Endangered and Threatened Species: Final Threatened Listing Determination, Final Protective Regulations, and Final Designation of Critical Habitat for the Oregon Coast Evolutionarily Significant Unit of Coho Salmon, 7816-7873 [08-552]
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Federal Register / Vol. 73, No. 28 / Monday, February 11, 2008 / Rules and Regulations
DEPARTMENT OF COMMERCE
National Oceanic and Atmospheric
Administration
50 CFR Parts 223 and 226
[Docket No. 071227892–7894–01]
RIN 0648–AW39
Endangered and Threatened Species:
Final Threatened Listing
Determination, Final Protective
Regulations, and Final Designation of
Critical Habitat for the Oregon Coast
Evolutionarily Significant Unit of Coho
Salmon
National Marine Fisheries
Service (NMFS), National Oceanic and
Atmospheric Administration (NOAA),
Commerce.
ACTION: Final rule.
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AGENCY:
SUMMARY: We are issuing a final
determination to list the Oregon Coast
coho salmon (Oncorhynchus kisutch)
evolutionarily significant unit (ESU) as
a threatened species under the
Endangered Species Act (ESA). We are
also issuing final protective regulations
and a final critical habitat designation
for the Oregon Coast coho ESU.
DATES: The listing determination,
protective regulations, and designated
critical habitat are effective on May 12,
2008. With respect to the protective
regulations, the take prohibitions for the
Oregon Coast coho ESU do not apply to
research and enhancement activities
specified in an application for a permit
or approval under the protective
regulations, provided that the
application has been received by the
Assistant Administrator for Fisheries
(AA), NOAA, no later than June 10,
2008. This ‘‘grace period’’ for pending
research and enhancement applications
will remain in effect until the issuance
or denial of authorization, or March 31,
2009, whichever occurs earliest.
ADDRESSES: NMFS, Protected Resources
Division, 1201 NE Lloyd Boulevard,
Suite 1100, Portland, Oregon 97232.
FOR FURTHER INFORMATION CONTACT:
Scott Rumsey, NMFS, Northwest
Region, Protected Resources Division, at
(503) 872–2791, or Marta Nammack,
NMFS, Office of Protected Resources, at
(301) 713–1401. Reference materials
regarding this determination are
available upon request or on the Internet
at https://www.nwr.noaa.gov.
SUPPLEMENTARY INFORMATION:
Previous Federal ESA Actions Related
to Oregon Coast Coho
In 1995, we completed a
comprehensive status review of West
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Coast coho salmon (Weitkamp et al.,
1995) that resulted in proposed listing
determinations for three coho ESUs,
including a proposal to list the Oregon
Coast coho ESU as a threatened species
(60 FR 38011; July 25, 1995). On
October 31, 1996, we announced a 6month extension of the final listing
determination for the ESU, pursuant to
section 4(b)(6)(B)(I) of the ESA, noting
substantial disagreement regarding the
sufficiency and accuracy of the available
data relevant to the assessment of
extinction risk and the evaluation of
protective efforts (61 FR 56211). On May
6, 1997, we withdrew the proposal to
list the Oregon Coast coho ESU as
threatened, based in part on
conservation measures contained in the
Oregon Coastal Salmon Restoration
Initiative (later renamed the Oregon
Plan for Salmon and Watersheds;
hereafter referred to as the Oregon Plan)
and an April 23, 1997, Memorandum of
Agreement (MOA) between NMFS and
the State of Oregon which further
defined Oregon’s commitment to
salmon conservation (62 FR 24588). We
concluded that implementation of
harvest and hatchery reforms, and
habitat protection and restoration efforts
under the Oregon Plan and the MOA
substantially reduced the risk of
extinction faced by the Oregon Coast
coho ESU. On June 1, 1998, the U.S.
District Court for the District of Oregon
issued an opinion finding that our May
6, 1997, determination to not list Oregon
Coast coho was arbitrary and capricious
(Oregon Natural Resources Council v.
Daley, 6 F. Supp. 2d 1139 (D. Or. 1998)).
The Court vacated our determination to
withdraw the proposed rule to list the
Oregon Coast coho ESU and remanded
the determination to NMFS for further
consideration. On August 10, 1998, we
issued a final rule listing the Oregon
Coast coho ESU as threatened (63 FR
42587), basing the determination solely
on the information and data contained
in the 1995 status review (Weitkamp et
al., 1995) and the 1997 proposed rule.
In 2001 the U.S. District Court in
Eugene, Oregon, set aside the 1998
threatened listing of the Oregon Coast
coho ESU (Alsea Valley Alliance v.
Evans, 161 F. Supp. 2d 1154, (D. Or.
2001)) (Alsea). In response to the Alsea
ruling and several listing and delisting
petitions, we announced that we would
conduct an updated status review of 27
West Coast salmonid ESUs, including
the Oregon Coast coho ESU (67 FR 6215,
February 11, 2002; 67 FR 48601, July 25,
2002).
In 2003 we convened the Pacific
Salmonid Biological Review Team
(BRT) (an expert panel of scientists from
several Federal agencies including
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NMFS, the U.S. Fish and Wildlife
Service (FWS), and the U.S. Geological
Survey (USGS)) to review the extinction
risks of naturally spawning populations
in the 27 ESUs under review, including
the Oregon Coast coho ESU (Good et al.,
2005; NMFS, 2003a). In making its
recommendation, the BRT used a
process where each member of the BRT
was given 10 votes to divide among
three conclusions. Members were
allowed to assign votes to more than one
conclusion, allowing them to express
their relative degree of confidence in
particular conclusions. The three
options were ‘‘In Danger of Extinction,’’
‘‘Likely to Become Endangered,’’ and
‘‘Not Warranted.’’ Fifty-six percent of
the votes supported the conclusion that
naturally spawning Oregon coast coho
were likely to become endangered in the
foreseeable future, and 44 percent
supported the conclusion that naturally
spawning Oregon coast coho was ‘‘Not
Warranted’’ (that is, not likely to
become in danger of extinction in the
foreseeable future). The BRT noted
considerable uncertainty regarding the
future viability of the ESU given the
uncertainty in predicting future ocean
conditions for coho survival, as well as
uncertainty in whether current
freshwater habitats are of sufficient
quality and quantity to support the
recent high abundance levels and
sustain populations during future
downturns in ocean conditions.
Although the BRT couched its
conclusion in terms of the statutory
definition of a threatened species (that
is, not in danger of extinction, but likely
to become endangered in the foreseeable
future), the BRT’s conclusion did not
constitute a recommendation to list the
species. Our listing determination also
considered the risks and benefits from
artificial propagation programs included
in the ESU, efforts being made to protect
the species, and the five factors listed
under section 4(a)(1) of the ESA.
On June 14, 2004, based primarily on
the BRT voting results, we proposed to
list the Oregon Coast coho ESU as a
threatened species (69 FR 33102).
However, the proposed listing
recognized that further information
would likely become available and that
this information could affect the
outcome of the final determination. In
the proposed rule, we noted that Oregon
was initiating a comprehensive
assessment of the viability of the Oregon
Coast coho ESU and of the adequacy of
actions under the Oregon Plan for
conserving Oregon Coast coho. As part
of that proposed rule we proposed
amendments to existing protective
regulations issued under ESA section
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4(d) (‘‘4(d) regulations’’) for all
threatened West Coast salmon and
steelhead (50 CFR 223.203). These
amendments were needed to: (1)
Provide flexibility in fisheries and
hatchery management; and (2) simplify
and clarify the existing regulations so
that they may be more efficiently and
effectively accessed and interpreted by
all affected parties.
On December 14, 2004, we proposed
designations of critical habitat for 13
ESUs of Pacific salmon and steelhead in
the Pacific Northwest, including the
Oregon Coast coho ESU (69 FR 74572).
We proposed critical habitat in 72 of 80
occupied watersheds, contained in 13
subbasins, totaling approximately 6,665
stream miles along the Oregon Coast,
south of the Columbia River and north
of Cape Blanco (Oregon). The estimated
economic impact of the areas proposed
for critical habitat was approximately
$15.7 million. Eight occupied
watersheds were proposed for exclusion
because the high benefits of exclusion
(due to economic impacts) outweighed
the low benefits of inclusion (due to the
low inherent conservation value for the
listed species). These excluded
watersheds included approximately 134
stream miles and represented a 15
percent reduction (approximately $2.75
million) in the economic impact of the
proposed designation. To assess
economic impacts we measured the coextensive impacts because, based on the
existing record, we could not
distinguish between the costs associated
with the species’ listing from the costs
of separately designating critical habitat.
In January 2005 the State of Oregon
released a draft Oregon Coastal Coho
Assessment (Oregon’s Draft Viability
Assessment), which (1) evaluated the
current viability of the Oregon Coast
coho ESU, and (2) evaluated the
certainty of implementation and
effectiveness of the Oregon Plan
measures in addressing the factors for
decline of the Oregon Coast coho ESU.
The latter evaluation was intended to
satisfy the joint NMFS—FWS Policy on
Evaluating Conservation Efforts
(‘‘PECE’’; 68 FR 15100; March 28, 2003).
Oregon’s Draft Viability Assessment
concluded that the Oregon Coast coho
ESU is currently viable and that
measures under the Oregon Plan have
stopped, if not reversed, the
deterioration of Oregon Coast coho
habitats. The Draft Viability Assessment
also concluded that it is highly likely
that existing monitoring efforts would
detect any significant future
deterioration in the ESU’s viability, or
degradation of environmental condition,
allowing a timely and appropriate
response to conserve the ESU. On
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February 9, 2005, we published a notice
of availability of Oregon’s Draft Viability
Assessment for public review and
comment in the Federal Register (70 FR
6840) and noted that information
presented in the draft and final
assessments would be considered in
making the final listing determination
for the Oregon Coast coho ESU.
We forwarded the public comments
we received on Oregon’s Draft Viability
Assessment, as well as our technical
reviews, for Oregon’s consideration in
developing its final assessment. The
public comments and our review
highlighted areas of uncertainty or
disagreement regarding the sufficiency
and accuracy of Oregon’s Draft Viability
Assessment, including: the assumption
that Oregon Coast coho populations are
inherently resilient at low abundance,
and that this compensatory response
will prevent extinction during periods
of low marine survival; the apparent deemphasis of abundance as a useful
indicator of extinction risk; assumptions
regarding the duration and severity of
future periods of unfavorable marine
and freshwater conditions; the ability of
monitoring and adaptive management
efforts to detect population declines or
habitat degradation, and to identify and
implement necessary protective
measures; and the ability of Oregon Plan
measures to halt or reverse habitat
degradation once detected.
On May 13, 2005, Oregon issued its
final Oregon Coastal Coho Assessment
(Oregon’s Final Viability Assessment).
Oregon’s Final Viability Assessment
included several changes intended to
address concerns raised regarding the
sufficiency and accuracy of the draft
assessment. Oregon’s Final Viability
Assessment concluded that: (1) The
Oregon Coast coho ESU is viable under
current conditions, and should be
sustainable through a future period of
adverse environmental conditions
(including a prolonged period of poor
ocean productivity); (2) given the
assessed viability of the ESU, the quality
and quantity of habitat is necessarily
sufficient to support a viable ESU; and
(3) the integration of laws, adaptive
management programs, and monitoring
efforts under the Oregon Plan will
maintain and improve environmental
conditions and the viability of the ESU
into the foreseeable future.
