicians are thus rewarded for listening
to pressure, or interest, groups (Anderson & Leal, 1991). These groups, to a point, have overcome the
collective action problem and can carry a policy proposal all the way to the
legislature. Politicians are well aware
of a group’s ability to not only have a representative voice, but a political one
as well, and greatly influence an election.
VI. Bureaucrats as Players in
the ESA
The
members of administrative organizations are presumed to act in the public’s
interest and promote the public good.
This, however, is not often the case.
In reality bureaucrats tend to act in the interest of special groups or in
the interest of the bureaucrat himself (Baden & Stroup, 1981). Bureaucrats themselves are not wholly to
blame for their actions. In
administrative agencies the survival of the agency itself will direct resource
allocation, and therefore decisions made in the interests of the agency and not
the public good are a result of institutional incentives and not “bad
bureaucrats” (Baden & Stroup, 1981).
The
bureaucrats involved in the administration of the ESA are the Fish and Wildlife
Service, the National Marine Fisheries Service, the Secretary of the Interior
and in some part the Secretary of Commerce.
The Secretary of the Interior (along with the Secretary of Commerce in
some cases) determines whether or not a species is endangered or threatened and
can list it as such. The Secretaries
list species based entirely on the best scientific and commercial data
available to them, taking into account any other conservation efforts currently
underway (ESA §7 (b) (1) (a) (1)). The
Secretary of the Interior, working with the FWS, designates habitat that is
critical to the survival of the species in question, taking into account
possible impact resulting from the designation (ESA §7 (B) (2)). That habitat is then subject to regulation under
the ESA.
Like
all government bureaucracies, the FWS exists with demands far exceeding its
finite budget. In the case of the ESA
the FWS claimed in October of 1999 “…it could not comply with all of the
demands of the ESA under current budget restraints” and placed the designation
of critical habitat last on its listing budget (Baldwin,
et al., 2002). Also worth noting, the
FWS consistently failed to request increased funds for habitat
designation. Adding to the budget
problem, Congress placed a cap on funding for that activity (Baldwin,
et al., 2002).
If we assume that these agencies are pursuing
activities that expand their power and solidify their existence it would only
make sense that they would emphasize programs that would increase their budget. As of December 4, 2002 the FWS had only designated critical
habitat for 162 of the 1,262 species listed under the Act. Citing low marginal benefit and high costs of
implementation the FWS says that habitat designation is a poor use of scarce
budgetary resources (Baldwin, et al., 2002). If that is the case, the FWS is not as
concerned with the worth of a species as it is with its own budget.
VII. Special Interest Groups as Players
in the ESA
Interest groups form in society
for a number of reasons. Groups can make
political life easier by lowering information costs as well as concentrating
political power. In a large society, it
is difficult for one individual to affect policy, thus rational individuals
with a common political interest or stake will come together to form
organizations. These organizations act
in the interests of their members, and wield more political clout than any
single individual (Pierce, Steger, Steel & Lovrich,
1992).
In
recent years, growth in membership of environmental groups has risen. One reason for the increase is the idea of a
culture shift in a postindustrial society (Pierce et al., 1992). As affluence increases, a population
experiences a shift to higher-order needs, including a need for higher quality
environmental amenities (Pierce et al., 1992), a need that is not exhibited
when a population is merely trying to survive.
People who have the desire for increased environmental quality can have
a variety of motives to join groups.
These motives include purposive motives, joining because the individual
gives importance to some threat to the environment, or solidary
motives, joining because of a desire to enjoy nature with others who share that
person’s interests (Pierce et al., 1992).
The
reasons individuals come together is essential to the analysis of the
incentives that drive environmental interest groups. In order to function effectively (be able to
affect legislation) groups must have funding and/or volunteer assistance (Pierce
et al). Many groups employ
administrators to oversee operations. In
order to secure the needed resources and keep members employed, groups must
perpetuate the reasons to join the group (i.e. environmental threats, the
chance to enjoy the outdoors). In
reality, if an individual enjoys the outdoors they too will respond to
environmental threats as they obviously give value to the environment. If the threats no longer exist, (for example,
if loggers no longer want to cut trees or animals are no longer endangered),
the legitimacy of the group’s existence would be questioned. Environmental interest groups have an
incentive to combat a problem, but not necessarily to solve it.