On June 28, 2005 (70 FR 37217), we
announced a 6-month extension of the
final listing determination for the
Oregon Coast coho ESU, finding that
‘‘there is substantial disagreement
regarding the sufficiency or accuracy of
the available data relevant to the
determination * * * for the purposes of
soliciting additional data’’ (section
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4(b)(6)(B)(i) of the ESA). We announced
a 30-day public comment period to
solicit information regarding the
validity of Oregon’s Final Viability
Assessment, particularly in light of the
concerns raised with respect to Oregon’s
Draft Viability Assessment. In
September 2005 we issued final critical
habitat designations for 12 Pacific
Northwest ESUs (70 FR 52685;
September 2, 2005), but we did not
issue a final critical habitat designation
for Oregon Coast coho because it was
only proposed for listing at that time.
On January 19, 2006, we issued a final
determination that listing the Oregon
Coast coho ESU under the ESA was not
warranted (71 FR 3033). As part of this
determination, we withdrew the
proposed ESA section 4(d) regulations
and critical habitat designation for the
ESU. In reaching our determination not
to list Oregon Coast coho, we found that
the BRT’s slight majority opinion that
the ESU is ‘‘likely to become
endangered’’ and the conclusion of the
Oregon Final Viability Assessment that
the ESU is viable represented competing
reasonable inferences from the available
scientific information and considerable
associated uncertainty. The difference of
opinion centered on whether the ESU
was at risk because of the ‘‘threatened
destruction, modification, or
curtailment of its habitat or range.’’ We
conducted an analysis of current habitat
status and likely future habitat trends
(NMFS, 2005a) and found that: (1) The
sufficiency of current habitat conditions
was unknown; and (2) likely future
habitat trends were mixed (i.e., some
habitat elements were likely to improve,
some were likely to decline, others were
likely to remain in their current
condition). We concluded that there was
insufficient evidence to support the
conclusion that the ESU was more likely
than not to become an endangered
species in the foreseeable future
throughout all or a significant portion of
its range.
Our decision not to list the Oregon
Coast coho ESU was challenged in Trout
Unlimited. On October 9, 2007, the U.S.
District Court for the District of Oregon
invalidated our January 2006 decision
not to list Oregon Coast coho (Trout
Unlimited v. Lohn, Civ. No. 06–01493
ST (D. Oreg., October 9, 2007). The
Court found that Oregon’s Viability
Assessment does not represent the best
available science, and that we
improperly considered it in reaching
our final listing decision. The Court
ordered us to issue a new final listing
rule consistent with the ESA. This
listing decision has been made in
compliance with the Court’s order.
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ESA Statutory Provisions
Listing Determinations
The ESA defines an endangered
species as one that is in danger of
extinction throughout all or a significant
portion of its range, and a threatened
species as one that is likely to become
endangered in the foreseeable future
(sections 3(6) and 3(20), respectively).
The statute requires us to determine
whether any species is endangered or
threatened because of any of five factors:
the present or threatened destruction of
its habitat, overexploitation, disease or
predation, the inadequacy of existing
regulatory mechanisms, or any other
natural or manmade factors (section
4(a)(1)(A)–(E)). We are to make this
determination based solely on the best
available scientific information after
conducting a review of the status of the
species and taking into account any
efforts being made by states or foreign
governments to protect the species. The
focus of our evaluation of these five
factors is to evaluate whether and to
what extent a given factor represents a
threat to the future survival of the
species. The focus of our consideration
of protective efforts is to evaluate
whether these efforts substantially have
and will continue to address the
identified threats and so ameliorate a
species’ risk of extinction. In making
our listing determination, we must
consider all factors that may affect the
future viability of the species, including
whether regulatory and conservation
programs are inadequate and allow
threats to the species to persist or
worsen, or whether these programs are
likely to mitigate threats to the species
and reduce its extinction risk. The steps
we follow in implementing this
statutory scheme are to: review the
status of the species, analyze the factors
listed in section 4(a)(1) of the ESA to
identify threats facing the species,
assess whether certain protective efforts
mitigate these threats, and make our
best prediction about the species’ future
persistence.
As indicated above, the PECE
provides direction for considering
protective efforts identified in
conservation agreements, conservation
plans, management plans, or similar
documents (developed by Federal
agencies, state and local governments,
tribal governments, businesses,
organizations, and individuals) that
have not yet been implemented, or have
been implemented but have not yet
demonstrated effectiveness. The policy
articulates several criteria for evaluating
the certainty of implementation and
effectiveness of protective efforts to aid
in determining whether a species
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warrants listing under the ESA.
Evaluation of the certainty that an effort
will be implemented includes whether:
the necessary resources (e.g., funding
and staffing) are available; the requisite
agreements have been formalized such
that the necessary authority and
regulatory mechanisms are in place;
there is a schedule for completion and
evaluation of the stated objectives; and
(for voluntary efforts) the necessary
incentives are in place to ensure
adequate participation. The evaluation
of the certainty of an effort’s
effectiveness is made on the basis of
whether the effort or plan: Establishes
specific conservation objectives;
identifies the necessary steps to reduce
threats or factors for decline; includes
quantifiable performance measures for
the monitoring of compliance and
effectiveness; incorporates the
principles of adaptive management; and
is likely to improve the species’ viability
at the time of the listing determination.
PECE also notes several important
caveats. Satisfaction of the above
mentioned criteria for implementation
and effectiveness establishes a given
protective effort as a candidate for
consideration, but does not mean that
an effort will ultimately change the risk
assessment. The policy stresses that, just
as listing determinations must be based
on the viability of the species at the time
of review, so they must be based on the
state of protective efforts at the time of
the listing determination. The PECE
does not provide explicit guidance on
how protective efforts affecting only a
portion of a species’ range may affect a
listing determination, other than to say
that such efforts will be evaluated in the
context of other efforts being made and
the species’ overall viability.
Protective Regulations
ESA section 9(a) take and other
prohibitions (16 U.S.C. 1538(a)(1)(B))
apply to all species listed as
endangered. Hatchery stocks
determined to be part of endangered
ESUs are afforded all of the full section
9 protections. In the case of threatened
species, ESA section 4(d) leaves it to the
Secretary of Commerce’s (Secretary)
discretion to determine whether and to
what extent regulatory requirements
may be appropriate, by directing the
Secretary to issue regulations
determined to be necessary and
advisable for the conservation of the
species. We have flexibility under
section 4(d) to tailor protective
regulations based on the contributions
of available conservation measures. The
4(d) regulations may prohibit, with
respect to threatened species, some or
all of the acts which section 9(a) of the
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ESA prohibits with respect to
endangered species.
Critical Habitat
Section 3 of the ESA defines critical
habitat as (1) specific areas within the
geographical area occupied by the
species at the time of listing, on which
are found those physical or biological
features that are essential to the
conservation of the listed species and
that may require special management
considerations or protection, and (2)
specific areas outside the geographical
area occupied by the species at the time
of listing that are essential for the
conservation of a listed species. In
designating critical habitat our
regulations direct us to focus on
‘‘primary constituent elements,’’ or
PCEs, in identifying these physical or
biological features. Section 4 of the ESA
requires us to consider the economic
impacts, impacts on national security,
and other relevant impacts of specifying
any particular area as critical habitat.
We may exclude any area from critical
habitat if we determine that the benefits
of such exclusion outweigh the benefits
of specifying such area as part of the
critical habitat, unless the failure to
designate such an area will result in the
extinction of the species.
At the time of a proposed listing
determination, ESA section 4(a)(3) and
our regulations require us to specify
critical habitat to the maximum extent
‘‘prudent and determinable.’’ Critical
habitat designation is not prudent if: (1)
The species is threatened by taking or
other human activity and the
identification of critical habitat can be
expected to increase such threat(s); or
(2) critical habitat designation would
not be beneficial to the species. Critical
habitat is not determinable if: (1)
Sufficient information is lacking to
perform the required analyses of the
impact of the designation; or (2) the
biological needs of the species are not
sufficiently well known to identify an
area as critical habitat. In our proposed
rule to designate specific areas as
critical habitat (69 FR 74572; December
14, 2004), we determined that
designating critical habitat for this
species is prudent and determinable.
The record continues to support this
determination.
The ESA requires that a final
regulation designating critical habitat be
published concurrently with the final
determination listing a species as
threatened or endangered, unless: (1) It
is essential to the conservation of such
species that the species be listed
promptly (e.g., in instances when a
species is listed by emergency rule); or
(2) critical habitat of such species is not
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then determinable. Section 7(a)(2) of the
ESA requires that each Federal agency
shall, in consultation with, and with the
assistance of, NMFS, ensure that any
action authorized, funded or carried out
by such agency is not likely to
jeopardize the continued existence of
any listed species or result in the
destruction or adverse modification of
its designated critical habitat.
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Summary of Public and Independent
Review
Our regulations require that we allow
a period of at least 60 days for the
public to review and comment on a
proposed rule to list, delist, or reclassify
a species, or to designate or revise
critical habitat. We may extend or
reopen the comment period upon
finding that there is good cause to do so
by publishing notice in the Federal
Register. We are required to hold at
least one public hearing if any person so
requests within 45 days of the
publication of a proposed rule. Notice of
the location and time of any hearings is
published in the Federal Register.
A 1994 joint NMFS–FWS policy
(Independent Review Policy) requires us
to solicit independent expert review
from at least three qualified specialists,
concurrent with the public comment
period following a proposed rule (59 FR
34270; July 1, 1994). In December 2004
the Office of Management and Budget
(OMB) issued a Final Information
Quality Bulletin for Peer Review (Peer
Review Bulletin), establishing minimum
peer review standards, a transparent
process for public disclosure, and
opportunities for public input. The
OMB Peer Review Bulletin,
implemented under the Information
Quality Act (Pub. L. 106–554), is
intended to ensure the quality of agency
information, analyses, and regulatory
activities and provide for a more
transparent review process.
Listing Determination and Protective
Regulations
We solicited public comment on the
proposed listing determination and ESA
section 4(d) regulations for the Oregon
Coast coho ESU for a total of 208 days
(69 FR 33102, June 14, 2004; 69 FR
53031, August 31, 2004; 69 FR 61348,
October 18, 2004; 70 FR 6840, February
9, 2005; 70 FR 37217, June 28, 2005). In
addition, we held eight public hearings
in the Pacific Northwest concerning the
June 2004 West Coast salmon and
steelhead proposed 4(d) regulations and
proposed listing determinations,
including the proposed determination
for the Oregon Coast coho ESU (69 FR
53031, August 31, 2004; 69 FR 61348,
October 18, 2004). In compliance with
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the 1994 Independent Review Policy we
solicited technical review of the June
2004 proposed 4(d) regulations and
listing determinations, including the
proposed determination for the Oregon
Coast coho ESU, from over 50
independent experts selected from the
academic and scientific community,
Native American tribal groups, Federal
and state agencies, and the private
sector. The individuals from whom we
solicited review of the proposals and the
underlying science were selected
because of their demonstrated expertise
in a variety of disciplines including:
Artificial propagation; salmonid
biology, taxonomy, and ecology; genetic
and molecular techniques and analyses;
population demography; quantitative
methods of assessing extinction risk;
fisheries management; local and
regional habitat conditions and
processes; and conducting scientific
analyses in support of ESA listing
determinations. The individuals
solicited represent a broad spectrum of
perspectives and expertise. The
individuals solicited include those who
have been critical of past agency actions
in implementing the ESA for West Coast
salmon and steelhead, as well as those
who have been supportive of these
actions. These individuals were not
involved in producing the scientific
information for our determinations and
were not employed by the agency. We
received comments from four of these
experts. In addition to these solicited
reviews, several independent scientific
panels and academic societies provided
technical review of the proposals and
the supporting documentation. With
respect to the Peer Review Bulletin’s
requirements for ‘‘adequate [prior] peer
review,’’ we believe the independent
expert review under the 1994
Independent Review Policy, and the
comments received from several
academic societies and expert advisory
panels, collectively satisfy the Peer
Review Bulletin’s requirements (NMFS,
2005b).
In response to our requests for
information and comments on the June
2004 proposed listing determinations,
we received over 28,250 comments by
fax, standard mail, and e-mail. The
majority of the comments received were
from interested individuals who
submitted form letters or form e-mails
that addressed general issues not
specific to the Oregon Coast coho ESU.
Comments were also submitted by state
and tribal natural resource agencies,
fishing groups, environmental
organizations, home builder
associations, academic and professional
societies, expert advisory panels,
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farming groups, irrigation groups, and
individuals with expertise in Pacific
salmonids. The majority of commenters
focused on the consideration of
hatchery-origin fish in ESA listing
determinations, with only a few
comments specifically addressing the
Oregon Coast coho ESU. We also
received comments from 4 of the 50
independent experts from whom we had
requested technical review of the
scientific information underlying the
June 2004 proposed listing
determinations. Their comments did not
specifically address the proposed
determination for the Oregon Coast coho
ESU. The reader is referred to the final
hatchery listing policy (70 FR 37204;
June 28, 2005) and the final listing
determinations and ESA section 4(d)
regulations for 16 salmon ESUs (70 FR
37160; June 28, 2005) for a summary
and discussion of issues raised by the
comments that were not specific to the
Oregon Coast coho ESU. The comments
addressing the proposed listing
determination for the Oregon Coast coho
ESU are summarized below. We did not
receive any comments that addressed
the proposed 4(d) regulations in the
specific context of the Oregon Coast
coho ESU.
Critical Habitat
We solicited public comment on the
proposed critical habitat designation for
Oregon Coast coho for a total of 105
days (69 FR 74578, December 14, 2004;
70 FR 6394; February 7, 2005). We also
contacted the appropriate Federal, state,
and local agencies, scientific
organizations, and other interested
parties and invited them to comment on
the proposed rule. To facilitate public
participation, we made the proposed
rule available via the Internet as soon as
it was signed by the AA of NMFS
(approximately 2 weeks prior to actual
publication). In addition, we held four
public hearings in the Pacific Northwest
between January 11, 2005, and January
25, 2005. We received 5,230 written
comments (5,111 of these were ‘‘form
e-mails’’ with nearly identical verbiage)
during the comment period on the
proposed rule. Eight comments
addressed specifically, or in part, the
proposed critical habitat designation for
the Oregon Coast coho ESU.
In compliance with the Peer Review
Bulletin, prior to publishing the
proposed rule we submitted the initial
biological assessments of our Critical
Habitat Analytical Review Teams
(CHARTs) to state and tribal comanagers
and asked them to review those
findings. These comanager reviews
resulted in several changes to the
CHARTs’ preliminary assessments (for
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example, revised fish distribution as
well as conservation value ratings) and
helped ensure that the CHARTs’ revised
findings incorporated the best available
scientific data. Consistent with the 1994
Independent Review Policy, we later
solicited technical review of the entire
critical habitat proposal (including the
underlying biological and economic
reports) from 45 independent experts
selected from the academic and
scientific community, Native American
tribal groups, Federal and state agencies,
and the private sector. We also solicited
opinions from three individuals with
economics expertise to review the draft
economics analysis supporting the
proposed rule. All three of the
economics reviewers and three of the
biological reviewers submitted written
opinions on our proposal. We have
determined that the independent expert
review and comments received
regarding the science involved in this
rulemaking constitute adequate prior
review under section II.2 of the OMB
Peer Review Bulletin (NMFS, 2005c)
and satisfy the 1994 Independent
Review Policy.
We reviewed all comments received
from the peer reviewers and the public
for substantive issues and new
information regarding critical habitat for
all 13 ESUs addressed in the proposed
rule. The reader is referred to the final
critical habitat designations for 12
Pacific Northwest ESUs (70 FR 52685;
September 2, 2005) for a summary and
discussion of general issues, or issues
specific to other ESUs. The comments
addressing the proposed critical habitat
designation for the Oregon Coast coho
ESU are summarized below.
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Comments Specific to Oregon Coast
Coho
Below we address the comments
received that directly pertain to: (1) The
listing determination for the Oregon
Coast coho ESU, and (2) the designation
of critical habitat for the Oregon Coast
coho ESU. (Copies of the full text of
comments received are available upon
request, see ADDRESSES and FOR FURTHER
INFORMATION CONTACT, above.)
Comments Regarding the Listing
Determination
Comment 1: The Oregon Department
of Fish and Wildlife (ODFW) expressed
concern regarding the proposed
inclusion of the North Fork Nehalem
River coho hatchery program in the
Oregon Coast coho ESU. ODFW
explained that the hatchery program
propagates two different stocks: The
North Fork Nehalem River hatchery
coho stock (ODFW stock #32) and the
Fishhawk Lake hatchery coho stock
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(ODFW stock #99). ODFW noted that
both stocks, although founded using
local natural-origin fish, are presently
managed as isolated broodstocks.
Although the level of divergence
between these hatchery stocks and the
local wild populations is not known,
ODFW noted that our hatchery reviews
(NMFS, 2003b, 2004a, 2004b)
acknowledged that the level of
divergence may be substantial. ODFW
recommended that both the North Fork
Nehalem River and Fishhawk Lake
hatchery stocks be excluded from the
ESU.
ODFW also noted that the recently
founded Calapooya Creek (Umpqua
River basin, Oregon) hatchery coho
stock was not included in our hatchery
reviews. The Calapooya Creek program
was a small, short-term (in operation
from 2001–2003), research hatchery
program conducted to evaluate the use
of hatchery-reared fish in the
supplementation of a wild coho
population. The program is no longer
releasing fish, and had adults returning
through 2006. ODFW suggested that,
had we included this stock in our initial
evaluations, the progeny expected to
return through 2006 would have been
considered as part of the Oregon Coast
coho ESU.
Response: We agree with ODFW’s
comments that the North Fork Nehalem
River and Fishhawk Lake stocks
propagated by the Nehalem hatchery
coho program are substantially
reproductively isolated from the local
natural populations, and diverged
substantially from the evolutionary
legacy of the ESU. Moreover, since our
2006 final determination these two
programs have been discontinued, with
the last adults returning in 2007 (NMFS,
2007a). We conclude that the North
Fork Nehalem River and Fishhawk Lake
hatchery coho stocks are not part of the
Oregon Coast coho ESU.
We did not include the Calapooya
Creek coho hatchery stock in our
hatchery reviews as the program is no
longer collecting fish for broodstock or
releasing smolts. We agree with ODFW
that returns from Calapooya Creek
hatchery stock, having been derived
from local natural-origin fish, likely
were no more than moderately diverged
from the local natural populations.
However, given that the program has
been terminated, and 2006 was the last
year of returns, the Calapooya Creek
hatchery stock will not be considered
part of the Oregon Coast coho ESU.
At the time of the 2004 proposed rule
and our January 2006 final
determination not to list the ESU, Cow
Creek (ODFW stock #37), the North
Umpqua River (ODFW stock #18), the
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Coos Basin (ODFW stock #37), and the
Coquille River (ODFW stock #44)
hatchery coho programs were
considered part of the Oregon Coast
coho ESU. The latter three of these
programs have been discontinued since
our 2006 final determination (NMFS,
2007a). The last year of returns for these
programs is 2007. Given that the North
Umpqua River, Coos Basin, and
Coquille River hatchery programs have
been terminated, and this winter (2007)
is the last year of returns, these stocks
will not be considered part of the
Oregon Coast coho ESU.
Comment 2: A comment submitted by
the Pacific Rivers Council (PRC)
included a July 2003 report
investigating the potential benefits of a
modeled conservation hatchery program
in supplementing Oregon Coast coho
(Oosterhout and Huntington, 2003). PRC
asserted that the report supports their
position that hatchery fish should be
considered as only a threat to wild
salmonid populations, and that any
potential short-term benefits of artificial
propagation are outweighed by the longterm damaging genetic and ecological
effects on wild populations. The
Oosterhout and Huntington (2003)
report modeled an ‘‘idealized
conservation hatchery’’ program and
evaluated the success of
supplementation efforts under different
scenarios of habitat quality and marine
survival. The authors conclude from
their modeling study that
supplementation, even under optimized
model assumptions, poses long-term
ecological and genetic risks, and any
short-term gains in salmon abundance
are temporary.
Response: The use of artificial
propagation represents a broad
spectrum of hatchery practices and
facilities, as well as a variety of
ecological settings into which hatcheryorigin fish are released. For this reason
it is essential to assess hatchery
programs on a case-by-case basis. Our
assessment of the benefits, risks, and
uncertainties of artificial propagation
concluded that the specific hatchery
programs considered to be part of the
Oregon Coast coho ESU collectively do
not substantially reduce the extinction
risk of the ESU in-total (NMFS, 2004b).
We noted that these hatchery programs
likely contribute to an increased
abundance of total natural spawners in
the short term, although their
contribution to the productivity of the
supplemented populations is unknown.
Our assessment is consistent with the
findings of Oosterhout and Huntington
(2003). The findings of scientific
studies, such as the subject study on
simulated conservation hatchery
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programs and their impacts on natural
coho populations, inform our
consideration of the benefits and risks to
be expected from artificial propagation.
However, it would be inappropriate to
rely on theoretical conclusions about
the effectiveness of hatchery programs
while ignoring program-specific
information regarding broodstock origin,
hatchery practices, and performance of
hatchery- and natural-origin fish.
Comment 3: Douglas County Board of
Commissioners (Oregon) submitted a
report (Cramer et al., 2004) that
concludes that NMFS’ earlier viability
analyses overstate the risks to Oregon
Coast coho populations, and that the
2003 BRT’s findings warrant
reconsideration. The Cramer et al.
(2004) report asserts that previous
viability assessments failed to
adequately consider connectivity among
spawner aggregations, underestimated
juvenile over-winter survival in smaller
stream reaches, and underestimated
coho population stability. The report
asserts that sharp reductions in ocean
harvest rates since 1994, declining
influence of hatchery-origin fish, and
improved monitoring and evaluation
under the Oregon Plan confer a very low
risk of extinction even if future marine
survival rates are low and remain low.
Response: The Cramer et al. (2004)
report does not present any substantial
new information, other than including
an additional year of abundance data
that was not available to the BRT. The
report emphasizes selective aspects of
the available data including: reduction
of threats by changes in fishery and
harvest management; and improved
biological status evidenced by
increasing spawning escapements and
successful juvenile rearing throughout
the ESU. These observations and
analyses were fully considered in the
BRT’s review (Good et al., 2005; NMFS,
2003a). The Cramer et al. (2004) report
does not, by itself, add to our
consideration of the BRT’s findings.
Comment 4: Several commenters felt
that effective regulatory controls and
monitoring programs are in place to
ensure that harvest and hatchery
practices no longer threaten the ESU.
Response: Many noteworthy and
important regulatory changes have been
made that adequately address
historically harmful practices. Changes
in ocean and freshwater fisheries
management have resulted in sharp
reductions in fishing mortality in
Oregon Coast coho populations, and
likely have contributed to recent
population increases. It is unlikely that
those harvest controls will weaken in
the future, in light of Federal
management of ocean fisheries. Reforms
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in hatchery management practices have
limited the potential for adverse
ecological interactions between
hatchery-origin and natural fish, and
have markedly reduced risks to the
genetic diversity and reproductive
fitness for the majority of naturally
spawned populations in the ESU. It is
also unlikely those reforms will be
weakened in the future.
Comment 5: One commenter was
critical of the Oregon Forest Practices
Act, and argued that it is inadequate to
prevent the future degradation of
riparian habitats, particularly on private
non-industrial forestlands. The
commenter noted that the Forest
Practices Act applies only to the
commercial harvest of trees, and that
non-commercial land owners may cut
riparian trees without restriction if they
do not sell the wood. The commenter
noted that this unregulated practice is
particularly evident in areas with
increased rural residential development
along streambanks.