The most
influential groups involved with the ESA are, of course, environmental groups
(i.e. the Sierra Club). For the most
part, environmental special interest groups can be classified as “public
interest groups”, or groups that lobby for a good whose benefits, once secured,
will be distributed to the public at large, regardless of individual
participation in the group (Pierce et al).
This assumption, however, is a risky one. We have already established that politicians
and other decision makers respond to groups, therefore we are more likely to
see environmental group’s goals turn into policy. A certain environmental group’s interests may
not be representative of the public good as one might assume (Mitchell &
Simmons, 1994). To use an example offered by Terry Anderson and Donald Leal,
Americans will pay higher gas prices because oil drilling is not permitted in
the Arctic National Wildlife Refuge.
Because the cost is spread out and the costs of action are high compared
to the benefits individuals will remain “rationally ignorant”. An interest group concerned with preserving
the arctic land stands to gain from the prevention of drilling. As a small group, they don’t pay the
opportunity cost of
the
lost energy production and “too much” of the habitat is produced (Anderson
& Leal, 1991). This phenomenon of “externalities” is represented in the
figure to the left. Supply curve one
(S1) reflects the supply of some endangered species habitat at the
corresponding quantity and price.
However, when the costs of lost production and other inefficiencies
(that in reality exist) are included in the model, the supply curves shifts to
the left. It is clear that when costs
are calculated correctly less habitat would be used for species conservation
and at a higher price. Interest groups can clearly cause inefficient use of
resources and distorted prices.
Effective interest
groups successfully secure public funds for what they portray as a public
good. Almost always, however, the
public good is not universally accessible (air quality a limited exception) by
the public who is paying for it, and therefore not a true public good. When push comes to shove, interest groups
are effective free riders. They are
able to fund projects they place a high value on with other people’s money.
VIII. Property Owners as Players in
the ESA
Clearly defined, defendable and
divestible property rights are essential to efficient resource allocation and
conservation. When property owners have
the opportunity to trade their resource they have the incentive to take good
care of it and protect its value. This
incentive is intensified by the rights they have to protect the resource
against anyone taking it away from them (Gwartney,
Stroup, Sobel & Macpherson,
2003). When property rights are strong,
market prices provide the incentive to conserve and use resources efficiently (Gwartney et al, 2003).
The
incentives provided to private land owners are essential when looking at the
effectiveness of the incentive structure of the ESA. Randy Simmons points out that Section 7 of
the ESA provides the federal government with regulatory authority over private
lands in order to preserve a species (Simmons & Simmons, 2003). If a listed species is discovered on private
land, that property is subject to regulation under the ESA, in turn degrading
the use rights of the owner. In essence,
the ESA weakens property rights (Gwartney et al, 2003). If an owner wishes to keep all of the rights
to his resource, he will maintain it in a way that discourages habitation by a
listed species. Simmons best illustrates
this incentive structure by citing the national Association of Home Builders Developer’s Guide to Endangered Species
Regulation:
Unfortunately, the highest level of
assurance that a property owner will not face an ESA issue is to maintain the
property in a condition such that protected species cannot occupy the property,
and managing the vegetation in ways that prevent the presence of such species
are often employed in areas where ESA conflicts are known to occur (Simmons
& Simmons, 2003, p. 7).
As a number of
case studies will demonstrate, the incentives that the ESA provides private
landowners act in opposition to the stated goals of the Act. As mentioned earlier, governmental regulation
often leads to inefficiencies that could be avoided in a more market oriented
system. Gwartney
et al conclude:
Without the signal and incentives of
the market mechanism, it is difficult to discover low-cost means of resource
conservation. There is also less
incentive for decision makers to use low-cost methods, even when they are known
(Gwartney et al, 2003, p. 788).