Other commenters doubted whether
regulations, restoration programs, and
other protective efforts would improve
habitat conditions in the foreseeable
future. One commenter noted that there
is an insufficient data record to evaluate
the success of protective efforts aimed at
restoring riparian habitats, particularly
in increasing the recruitment of large
woody debris. Several other
commenters doubted whether forest
management under the Oregon Plan has
resulted, or will result, in an increased
amount of large-diameter trees
(important for the recruitment of large
woody debris in coho rearing areas).
The commenters argued that the shorter
rotations being implemented on private
industrial forest lands reduce the size of
trees delivered to streams in landslides,
and thus may result in diminished
stream complexity in important coho
rearing habitats.
Response: Our review suggests that
there are likely to be improvements in
some aspects of habitat condition,
declines in others, and a continuation of
current conditions in still others
(NMFS, 2005a). For example, the
Northwest Forest Plan instituted
riparian habitat buffers and other
measures on Federal lands that
improved many of the historical forestry
practices that led to the loss and
degradation of riparian habitats.
Development and implementation of
Total Maximum Daily Loads under the
Federal Clean Water Act are likely to
result in improved water quality.
Restoration efforts have treated
approximately seven percent of the
stream miles within the range of the
ESU over the last 7 years with the intent
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of restoring stream complexity and
riparian habitats and improving water
quality, though it is unclear how much
restoration is likely to occur in the
future, given funding uncertainties.
Forest practices on state and private
land include some improvements over
historically harmful practices, such as
the establishment of riparian
management areas under revisions to
Oregon forest practice rules in the
1990s. However, there are also offsetting
practices that are expected to degrade
habitat conditions and complexity, such
as shorter harvest rotations, road
construction, and logging on unstable
slopes and along debris flow paths
(NMFS, 2005a).
For agricultural lands, riparian
management is governed by agricultural
water quality management plans under
Oregon Senate Bill 1010, as well as by
subsequently developed riparian rules
which synthesize elements of individual
Senate Bill 1010 plans for a given basin.
These agricultural plans and rules do
not specify the vegetation composition
or size of the riparian areas to be
established. The lack of specificity of
these agricultural plans makes the
enforcement and effectiveness of these
plans uncertain (NMFS, 2005a). Any
modest improvements in riparian
vegetation on agricultural lands under
current rules that might be expected
may be offset by habitat declines
resulting from urban and rural
development (NMFS, 2005a). On
balance, habitat conditions on
agricultural lands are not likely to show
significant improvement or decline.
Future urbanization and development
within the range of the ESU is projected
at approximately 20 percent population
growth, representing slightly more than
30,000 people over the next 40 years
(NMFS, 2005a). Most of this
development is expected to be
concentrated in lowland areas with high
intrinsic potential for rearing coho.
Current urban or rural growth
boundaries encompass approximately
nine percent of high intrinsic potential
riparian habitat areas, so future
urbanization and development activities
could have significant implications for
some coho populations. The degree of
potential impacts on coho habitat (both
positive and negative) is highly
uncertain and depends largely on the
spatial distribution of future
urbanization and development
activities, their proximity to riparian
areas, and the kinds of development
activities undertaken and the land
management practices used.
Comment 6: Several commenters
expressed concern that inadequate
funding has limited the ability of many
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Oregon agencies to monitor nonpermitted habitat-affecting activities,
effectively enforce regulations, and
ensure proper reporting of permitted
activities. The commenters felt that
these inadequacies should be
considered evidence of uncertainty that
some as yet, unproven elements under
the Oregon Plan will be implemented.
Response: The commenters are correct
that the availability of necessary
funding and staffing resources is an
important consideration in evaluating
how likely it is that a given protective
effort will be implemented. Our review
has noted that funding declines have led
to the loss of staff at the Oregon
Department of Environmental Quality,
Department of Forestry, and ODFW
(NMFS, 2005a). The reduced funding
has slowed the completion of Total
Maximum Daily Load water quality
standards, and reduced the ability to
monitor water quality, habitat structure
and complexity, and fish populations.
Comments Regarding the Designation of
Critical Habitat
Comment 7: One Federal commenter
provided information recommending
changes to designated stream reaches in
several watersheds due to errors in
interpreting existing salmon distribution
maps, recent field surveys, and the
location of impassible barriers. This
commenter also questioned the
inclusion of Jackson and Josephine
counties as within the range of areas
designated as critical habitat for Oregon
Coast coho salmon.
Response: In light of the specific
comments received, we have reviewed
all the data regarding habitat areas
occupied by coho salmon and the
location of impassible barriers. This
review included discussions with local
ODFW biologists familiar with the areas
in question. The majority of suggested
revisions were found to be warranted,
and, as a result, we have updated the
endpoints delineating areas occupied by
coho salmon, including those
designated as critical habitat, in ten
watersheds (see ‘‘Summary of Changes
from the Proposed Critical Habitat
Designation’’). We have also removed
Josephine and Jackson counties from the
relevant critical habitat table in our
regulations. These counties overlap
slightly with upland areas in watersheds
occupied by Oregon Coast coho salmon,
but they do not contain stream reaches
designated as critical habitat for this
ESU.
Comment 8: Two commenters
questioned the ‘‘medium’’ conservationvalue rating assigned by the CHART to
the habitat area for Devils Lake coho.
These areas are within a larger Devils
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Lake/Moolack Frontal watershed. The
commenters cited recent genetic data
establishing that coho from Rock Creek/
Devils Lake are genetically distinct from
other populations in the ESU. The
commenters believed that the coho in
Devils Lake possess a unique and
distinct genetic heritage warranting a
‘‘high’’ conservation value rating.
Response: The CHART considered
these comments along with recent
population identification work (Lawson
et al., 2007) and genetic analyses by
Johnson and Banks (2007). The team
maintained that the Devils Lake/
Moolack Frontal watershed (which
contains Devils Lake) was still of
medium conservation value, noting that
Devil’s Lake coho are one of ten small
and dependent populations in this
watershed and appear to be most closely
related to coho in the nearby Siletz
River. The team acknowledged that
Devils Lake was the most productive of
these ten populations but that the
overall watershed did not warrant a
high conservation value relative to other
adjacent watersheds with more
extensive habitat areas and functionally
independent populations (e.g., the Siletz
River and Yaquina River watersheds).
Regardless, Devils Lake and all other
habitat areas in the Devils Lake/Moolack
Frontal watershed are designated as
critical habitat for Oregon Coast coho
salmon.
Comment 9: One tribal government
expressed support of the proposed
exclusion of Indian lands from the area
eligible for critical habitat designation.
The tribe agreed with our proposal that
designating Indian lands as critical
habitat would adversely impact tribal
partnerships with us and limit the
benefits that result from collaboration.
Additionally, the tribe felt that the
proposal to not designate Indian lands
as critical habitat appropriately
acknowledges tribal sovereignty and
authority in managing natural resources
on their lands.
Response: This final rule maintains
the exclusion of Indian lands for the
reasons described in the Exclusions
Based on Impacts to Tribes section
below.
Comment 10: Several commenters
argued that the conservation benefits
provided by certain conservation
measures on non-Federal lands provide
sufficient protections so that there
would be minimal benefit of designating
the affected areas as critical habitat. One
commenter felt that existing forest
protections under the Oregon Forest
Protection Act and associated best
management practices adequately
protect the PCEs found on private and
state forest lands in the State of Oregon.
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Another commenter felt that protections
under the Oregon Plan have
demonstrated conservation benefits that
warrant the exclusion of affected areas
from designation as critical habitat.
Another commenter felt that existing
regulatory and other mechanisms under
these conservation measures are
inadequate to protect the ESU and its
habitats. The commenter argued that it
is essential to designate critical habitat
in these areas where existing regulatory
mechanisms do not prevent or alter
certain activities that would adversely
modify habitat.
Response: The comments imply that if
an area is covered by a management
plan, it either does not meet the ESA
section 3(5)(a) definition of critical
habitat or it must be excluded from
critical habitat under ESA section
4(b)(2). Neither assertion is correct.
Section 3(5)(a) of the ESA defines
critical habitat as occupied areas
containing physical or biological
features that are (1) essential to the
conservation of the species and (2)
which may require special management
considerations or protections.
Consistent with the statute, in
identifying areas meeting the definition
of critical habitat for this ESU, we
identified the physical or biological
features essential to the conservation of
the ESU, identified the occupied areas
where these features are present, and
then determined whether these features
in each area may require special
management considerations and
protections. The bases for these
conclusions are described further below
and in a separate report (NMFS, 2007b).
Section 4(b)(2) of the ESA gives the
Secretary discretion to exclude areas
from critical habitat if he determines
that benefits of exclusion outweigh the
benefits of designation. Exercising the
discretion to exclude an area from
critical habitat requires evidence of a
benefit of exclusion. Section 4(b)(2) and
the supporting legislative history make
clear that the consideration and weight
given to impacts are within the
Secretary’s (H.R. 95–1625) discretion
and that exclusion is not required even
when the benefits of exclusion outweigh
the benefits of designation. In other
critical habitat designations for Pacific
salmon and steelhead, the Secretary
excluded areas from critical habitat on
private lands covered by habitat
conservation plans because there was
evidence in the record that exclusion
would enhance the relationship
between the landowner and the agency.
That improved relationship was
expected to result in improved
implementation of the plan and
incentives for the development of other
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plans, increasing conservation benefits
for fish (70 FR 52630; September 2,
2005). Regarding private and state lands
subject to Oregon’s forest practice laws,
there is no conservation agreement in
place between landowners and NMFS,
nor any evidence in the record
supporting a conclusion that
conservation actions of landowners
subject to these laws would improve as
a result of exclusion. The same is true
for lands generally covered by the
Oregon Plan. Based on our review of
available information, we found there
were insufficient data and analysis to
conclude that there is a benefit of
exclusion. Absent evidence of a benefit
of exclusion, we could not conclude
that the benefits of exclusion outweigh
the benefits of inclusion.
Comment 11: Two Federal
commenters felt that all Federal lands
merited exclusion from designation as
critical habitat. They contended that
conservation benefits under PACFISH,
the Northwest Forest Plan, and National
Forest Land and Resource Management
Plans (LRMPs) provide necessary
protection and special management that
eliminates the need to designate habitats
on Federal lands as critical. These
commenters contended that designating
critical habitat on these Federal lands
was unnecessarily duplicative of
existing ESA section 7 consultation
processes, inefficient (e.g., citing costs
of re-initiating consultation), while
offering no additional conservation
benefit to the listed species. They
believed that excluding Federal lands
would be consistent with our exclusion
of military lands that are subject to
Integrated Natural Resource
Management Plans, which they felt
contain similar provisions for the
protection and restoration of listed
species.
Response: ESA section 4(b)(2)
provides the Secretary with discretion
to exclude areas from the designation of
critical habitat if the Secretary
determines that the benefits of exclusion
outweigh the benefits of designation,
and the Secretary finds that exclusion of
the area will not result in extinction of
the species. In the proposed rule, and
the reports supporting it, we explained
the policies that guided us and provided
supporting analysis for a number of
proposed exclusions. We also noted a
number of additional potential
exclusions, including those associated
with the Oregon Coast coho salmon due
to conservation measures within the
Northwest Forest Plan on Federal lands,
explaining that we were considering
them because the Secretary of the
Interior had recently made similar
exclusions in designating critical habitat
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for the bull trout. In the final rule
designating critical habitat for 12 Pacific
Northwest ESUs (70 FR 52630;
September 2, 2005), we considered
extensive comments supporting and
opposing the exclusion of Federal lands,
as well as comments concerning
alternative approaches for assessing the
benefits of exclusion versus inclusion of
lands as critical habitat. That final rule
also stated the following with regard to
the potential exclusion of Federal lands
and alternative approaches to
designation:
We will continue to study this issue and
alternative approaches in future rulemakings
designating critical habitat. In particular, we
intend to analyze the planning and
management framework for each of the
ownership categories proposed for
consideration for exclusion. In each case, we
envision that the planning and management
framework would be evaluated against a set
of criteria, which could include at least some
or all of the following:
1. Whether the land manager has specific
written policies that create a commitment to
protection or appropriate management of the
physical or biological features essential to
long-term conservation of ESA-listed salmon
and steelhead.