IX. Three Case Studies
Now that we have
examined the structure of the Endangered Species Act, the incentives it creates,
both intentional and otherwise, and how players respond to both of the
aforementioned, we will examine three case studies. The first case is the Snail Darter. It was the first litigation ever that went
before the courts to settle the value of a species. In this case, the species
was deemed to have an incalculable worth that put a halt to the finishing of
the Tellico dam, a project with millions of dollars already invested for its
development. The second will be the Red Cockaded-Woodpecker. This case is an example of the use of
preemptive action to destroy the habitat of a species. And finally, we will see
the example of the Mojave Desert Tortoise, which has a direct impact in
southern Utah. The tortoise is halting the needed growth of Washington County, said to be the fastest growing
county in the nation.
In
all of these examples, the habitat that is occupied by these species also has a
high value of worth for the people living there. Those that could benefit from the use of the
land and surrounding area are being restricted. By applying a Coasian solution to these problems we will be able to see
how plausible it really is to achieve the goals and desires of both parties.
X. Case Study One: The Snail Darter
The
Snail Darter came to the forefront when a dam was proposed to be built on the
lower main branch of the Tennessee River. Scuba
divers found a small fish that lived in the area of the dam and brought the
fish to the attention of the Endangered Species Act. Once this happened,
construction on the dam was halted and the problem went to the courts. “Who
knows, or can say, what potential cures for cancer or other scourges, present
or future, may lie locked up in the structure of plants which may yet be
undiscovered, much less analyzed? (Tennessee Valley Authority
v. Hiram Hill, et.al. 1978).” Sadly, as we
closely examine the wording and structure of the ESA we cannot ignore the fact
that congress intended the endangered species to be afforded the highest
priority. In this case we see that the fear was losing the habitat of the Snail
Darter because it was predicted that the Darter would not be able to survive in
any other areas of the river, upstream or down stream. With this ruling, the
construction of the dam was halted and the Darter was able to continue living
in the area. The Darter won. Later
senators attached the completion of the dam onto a bill and the dam was then
completed. As the dam was nearing completion, the Darter was transplanted
upstream in an effort to preserve and protect the species.
What was
discovered was that the Darter could live upstream in various branches of the
river and is currently surviving today, listed as a threatened species instead of
an endangered one. In the case of the Snail Darter, the species was given an
infinite worth, meaning that no matter what the situation was, the Darter would
have one. This logic is questionable;
the value of a dam is known, whereas data suggesting that the Snail Darter has
comparable value to the public is lacking. The bottom line is that to assign a
value of “incalculable” leaves no room to even measure what has the most benefit.
We can also see that had the dam been allowed to be built in the first place
clearly defined property rights could have been assigned to the dam.
Even if the sides
were to be reversed and the Darter was given the rights to the habitat it would
have been possible to buy out the Darter.
In all likelihood it both solutions would have left the Darter in the state
that we now find it in. All the ESA did in this example was slow down the
completion of the dam and add a burden on the courts, thus increasing the dam’s
costs. Sadly, the ESA has been accused of only clogging the courts and slowing
the natural progress of man and nature (U.S. Fish and Wildlife Service Division
of Endangered Species).
XI. Case Study Two: Red Cockaded Woodpecker
The
Red Cockaded-Woodpecker (RCW) has been on the endangered species list since
1970, and its habitat consists of old growth pine trees, ranging from 50 –80 years
of age. The older trees that the RCW lives in are valued for timber. The reason
for the decline in the RCW’s population are the
reduction of the pine forests with old growth trees, (old being 50 years and
above), and also the encroachment of hardwood industry due to fire suppression
(U.S.
fish and Wildlife Service Division of Endangered Species).