2. Whether the land manager has
geographically specific goals for protection or
appropriate management of the physical or
biological features essential to long-term
conservation of ESA-listed salmon and
steelhead.
3. Whether the land manager has guidance
for land management activities designed to
achieve goals for protection or appropriate
management of the physical or biological
features essential to long-term conservation
of ESA-listed salmon and steelhead.
4. Whether the land manager has an
effective monitoring system to evaluate
progress toward goals for protection or
appropriate management of the physical or
biological features essential to long-term
conservation of ESA-listed salmon and
steelhead.
5. Whether the land manager has a
management framework that will adjust
ongoing management to respond to
monitoring results and/or external review
and validation of progress toward goals for
protection or appropriate management of the
physical or biological features essential to
long-term conservation of ESA-listed salmon
and steelhead.
6. Whether the land manager has effective
arrangements in place for periodic and timely
communications with NOAA on the
effectiveness of the planning and
management framework in reaching mutually
agreed goals for protection or appropriate
management of the physical or biological
features essential to long-term conservation
of ESA-listed salmon and steelhead.
NMFS has continued dialogue with the
Federal land management agencies
since that time. Although we have not
yet developed the type of information
that would allow us to exclude Federal
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lands at this time, we will work with the
land management agencies to develop
the information and consider exclusion
of Federal lands, as well as alternative
approaches to designation, where the
analysis provides appropriate support.
We anticipate that further analyses
using principles such as those above can
result in additional data to inform the
ESA Section 4(b)(2) analysis regarding
possible exclusion of Federal lands from
critical habitat designations.
Comment 12: One commenter and a
peer reviewer expressed concern that
the economic analysis failed to consider
the full range of economic benefits of
salmon habitat conservation and,
therefore, provided a distorted picture
of the economic consequences of
designating versus excluding eligible
habitat areas. The commenter expressed
concern that the economic impact of not
designating particular areas would
impede recovery efforts, and this cost
should be considered in the economic
analysis. The commenter cited the lack
of consideration in the economic
analysis of the potential benefits of
critical habitat designation to: (1) Other
aquatic and riparian species; (2) water
quality; (3) recreation; and (4) increased
recreational, commercial, and tribal
harvest opportunities that would be
available with recovery.
Response: As described in the
economic analysis (NMFS, 2007c) and
ESA section 4(b)(2) report (NMFS,
2007d), we did not have information
available at the scale of this designation
that would allow us to quantify the
benefits of designation in terms of
increased fisheries. Such an estimate
would have required us to estimate the
additional number of fish likely to be
produced as a result of the designation,
and would have required us to
determine how to allocate the economic
benefit from those additional fish to a
particular watershed. Instead, we
considered the ‘‘benefits of designation’’
in terms of conservation value ratings
for each particular area (see ‘‘Methods
and Criteria Used to Designate Critical
Habitat’’ section below). We also lacked
information to quantify and include in
the economic analysis the economic
benefit that might result from such
things as improved water quality or
flood control, or improved condition of
other species.
Moreover, we did not have
information at the scale of this
designation that would allow us to
consider the relative ranking of these
types of benefits on the ‘‘benefits of
designation’’ side of the ESA section
4(b)(2) balancing process. Our primary
focus was to determine, consider, and
balance the benefits of designating these
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areas to the conservation of the listed
species. Given the uncertainties
involved in quantifying or even ranking
these ancillary types of benefits, we did
not include them in our analysis.
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Final Species Determination
The Oregon Coast coho ESU includes
all naturally spawned populations of
coho salmon in Oregon coastal streams
south of the Columbia River and north
of Cape Blanco (63 FR 42587; August
10, 1998). One hatchery stock is
considered part of the ESU: The Cow
Creek (ODFW stock # 37) hatchery coho
stock.
On June 14, 2004, we proposed that
five artificial propagation programs
should be considered part of the ESU
(69 FR 33102), including the North Fork
Nehalem River (ODFW stock # 32), the
North Umpqua River (ODFW stock #
18), Coos Basin (ODFW stock # 37), and
the Coquille River (ODFW stock # 44)
coho hatchery programs. Informed by
our analysis of the comments received
from ODFW, and other recently
available information (see Comment 1
and response, above), we conclude that
these four hatchery programs are not
part of the Oregon Coast coho ESU.
Assessment of the Species’ Status
The steps we follow in making a
listing determination are to: Review the
status of the species, analyze the factors
listed in section 4(a)(1) of the ESA to
identify threats facing the species,
assess whether certain protective efforts
mitigate these threats, and predict the
species’ future persistence. Below we
summarize the information we
evaluated in reviewing the status of the
Oregon Coast coho ESU. We considered
the information included in the record
for our January 2006 determination in a
manner consistent with the Court’s
ruling in Trout Unlimited. We also
considered additional status
information that was readily available
since our January 2006 decision, to
determine if this new information is
consistent with our conclusion based on
the January 2006 (as the Court has
ordered us to consider it).
We begin a typical listing
determination for a salmon ESU by
gathering the most recent available and
relevant biological information and
appointing a panel of Federal scientists
(the BRT) familiar with the biology and
population dynamics of salmon. This
panel reviews the status information,
considers and discusses various
possible interpretations of the
information, and prepares a written
report containing its recommendations
as well as the basis for them. In
addition, the documents underlying the
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BRT’s conclusions are made available to
the decision maker for consideration.
Typically, the BRT’s review takes about
3–6 months to complete.
At the same time, regulatory staff
gather updated information about the
status and trends for other related
factors, including the potential
contributions (both positive and
negative) from hatchery programs, the
condition of the habitat, and the
expected implementation and
effectiveness of conservation efforts.
This information is considered together
with the BRT’s recommendations in
forming a final determination and
preparing a written explanation of that
determination.
While the above steps were conducted
for Oregon Coast coho prior to the
issuance of the 2004 proposed rule, the
court order in Trout Unlimited requiring
a final determination and the time
allowed for making that final
determination do not permit us to
follow our typical practice anew for
Oregon Coast coho. The available record
contains a BRT recommendation and
report made in 2003, based on status
information through 2002. The
information in the record about the
condition of the habitat and the
effectiveness of conservation efforts is
also mostly data collected prior to 2003.
We have also considered draft reports of
the Technical Recovery Team for the
Oregon Coast. These draft reports are
directed primarily at the population
structure of and recovery criteria for the
Oregon Coast coho ESU, rather than the
determination required for a listing
decision.
Quantitative information available to
us for this determination also includes
numerical information on the
abundance of Oregon Coast coho
through 2006, preliminary spawner
survey information for 2007, and
estimates of the ocean survival for coho
through 2006. Comparison of the
abundance of the naturally-produced
coho with the marine survival index
suggests the possibility that much of the
variability in coho numbers over the last
decade or so may be due to fluctuations
in the availability of food in the nearshore ocean (NMFS, 2007k). In addition,
there is some indication that juvenile
survival is limited by the supply of
nutrients from the carcasses of
spawning adult coho (Bilby et al., 2001).
It is possible that existing freshwater
habitat is adequate to support a viable
ESU, and that the fluctuations observed
in Oregon Coast coho populations are
partially driven by the supply of
carcasses. The 2003 BRT did not
explicitly consider the relationship
between coho abundance and marine
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food availability, or the relationship
between juvenile survival and the
supply of carcasses. Our current record
lacks the information and analyses
necessary to assess the present status of
freshwater habitat conditions and
functional processes in the ESU. Oregon
has aggressively implemented habitat
conservation efforts, yet we lack the
data necessary to resolve the benefits
realized from these efforts by coho
populations given the considerable
variability in other environmental
processes. In short, the recently
available abundance information is not
necessarily indicative of degraded
freshwater habitat conditions, nor is it
convincingly suggestive of a declining
long-term trend for the ESU. Given the
opportunity for further scientific review,
it is possible that an improved
understanding of the roles marine
conditions and stream-nutrient supply
play in determining coho population
dynamics, might require revision of this
determination. In summary, if we had
been permitted to consider all the
scientific information in the record, and
if we had been allowed more time to do
a complete scientific review of new
information in a manner consistent with
our typically thorough and
comprehensive analytical processes,
there is a reasonable possibility that we
would have reached a different final
listing determination.
Consideration of Information in the
January 2006 Record
Biological Review Team Findings—
The 2003 BRT considered data available
through 2002. The abundance and
productivity of Oregon Coast coho since
the previous status review (NMFS,
1997a) represented some of the best and
worst years on record. Yearly adult
returns for the Oregon Coast coho ESU
were in excess of 160,000 natural
spawners in 2001 and 2002, far
exceeding the abundance observed for
the past several decades. These
encouraging increases in spawner
abundance in 2000–2002 were
preceded, however, by three
consecutive brood years (the 1994–1996
brood years returning in 1997–1999,
respectively) exhibiting recruitment
failure (recruitment failure is when a
given year class of natural spawners
fails to replace itself when its offspring
return to the spawning grounds 3 years
later). These 3 years of recruitment
failure were the only such instances
observed thus far in the entire 55-year
abundance time series for Oregon Coast
coho salmon (although comprehensive
population-level survey data have only
been available since 1980). The
encouraging 2000–2002 increases in
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natural spawner abundance occurred in
many populations in the northern
portion of the ESU, populations that
were the most depressed at the time of
the last review (NMFS, 1997a).
Although encouraged by the increase in
spawner abundance in 2000–2002, the
BRT noted that the long-term trends in
ESU productivity were still negative due
to the low abundances observed during
the 1990s.
The majority of the BRT felt that the
recent increases in coho returns were
most likely attributable to favorable
ocean conditions and reduced harvest
rates. The BRT was uncertain as to
whether such favorable marine
conditions would continue into the
future. Despite the likely benefits to
spawner abundance levels gained by the
dramatic reduction of harvest rates on
Oregon Coast coho populations (PFMC,
1998), harvest cannot be significantly
further reduced in the future to
compensate for declining productivity
due to other factors. The BRT was
concerned that if the long-term decline
in productivity reflected deteriorating
conditions in freshwater habitat, this
ESU could face very serious risks of
local extirpations if ocean conditions
reverted back to poor productivity
conditions. Approximately 30 percent of
the ESU has suffered habitat
fragmentation by culverts and thermal
barriers, generating concerns about ESU
spatial structure. Additionally, the lack
of response to favorable ocean
conditions for some populations in
smaller streams and the different
patterns between north and south coast
populations may indicate compromised
connectivity among populations. The
degradation of many lake habitats and
the resultant impacts on several lake
populations in the Oregon Coast coho
ESU also pose risks to ESU diversity.
The BRT noted that hatchery closures,
reductions in the number of hatchery
smolt releases, and improved marking
rates of hatchery fish have significantly
reduced risks to diversity associated
with artificial propagation.
The BRT found high risk to the ESU’s
productivity, and comparatively lower
risk to the ESU’s abundance, spatial
structure, and diversity. Informed by
this risk assessment, a slight majority of
the BRT concluded that the Oregon
Coast coho ESU was ‘‘likely to become
endangered within the foreseeable
future.’’ However, a substantial minority
of the BRT concluded that the ESU was
‘‘not in danger of extinction or likely to
become endangered within the
foreseeable future.’’ The minority
believed that the large number of
spawners in 2001–2002 and a high
projected abundance for 2003 suggested
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that this ESU was not ‘‘in danger of
extinction’’ or ‘‘likely to become
endangered within the foreseeable
future.’’ Furthermore, the minority
believed that recent strong returns
following 3 years of recruitment failure
demonstrated that populations in this
ESU are resilient.