The ESA has
created the incentive for those who own the land that contains old growth trees
and possibly the RCW to cut trees prematurely, thus eliminating the nesting of
the RCW. This technique of destroying the habitat is also known as the
“scorched earth” technique (Simmons & Simmons, 2003), or preemptive
destruction. This leads to over harvesting and unnecessary destruction, but land
owners do it because if they do not restrictions could result and nothing of
value would happen with the land.
To
maintain the value of the land and have any option for its development or other
use, the RCW must not be in the picture. If the RCW is around, along with ESA restrictions,
the value of the land is drastically reduced and the owner’s options are
severely limited. This fact results in tactics such as “shoot shovel and shut-up”.
If the older trees are cut first then the RCW has to find somewhere else to
roost and the land can still maintain its value. Dean Lueck and Jeffrey
Michael note:
While
regulators consider restrictions to preserve land, developers race to beat the
regulations, resulting in more rapid development than would have other wise
occurred…The primary cost of preemption seems to be the reduction in the
conservation benefits from RCW protection. This cost not only includes the
public benefits of species protection but also includes the private environment
benefits to landowners of maintaining old-growth pine forests for recreation
and for other reasons (Journal
of Law and Economics, 2003, p.17).
The
current status of the bird’s population is believed to be 10,000 – 12,000, and
this is after thirty years of being on the endangered list (U.S. fish and Wildlife Service
Division of Endangered Species). This shows us that even though a species is
listed the same formula for preservation applied to each species results in a
small chance of recovery. Forming an accord with the landowners would be a
better solution. They could still cut younger
trees, or at least be more selective about the ones that they do cut, thus
preserving the older trees for the RCW. Land owners would retain a portion of the use
rights to the land. By placing a hold on all of the land and restricting its
use, everyone but those who value the existence of the RCW lose. The land also
has a value, whether it is for recreation or woodcutting, and that value is
completely lost under the current ESA.
XII. Case Study Three: The Mojave Desert
Tortoise
The
Mojave Desert Tortoise is an example species listed differently, with a
negative effect on Southern Utah and its
development. In Utah the MDT is listed as
threatened, effecting Washington
County. Much of Washington County’s
growth is due to immigration to Utah,
and the listing on the MDT halts development in areas where the species
occupies land. There are several reasons for the reduction of the MDT’s
numbers, some of which are disease, predation, and habitat loss. The MDTs located in Washington
County, however, are in
good health and have a high population density.
The only conflict is that they are living in the path of the proposed
areas of development.
Currently
under the ESA property can be taken without just compensation, arguably
violating the Fifth Amendment, which states that no taking of property for
public use can occur without reimbursement. Where the value of a species is
incalculable, the landowners emerge defeated every time, in many cases given
nothing for their losses. This often leads to “shoot, shovel and shut-up” where
the MDT is found so that development can occur and the value of the land be
maximized.
A huge problem
with the ESA is that species rarely stay within a boundary or drawn property
line. So the setting aside of a section of land for the preservation of the MDT
is very hard because the land area has to be massive to ensure the species
remains within the drawn boundary. Not only that, but the ESA
only sets restrictions on the hunting and loss of habitat, ignoring the
impacts disease, predation from other species, and evolution. Many questions
must be asked. Could the species survive
and flourish in another spot? Why is relocation not a possibility? Many times
these questions are overlooked by the ESA and that leaves the landowners at a
huge disadvantage to a species that may or may not have any real value to
society.
Gilliland
(1994) suggested several implications when the government is allowed to take
property without compensating the owner. First, property values may fall as a
result of the use restrictions. Second, if not compensated for the decline in
value, the owners may loose net worth, thus reducing their ability to
participate in an economic system. Third, the reduced property values will
affect the tax base possibility resulting in increased taxes on the remaining
property pool to maintain tax income. Finally, the government’s willingness to
sacrifice property rights for endangered species lessens the certainty of
everyone’s property rights and liberties (pp. 11-13).