Consideration of Artificial
Propagation—Our review of the five
hatchery programs that were proposed
to be listed as part of the ESU concluded
that they collectively do not
substantially reduce the extinction risk
of the ESU (NMFS, 2003a, 2004a, 2004b;
see proposed rule for a more detailed
explanation of this assessment, 69 FR
33102; June 14, 2004). Our final
determination that the North Umpqua
River, Coos Basin, Coquille River, North
Fork Nehalem River, and Fishhawk
Lake coho hatchery programs are not
part of the ESU does not alter our
previous conclusion that artificial
propagation does not contribute
appreciably to the viability of the ESU.
In Trout Unlimited v. Lohn (Civ. No.
06–0483–JCC (W. D. Wash., June 13,
2006), the U.S. District Court for the
Western District of Washington set aside
our 2005 Hatchery Listing Policy,
finding that the Policy’s consideration
of both natural and hatchery fish in ESA
listing determinations departs from the
ESA’s central purpose to promote and
conserve naturally self-sustaining
populations. Although the extinction
risk assessment in the 2006 record
evaluated the status of the ESU in-total
(including both within-ESU natural and
hatchery fish), we found that
consideration of artificial propagation
does not reduce the risk of extinction of
the ESU. Therefore, the above described
assessment of extinction risk does not
require revision in light of the ruling in
the above case.
Preliminary Results of Oregon Coast
Coho Recovery Planning—NMFS’
Technical Recovery Team (TRT) for the
Oregon and Northern California Coast is
charged with describing the historical
population structure, developing
biological recovery criteria with which
to evaluate the status of an ESU relative
to recovery, and identifying those
factors limiting or impeding recovery.
Prior to our 2006 determination not to
list the Oregon Coast coho ESU, the TRT
provided a preliminary report on its
progress in developing these products
for the Oregon Coast coho ESU (NMFS,
2005d). The TRT’s preliminary report
underscored the uncertainty associated
with assessing the future status of the
ESU. The TRT stated that ‘‘at this time
our evaluation indicates, with a
moderate degree of uncertainty, that the
ESU is persistent’’ (the TRT defines a
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7825
‘‘persistent’’ ESU as one that is able to
persist (i.e., not go extinct) over a 100year period without artificial support,
relating the term to ‘‘the simple risk of
extinction, which is the primary
determination of endangered status
under the ESA’’). The TRT further stated
that ‘‘our evaluation of biological
viability based on current and recent
past conditions shows a high degree of
uncertainty with respect to the
statement that the ESU is sustainable’’
(the TRT defines a ‘‘sustainable’’ ESU as
‘‘one that, in addition to being
persistent, is able to maintain its genetic
legacy and long-term adaptive potential
for the foreseeable future * * * so that
risk of extinction will not increase in
the future,’’ relating the term to
‘‘threatened status under the ESA’’).
Biological Implications of OceanClimate Conditions—In an August 12,
2005, memorandum, NMFS’ Northwest
Fisheries Science Center (NWFSC)
summarized the most recent
information available on West Coast
ocean conditions, described
observations of impacts on marine
communities, and offered predictions of
the implications of recent ocean
conditions on West Coast salmon stocks,
including the Oregon Coast coho ESU
(NMFS, 2005e). The memorandum
described recent observations of
anomalous ocean conditions that may
portend lower returns of coho salmon
for the fall of 2005 and the next several
years. The memorandum noted that
indices of ocean-climate variation are
suggestive of a regime shift in oceanclimate conditions that in the past have
been associated with warmer water
temperature, poor primary productivity,
and generally less favorable conditions
for coho marine survival. The recent insitu observations confirm delayed
coastal upwelling, anomalously warm
sea surface temperatures, altered
zooplankton community structure, and
low survey abundances of juvenile
salmon, possibly indicating low marine
survival. Strong upwelling occurred in
mid-July 2005 resulting in cooler sea
surface temperatures, increased primary
productivity, and generally more
favorable conditions for salmon
survival. It was unclear whether this
delayed onset of coastal upwelling
would compensate for earlier
unfavorable conditions which occurred
during critical life-history stages for
coho salmon. The memorandum noted
that model projections indicate that fish
populations that prey on juvenile coho
salmon may be reduced, possibly
compensating somewhat for unfavorable
marine survival conditions for coho
returns in 2006. The memorandum
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concluded that the NWFSC was
relatively confident that the negative
biological implications of recent ocean
conditions for the Oregon Coast coho
ESU would be dramatic over the next
few years.
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Conclusions Regarding the Status of the
Oregon Coast Coho ESU
We conclude, after considering the
above information contained in the
record of our January 2006
determination (in a manner consistent
with the Court’s order), that the Oregon
Coast coho ESU is likely to become an
endangered species in the foreseeable
future throughout all or a significant
portion of its range. This finding is
based, in part, on the BRT’s slight
majority conclusion that the ESU is
‘‘likely to become endangered in the
foreseeable future.’’ The TRT’s
subsequent preliminary assessment of
ESU viability (NMFS, 2005d) was
consistent with the BRT’s assessment,
finding a high degree of uncertainty
whether the ESU is sustainable for the
foreseeable future. Although returns in
2001 and 2002 were extremely
encouraging, there remained concern
whether future ocean conditions would
favor such high levels of recruitment.
The NWFSC’s August 2005
memorandum describing the
implications of recent ocean-climate
conditions (NMFS, 2005e) did not
assuage this concern, concluding that
recent ocean conditions portended
unfavorable marine survival conditions
for Oregon Coast coho in the near term.
Consideration of New Information Since
the January 2006 Determination
The ESA requires that listing
determinations be made solely on the
basis of the best scientific and
commercial data available. To that end,
we also considered new status and trend
information made available since the
2003 BRT report, and since our January
2006 ‘‘not warranted’’ determination to
ensure that our present listing
determination for the Oregon Coast coho
ESU has considered the best
information available. We evaluated
these new data to determine whether
they supported our risk assessment
based on the information contained in
the January 2006 record alone.
Since the BRT convened in January
2003, the total abundance of natural
spawners in the Oregon Coast coho ESU
has declined each year (i.e., 2003–2006).
The abundance of total natural
spawners in 2006 (111,025 spawners)
was approximately 43 percent of the
recent peak abundance in 2002 (255,372
spawners). In 2003, ESU-level
productivity (evaluated in terms of the
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number of spawning recruits resulting
from spawners 3 years earlier) was
above replacement (approximately 3.2
recruits per spawner). ESU-level
productivity was essentially at
replacement in 2004 (approximately
0.99 recruits per spawner), but below
replacement in 2005 and 2006. The
productivity observed in 2006
(approximately 0.49 recruits per
spawner) is the lowest observed since
1991. From 2003–2006 harvest rates
remained low, averaging approximately
12 percent of the total run. Marine
survival from 2003–2006 (estimated in
terms of the number of returning
hatchery adults resulting from the
number of hatchery smolts released 2
years earlier) was generally at or above
the average during 1990–2006. The
decline in ESU productivity from 2003–
2006, while marine survival conditions
were generally favorable, suggests that
factors other than ocean conditions are
responsible for the decline.
In August 2007, the Oregon and
Northern California Coast TRT released
a draft report entitled ‘‘Biological
Recovery Criteria for the Oregon Coast
coho Salmon Evolutionarily Significant
Unit’’ (Wainwright et al., 2007). This
draft report presents biological criteria
for assessing the ESU’s progress toward
recovery, and also applies these criteria
in assessing the current biological status
of the ESU. The TRT considered the
population data available through 2004.
This draft report thus represents a more
recent assessment of the ESU’s status
relative to the 2003 BRT’s review. The
results of the recent draft report are
consistent with the TRT’s preliminary
progress report described above (NMFS,
2005d), finding that there is low to
moderate certainty that the ESU is
sustainable for the foreseeable future.
The recent draft report considered the
population data available through 2004,
and thus does not reflect the declining
abundance and productivity observed in
2005 and 2006.
Preliminary spawner survey data for
2007 (the average peak number of
spawners per mile observed during
random coho spawning surveys in 41
streams) suggest that the 2007–2008
return of Oregon Coast coho is either (1)
much reduced from abundance levels in
2006, or (2) exhibiting delayed run
timing from previous years. As of
December 13, 2007, the average peak
number of spawners per mile was below
2006 levels in 38 of 41 surveyed streams
(ODFW, 2007). It is possible that the
timing of peak spawner abundance is
delayed relative to previous years, and
that increased spawner abundance in
late December 2007 and January 2008
will compensate for the low levels
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observed thus far in the 2007–2008
spawning season.
Our review of the above new
abundance and productivity
information and the TRT’s 2007 draft
report does not indicate that the status
of the Oregon Coast coho ESU has
improved since the 2003 BRT report.
The recent 5-year geometric mean
abundance (2002–2006) of
approximately 152,960 total natural
spawners remains well above that of a
decade ago (approximately 52,845 from
1992–1996). However, the decline in
productivity from 2003 to 2006, despite
generally favorable marine survival
conditions and low harvest rates, is of
concern.
After reviewing the scientific and
commercial information available in the
record concerning the status of the
Oregon Coast Coho (in a manner
consistent with the Court’s order) and
adding to the record the Draft 2007 TRT
report, 2003–2006 abundance and
marine survival information, and
preliminary spawner survey information
for 2007, we conclude that this
information requires a conclusion that
the ESU is likely to become an
endangered species in the foreseeable
future throughout all or a significant
portion of its range. The recent declines
in the ESU’s abundance and
productivity are not necessarily
indicative of a substantial degradation
of the ESU’s status. Similar interannual
variability in abundance and
productivity has been observed
previously for the Oregon Coast coho
ESU, and similar variability is expected
to occur in the future. The principal
inquiry in determining if the ESU
warrants listing is whether present
habitat conditions are sufficient to
support a viable ESU, and whether
future freshwater habitat conditions are
expected to degrade. The present and
future status of freshwater habitat for
the Oregon Coast coho ESU remains
uncertain. As noted above, we believe
that if we had been permitted to
consider all the scientific information in
the record, and if we had been allowed
more time for a complete scientific
review of new information in a manner
consistent with our typically thorough
and comprehensive analytical
processes, there is a reasonable
possibility that we would have reached
a different final listing determination.
Final Listing Determination
Consideration of ESA Section 4(a)(1)
Factors
Section 4(a)(1) of the ESA and NMFS’
implementing regulations (50 CFR part
424) requires us to add a species to the
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List of Endangered and Threatened
Species if it is endangered or threatened
because of any one or a combination of
the following factors: (1) The present or
threatened destruction, modification, or
curtailment of its habitat or range; (2)
overutilization for commercial,
recreational, scientific, or educational
purposes; (3) disease or predation; (4)
inadequacy of existing regulatory
mechanisms; or (5) other natural or
human-made factors affecting its
continued existence. We have
previously detailed the impacts of
various factors contributing to the
decline of Pacific salmonids as part of
our prior listing determinations for 27
ESUs, as well as in supporting technical
reports (e.g., NMFS, 1997b, ‘‘Coastal
coho habitat factors for decline and
protective efforts in Oregon;’’ NMFS,
1997c, ‘‘Factors Contributing to the
Decline of Chinook Salmon—An
Addendum to the 1996 West Coast
Steelhead Factors for Decline Report;’’
NMFS, 1996a, ‘‘Factors for Decline—A
Supplement to the Notice of
Determination for West Coast Steelhead
Under the Endangered Species Act’’).
Our prior listing determinations and
technical reports concluded that all of
the factors identified in section 4(a)(1)
of the ESA have played a role in the
decline of West Coast salmon and
steelhead. In our 1998 threatened listing
determination for the Oregon Coast coho
ESU (63 FR 42588; August 10, 1998), we
concluded that the decline of Oregon
Coast coho populations is the result of
several longstanding, human-induced
factors (e.g., habitat degradation, water
diversions, harvest, and artificial
propagation) that exacerbate the adverse
effects of natural environmental
variability (e.g., floods, drought, and
poor ocean conditions). The following
discussion briefly summarizes our
findings regarding the threats currently
facing the Oregon Coast coho ESU.
While these threats are treated in
general terms, it is important to
underscore that impacts from certain
threats are more acute for some
populations in the ESU.
A. The Present or Threatened
Destruction, Modification, or
Curtailment of Its Habitat or Range
In many Oregon coastal streams, past
human activities (e.g., logging,
agriculture, gravel mining, urbanization)
have resulted in impediments to fish
passage, degradation of stream
complexity, increased sedimentation,
reduced water quality and quantity, loss
and degradation of riparian habitats,
and loss and degradation of lowland,
estuarine, and wetland coho rearing
habitats. The relevant issues are
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whether current habitat conditions are
adequate to support the ESU’s
persistence (that is, whether the species
is endangered or threatened because of
present destruction, modification, or
curtailment of its habitat or range) and
whether habitat conditions are likely to
worsen in the future (that is, whether
the species is endangered or threatened
because of threatened destruction,
modification, or curtailment of its
habitat or range). Regarding the first
issue, the 2003 BRT noted uncertainty
about the adequacy of current habitat
conditions, and this uncertainty
contributed to the slight majority
finding that the ESU was likely to
become an endangered species within
the foreseeable future.
Regarding the second issue, the threat
of future habitat declines, the 2003 BRT
noted that ‘‘if the long-term decline in
productivity [of the Oregon Coast coho
ESU] reflects deteriorating conditions in
freshwater habitat, this ESU could face
very serious risks of local extinction
during the next cycle of poor ocean
conditions.’’ The BRT thus identified
potential future habitat declines as a
potential concern. As part of our
January 2006 determination we
evaluated the likely future trend of
various habitat elements and the likely
impact of future population growth
(NMFS, 2005a). With respect to
population growth and urbanization, we
found that approximately 3.4 percent of
‘‘high intrinsic potential’’ habitat areas
for coho (e.g., lowland stream reaches
particularly important to juvenile coho
rearing and overwintering survival) are
within currently designated urban
growth areas, suggesting that future
human population growth may not
represent a significant threat to the ESU
(NMFS, 2005a). With respect to lowland
and upland habitat areas under various
types of land use and ownership, we
found that some areas are likely to
improve, some are likely to decline, and
others are likely to remain in their
current condition. Overall, there is a
high level of uncertainty associated with
projections of future habitat conditions
due to underlying economic and
sociopolitical factors influencing forest
harvest and restoration rates, urban
conversion of agricultural and forest
lands, and the enforcement and
implementation of land-use plans and
regulations. Based on our analysis, we
found that there is insufficient evidence
to conclude that the Oregon Coast coho
ESU was more likely than not to become
an endangered species because of the
‘‘threatened destruction, modification,
or curtailment of its habitat or range.’’
It remains uncertain whether future
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freshwater habitat conditions will be
adequate to support a viable coho ESU,
particularly during periods of
unfavorable ocean conditions and poor
marine survival.
B. Overutilization for Commercial,
Recreational, Scientific or Educational
Purposes
Harvest rates on Oregon Coast coho
populations ranged between 60 and 90
percent between the 1960s and 1980s
(Good et al., 2005). Modest harvest
restrictions were imposed in the late
1980s, but harvest rates remained high
until most directed coho salmon harvest
was prohibited in 1994. These
restrictive harvest regulations,
developed concurrently with the Oregon
Plan and subsequently revised, have
imposed conservative restrictions on
directed and incidental fishery
mortality, and appropriately consider
marine survival conditions and the
biological status of naturally produced
coho populations. Under these revised
regulations, harvest rates are stipulated
to be between 0 and 8 percent during
critically low spawner abundance, and
may increase to a maximum
exploitation rate of 45 percent under
high survival and abundance conditions
(Oregon, 2005). Empirical data over the
last 10 years show that harvest mortality
for Oregon Coast coho has been
maintained below 15 percent since the
adoption of the revised regulations
(Oregon, 2005). We agree with the 2003
BRT’s finding that overutilization has
been effectively addressed for Oregon
Coast coho populations.
C. Disease or Predation
Past species introductions and habitat
modifications have resulted in increased
non-native predator populations,
notably in coastal lake habitats.
Predation by increased populations of
marine mammals (principally sea lions)
may influence salmon abundance in
some local populations when other prey
species are absent and where physical
conditions lead to the concentration of
adults and juveniles (e.g., Cooper and
Johnson, 1992). However, the extent to
which marine mammal predation
threatens the persistence of Oregon
coast coho populations is unknown.
Infectious disease is one of many
factors that can influence adult and
juvenile salmon survival. Salmonids are
exposed to numerous bacterial,
protozoan, viral, and parasitic
organisms in spawning and rearing
areas, hatcheries, migratory routes, and
the marine environment. Specific
diseases such as bacterial kidney
disease, ceratomyxosis, columnaris,
furunculosis, infectious hematopoietic
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necrosis virus, redmouth and black spot
disease, erythrocytic inclusion body
syndrome, and whirling disease, among
others, are present and known to affect
West Coast salmonids (Rucker et al.,
1953; Wood, 1979; Leek, 1987; Foott et
al., 1994; Gould and Wedemeyer,
undated). In general, very little current
or historical information exists to
quantify trends over time in infection
levels and disease mortality rates.
However, studies have shown that
naturally spawned fish tend to be less
susceptible to pathogens than hatcheryreared fish (Buchanon et al., 1983;
Sanders et al., 1992). Native salmon
populations have co-evolved with
specific communities of these
organisms, but the widespread use of
artificial propagation has introduced
exotic organisms not historically present
in a particular watershed. Habitat
conditions such as low water flows and
high temperatures can exacerbate
susceptibility to infectious diseases.
Aggressive hatchery reform efforts
implemented by the State of Oregon
have reduced the magnitude and
distribution of hatchery fish releases in
the ESU, and, consequently, the
interactions between hatchery- and
natural-origin fish and the potential
transmission of infectious diseases.
Additionally, regulations controlling
hatchery effluent discharges into
streams have reduced the potential of
pathogens being released into coho
habitats.
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D. The Inadequacy of Existing
Regulatory Mechanisms
Existing regulations governing coho
harvest have dramatically improved the
ESU’s likelihood of persistence. These
regulations are unlikely to be weakened
in the future. Of the wide range of land
uses and other activities affecting
salmon habitat, however, some are more
amenable to regulation than others. In
the range of Oregon Coast coho, the
regulation of some activities and land
uses will alter past harmful practices,
resulting in habitat improvements; the
regulation of other activities is
inadequate to alter past harmful
practices, resulting in habitat conditions
continuing in their present state; and
the regulation of still other activities
and land uses will lead to further
degradation (NMFS, 2005a).
E. Other Natural or Manmade Factors
Affecting Its Continued Existence
Natural variability in ocean and
freshwater conditions has at different
times exacerbated or mitigated the
effects on Oregon Coast coho
populations of habitat limiting factors.
There is considerable uncertainty in
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predicting ocean-climate conditions into
the foreseeable future and their
biological impacts on the Oregon Coast
coho ESU. Variability in ocean-climate
conditions is expected, and coho
productivity and abundance are
similarly expected to fluctuate in
response to this natural environmental
variability. It is unknown whether
unfavorable ocean conditions will
predominate in the foreseeable future.
Prior to the 1990s, coho hatchery
programs along the Oregon coast posed
substantial risks to the survival,
reproductive fitness, and diversity of
natural populations. High numbers of
hatchery coho were released in most of
the basins in the ESU, most programs
propagated non-native broodstocks, and
naturally spawning hatchery-origin
strays were common in most natural
production areas. Oregon’s aggressive
hatchery reform efforts have resulted in
substantial reductions of this threat.
Hatchery coho are released in less than
half of the populations in the ESU, and
the magnitude of releases has declined
from a peak of 35 million smolts in
1981, to approximately 800,000 in 2005.
Hatchery programs are currently
constrained to releasing no more than
200,000 smolts in any basin. The
reduction in the number of hatchery fish
released has reduced the potential for
competition with, and predation on,
natural coho. The proportion of
hatchery-origin fish in natural spawning
areas has been reduced to below 10
percent in all but two populations in the
ESU. All hatchery coho releases in the
ESU are now marked, affording
improved monitoring and assessment of
the co-existing naturally produced coho
populations. Broodstock management
practices have been modified to
minimize the potential for hatcheryorigin fish to pose risks to the genetic
diversity of local natural populations.
We conclude the ESU is not in danger
of extinction or likely to become
endangered in the foreseeable future
because of hatchery practices.
Efforts Being Made To Protect the
Species
Section 4(b)(1)(A) of the ESA requires
the Secretary to make listing
determinations solely on the basis of the
best scientific and commercial data
available after taking into account
efforts being made to protect a species.
In making listing determinations we
first assess the species’ level of
extinction risk, identify factors that
threaten its continued existence, and
assess existing efforts being made to
protect the species to determine if those
measures ameliorate the risks it faces.
The reader is referred to the June 14,
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2004, proposed rule for a summary of
efforts, including those under the
Oregon Plan, being made to protect
Oregon Coast coho populations (69 FR
33102, at 33142). Harvest reductions
and improvements in hatchery
management are noteworthy in that they
have been fully implemented and their
effectiveness is manifested in the
improved status of Oregon Coast coho
populations. The benefits of these
accomplishments in hatchery and
harvest management under the Oregon
Plan, however, were fully considered in
the 2003 BRT’s assessment of ESU
extinction risk. In our June, 14, 2004,
proposed listing for the Oregon Coast
coho ESU (69 FR 33102), we evaluated
all other relevant protective efforts and
determined that they did not
substantially alter our finding that the
ESU is likely to become an endangered
species within the foreseeable future
throughout all or a significant portion of
its range.
Since our January 2006
determination, the State of Oregon
released a draft Coho Conservation Plan
for Oregon Coast coho. The draft
Conservation Plan culminated a 2-year
development process including
significant input and involvement from
local stakeholders. The draft
conservation plan establishes ambitious
conservation goals and is an important
step in describing limiting factors and
threats, identifying specific
conservation actions to address these
factors and threats, and designing a
robust research and monitoring program
to evaluate the effectiveness of
conservation actions that contribute to
rebuilding the Oregon Coast coho ESU.
As reflected in the comments that we
provided on the draft Conservation Plan
(NMFS, 2007e), the plan lacks the
necessary detail, specificity, and
commitment of resources to provide
sufficient certainty of implementation
and effectiveness to alter our assessment
that the ESU is likely to become an
endangered species within the
foreseeable future throughout all or a
significant portion of its range.
Final Listing Determination
The ESA defines an endangered
species as any species in danger of
extinction throughout all or a significant
portion of its range, and a threatened
species as any species likely to become
an endangered species within the
foreseeable future throughout all or a
significant portion of its range. Section
4(b)(1) of the ESA requires that the
listing determination be based solely on
the best scientific and commercial data
available, after conducting a review of
the status of the species and taking into
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account those efforts, if any, being made
to protect such species.