Along
with the potential problems of taking property there still exists the dangers
of making decisions without adequate or questionable information. Many
decisions are also made by “outsiders” who have no local knowledge of a
situation. In southern Utah it was hard to determine just what
would happen with the small population of the MDT, and it was thought that they
would be sacrificed. It was later discovered that the MDTs
living there were among the healthiest around and thus their preservation
became a priority. Chris Blake described making decisions as “…walking through
a minefield—you have to take a step and see if it blows up” (Journal of the
Real Estate Center at Texas A&M, 11 March 2002).
The
problem with the ESA in this case is the making regulations based on inadequate
information. Once new information is found, a regulation is already in place
and the new data is pushed aside because a decision had already been made and a
plan implemented. So a developer loses valuable land for the sake of the MDT,
which once again may have no true value to society or the area.
In
all of these cases it has been shown that individuals are going to act in their
best interest, whether that means preemptive destruction of a habitat or simply
shooting, shoveling and shutting-Up. These case studies demonstrate that the
ESA, instead of saving species, actually prevents the efficient use of
resources and in some scenarios actually encourages habitat destruction. In all situations the species will end up the
loser.
XIII. Conclusion
All of these cases
have a better solution that would result in the best outcome for everyone
involved. As we can see from the actions of key players in the Endangered
Species Act and the associated impacts on species themselves, the motivation
created by the Act will not make it successful in its mission. Clearly, the incentive system created by the
ESA must be altered. While perhaps
somewhat difficult to implement, it is quite simple to prescribe a solution to
the ills the act causes.
As
mentioned earlier, the “immeasurable value” assigned to certain species leads
to inefficient resource use and improperly assigned costs. Externalities are created when certain costs
are not shouldered by those actually benefiting from the activity. The argument in the Snail Darter case was
that the continued existence of the species had a value that could not be
measured. While its total value wasn’t
assigned we can be sure that the courts deemed it more valuable than a
dam. In fact, the dam was the cost of protecting the species
in that particular area. More
importantly, the cost of the dam’s absence was not paid by those wanting to
keep the snail around, but paid by those who wanted to build it in the first
place.
Everything
has a cost, and cost cannot go unpaid.
Command and control regulation has proven to assign costs poorly. The market is much better suited to allocate
scarce resources. The player who values
the resource will pay the most for it.
The concept is simple, but accurate nonetheless. Of course, the only reason the player
wouldn’t pay would be because they could force someone else to pay for them,
and that is the status quo. Presently,
the act is creating externalities: we are producing too many snails and not
enough dams. In other cases, we are
simply destroying the very thing that we are supposed to protect.
In
his essay “Viewing Wildlife Through Coase-colored
Glasses” Terry Anderson advocates the transferring of wildlife to private
owners. By transferring the right to a
species or habitat from itself to a local owner, the state has put the public
in a position to trade those rights and allocate resources efficiently. Of course, doing this isn’t as easy as it
sounds; transaction costs and free riders diminish the utility of such
action. Anderson still suggests:
State and federal laws and policies
should do all they can to lower the transaction costs of defining and enforcing
rights to wildlife and habitat and of trading those rights. Where transaction costs allow it, private
ownership should be encouraged; where they are prohibitive due to the holdout
and free rider problems, governmental ownership may be the only choice, but
even here, liability must be clear and contracting with other agencies and
private landowners should be allowed (Anderson, 1998, p. 280).
Anderson’s Coasian solution could be readily applied to the case
studies listed above. In all cases
environmental interest groups, government or whoever wanted to protect the
species could have easily purchased the right to cut the trees, build the dam
or develop the land. They could have, of
course, if the owner’s property rights were well defined and protected.
To
be sure, defining property rights is no easy task. For this very reason, the Endangered Species
Act shouldn’t be dropped altogether.
Modifications are all that are needed to restructure its backwards
incentive system. We will know that the
proper adjustments have been made when the Act results in habitat preservation
instead of destruction and species growth instead of decline or
stagnation. The full worth of these
species will only be known when those who value them the most pay the costs of
keeping them around.
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