The information included in the
record of our January 2006
determination (as the Court has ordered
us to consider it) indicates that the
Oregon Coast coho ESU is likely to
become an endangered species within
the foreseeable future throughout all or
a significant portion of its range. New
abundance and productivity data do not
suggest that the ESU’s biological status
has improved since our January 2006
determination. Efforts being made to
protect the species, at present, do not
provide sufficient certainty of
implementation or effectiveness to
mitigate the assessed level of extinction
risk. Therefore, we conclude that the
Oregon Coast coho ESU warrants listing
under the ESA as a threatened species.
Prohibitions and Protective Regulations
On June 28, 2005, as part of the final
listing determinations for 16 ESUs of
West Coast salmon, we amended and
streamlined the previously promulgated
ESA section 4(d) regulations for
threatened salmon and steelhead (70 FR
37160). We finalized an amendment to
provide the necessary flexibility to
ensure that fisheries and artificial
propagation programs are managed
consistently with the conservation
needs of threatened salmon and
steelhead. Under this change the section
4(d) protections apply to natural and
hatchery fish with an intact adipose fin,
but not to listed hatchery fish that have
had their adipose fin removed prior to
release into the wild. Additionally, we
made several simplifying and clarifying
changes to the 4(d) regulations,
including updating an expired limit
(section 223.203(b)(2)), providing a
temporary exemption for ongoing
research and enhancement activities,
and applying the same set of 14 limits
to all threatened salmon and steelhead.
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Description of Protective Regulations
Being Afforded Oregon Coast Coho
Consistent with the June 2005
amended ESA section 4(d) regulations,
this final rule applies the ESA section
9(a)(1) take and other prohibitions
(subject to the ‘‘limits’’ discussed below)
to unmarked members of the Oregon
Coast coho ESU with an intact adipose
fin. (The clipping of adipose fins in
juvenile hatchery fish just prior to
release into the natural environment is
a commonly employed method for the
marking of hatchery production). We
believe this approach provides needed
flexibility to appropriately manage the
artificial propagation and directed take
of threatened salmon and steelhead for
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the conservation and recovery of the
listed species.
The June 2005 amended ESA section
4(d) regulations simplified the
previously promulgated 4(d) rules by
applying the same set of 14 ‘‘limits’’ to
all threatened salmon and steelhead.
These limits allow us to exempt certain
activities from the take prohibitions,
provided that the applicable programs
and regulations meet specific conditions
to adequately protect the listed species.
In this final rule we are applying this
same set of 14 limits to the Oregon Coast
coho ESU. Comprehensive descriptions
of each 4(d) limit are contained in ‘‘A
Citizen’s Guide to the 4(d) Rule’’
(available on the Internet at https://
www.nwr.noaa.gov), and in previously
published Federal Register notices (65
FR 42422, July 10, 2000; 65 FR 42485,
July 10, 2000; 69 FR 33102; June 14,
2004; 70 FR 37160, June 28, 2005).
These ‘‘limits’’ include: activities
conducted in accordance with ESA
section 10 incidental take authorization
(50 CFR 223.203(b)(1)); scientific or
artificial propagation activities with
pending permit applications at the time
of rulemaking (§ 223.203(b)(2));
emergency actions related to injured,
stranded, or dead salmonids
(§ 223.203(b)(3)); fishery management
activities (§ 223.203(b)(4)); hatchery and
genetic management programs
(§ 223.203(b)(5)); activities in
compliance with joint tribal/state plans
developed within United States (U.S.) v.
Washington or U.S. v. Oregon
(§ 223.203(b)(6)); scientific research
activities permitted or conducted by the
states (§ 223.203(b)(7)); state, local, and
private habitat restoration activities
(§ 223.203(b)(8)); properly screened
water diversion devices
(§ 223.203(b)(9)); routine road
maintenance activities
(§ 223.203(b)(10)); certain park pest
management activities
(§ 223.203(b)(11)); certain municipal,
residential, commercial, and industrial
development and redevelopment
activities (§ 223.203(b)(12));
management activities on state and
private lands within the State of
Washington (§ 223.203(b)(13)); and
activities undertaken consistent with an
approved tribal resource management
plan (§ 223.204).
Limit § 223.203(b)(2) exempts
scientific or artificial propagation
activities with pending applications for
ESA section 4(d) approval. The limit
was amended as part of the June 28,
2005, final rule to temporarily exempt
such activities from the take
prohibitions during a ‘‘grace period,’’
provided that a complete application for
4(d) approval was received within a
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7829
specified period from the notice’s
publication (70 FR 37160). The limit
was again modified in February 2006
when the 4(d) regulations were
extended to the Upper Columbia River
steelhead DPS (71 FR 5178; February 1,
2006). The deadlines associated with
this exemption have expired. Consistent
with the 2004 proposed rule to list
Oregon Coast coho and extend 4(d)
regulations to the ESU (69 FR 33102;
June 14, 2004), we believe it is
necessary and advisable for the
conservation and recovery of Oregon
Coast coho to allow research and
enhancement activities to continue
uninterrupted while we process the
necessary permits and approvals.
Provided we receive a complete
application by June 10, 2008, the take
prohibitions will not apply to research
and enhancement activities which affect
Oregon Coast coho until the application
is rejected as insufficient, a permit or
4(d) approval is issued, or until March
31, 2009, whichever occurs earliest. The
length of this ‘‘grace period’’ is
necessary because we process
applications for 4(d) approval annually.
Other Protective ESA Provisions
Section 7(a)(4) of the ESA requires
that Federal agencies confer with NMFS
on any actions likely to jeopardize the
continued existence of a species
proposed for listing and on actions
likely to result in the destruction or
adverse modification of proposed
critical habitat. For listed species,
section 7(a)(2) requires Federal agencies
to ensure that activities they authorize,
fund, or conduct are not likely to
jeopardize the continued existence of a
listed species or to destroy or adversely
modify its critical habitat. If a proposed
Federal action may affect a listed
species or its critical habitat, the
responsible Federal agency must enter
into consultation with NMFS or the
FWS, as appropriate. Examples of
Federal actions likely to affect salmon
include authorized land management
activities of the USFS and the BLM, as
well as operation of hydroelectric and
storage projects of the Bureau of
Reclamation (BOR) and the U.S. Army
Corps of Engineers (USACE). Such
activities include timber sales and
harvest, permitting livestock grazing,
hydroelectric power generation, and
flood control. Federal actions, including
the USACE section 404 permitting
activities under the Clean Water Act,
USACE permitting activities under the
River and Harbors Act, Federal Energy
Regulatory Commission (FERC) licenses
for non-Federal development and
operation of hydropower, and Federal
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salmon hatcheries, may also require
consultation.
Sections 10(a)(1)(A) and 10(a)(1)(B) of
the ESA provide NMFS with authority
to grant exceptions to the ESA’s ‘‘take’’
prohibitions. Section 10(a)(1)(A)
scientific research and enhancement
permits may be issued to entities
(Federal and non-Federal) conducting
research that involves a directed take of
listed species. A directed take refers to
the intentional take of listed species. We
have issued section 10(a)(1)(A) research/
enhancement permits for currently
listed ESUs for a number of activities,
including trapping and tagging,
electroshocking to determine population
presence and abundance, removal of
fish from irrigation ditches, and
collection of adult fish for artificial
propagation programs. Section
10(a)(1)(B) incidental take permits may
be issued to non-Federal entities
performing activities which may
incidentally take listed species. The
types of activities potentially requiring
a section 10(a)(1)(B) incidental take
permit include the operation and release
of artificially propagated fish by state or
privately operated and funded
hatcheries, state or academic research
that may incidentally take listed
species, the implementation of state
fishing regulations, logging, road
building, grazing, and diverting water
into private lands.
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Identification of Those Activities That
Would Constitute a Violation of Section
9 of the ESA
NMFS and the FWS published in the
Federal Register on July 1, 1994 (59 FR
34272), a policy that NMFS shall
identify, to the maximum extent
practicable at the time a species is
listed, those activities that would or
would not constitute a violation of
section 9 of the ESA. The intent of this
policy is to increase public awareness of
the effect of this listing on proposed and
ongoing activities within the species’
range. At the time of the final rule, we
must identify to the extent known
specific activities that will not be
considered likely to result in violation
of section 9, as well as activities that
will be considered likely to result in
violation. We believe that, based on the
best available information, the following
actions will not result in a violation of
section 9:
1. Possession of fish from the Oregon
Coast coho ESU that are acquired
lawfully by permit issued by NMFS
pursuant to section 10 of the ESA, or by
the terms of an incidental take statement
issued pursuant to section 7 of the ESA;
or
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2. Federally funded or approved
projects that involve activities such as
silviculture, grazing, mining, road
construction, dam construction and
operation, discharge of fill material,
stream channelization or diversion for
which section 7 consultation has been
completed, and when activities are
conducted in accordance with any terms
and conditions provided by NMFS in an
incidental take statement accompanying
a biological opinion.
There are many activities that we
believe could potentially take salmon by
harming them. ‘‘Harm’’ is defined by
our regulations as ‘‘an act which
actually kills or injures fish or wildlife.
Such an act may include significant
habitat modification or degradation
which actually kills or injures fish or
wildlife by significantly impairing
essential behavioral patterns, including,
breeding, spawning, rearing, migrating,
feeding or sheltering’’ (50 CFR 222.102
(harm)). Activities that may harm the
Oregon Coast coho ESU resulting in a
violation of the section 9 take and other
prohibitions, include, but are not
limited to:
1. Land-use activities that degrade
habitats for the Oregon Coast coho ESU
(e.g., logging, grazing, farming, urban
development, road construction in
riparian areas and areas susceptible to
mass wasting and surface erosion);
2. Destruction/alteration of the
habitats for the Oregon Coast coho ESU,
such as removal of large woody debris
and ‘‘sinker logs’’ or riparian shade
canopy, dredging, discharge of fill
material, draining, ditching, diverting,
blocking, gravel mining, or altering
stream channels or surface or ground
water flow;
3. Discharges or dumping of toxic
chemicals or other pollutants (e.g.,
sewage, oil, gasoline) into waters or
riparian areas supporting the Oregon
Coast coho ESU;
4. Violation of discharge permits;
5. Application of pesticides affecting
water quality or riparian areas for the
Oregon Coast coho ESU;
6. Interstate and foreign commerce of
fish from the Oregon Coast coho ESU
and import/export of fish from the
Oregon Coast coho ESU without a
threatened or endangered species
permit;
7. Collecting or handling of fish from
the Oregon Coast coho ESU. Permits to
conduct these activities are available for
purposes of scientific research or to
enhance the conservation or survival of
the species; and
8. Introduction of non-native species
likely to prey on fish from the Oregon
Coast coho ESU or displace them from
their habitat.
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These lists are not exhaustive. They
are intended to provide some examples
of the types of activities that might or
might not be considered by NMFS as
constituting a take of fish in the Oregon
Coast coho ESU under the ESA and its
regulations. Questions regarding
whether specific activities would
constitute a violation of the section 9
take and other prohibitions, and general
inquiries regarding prohibitions and
permits, should be directed to NMFS
(see ADDRESSES).
Designating Critical Habitat
Methods and Criteria Used to Designate
Critical Habitat
The following paragraphs and
sections describe the relevant
definitions and guidance found in the
ESA and our implementing regulations,
and the key methods and criteria we
used to designate critical habitat after
incorporating, as appropriate, comments
and information received on the
proposed rule.
Section 4 of the ESA (16 U.S.C.
1533(b)(2) and our regulations at 50 CFR
424.12(a) require that we designate
critical habitat, and make revisions
thereto, ‘‘on the basis of the best
scientific data available.’’ Section 3 of
the ESA (16 U.S.C. 1532(5)) defines
critical habitat as ‘‘(i) the specific areas
within the geographical area occupied
by the species, at the time it is listed
* * * on which are found those
physical or biological features (I)
essential to the conservation of the
species and (II) which may require
special management considerations or
protection; and (ii) specific areas
outside the geographical area occupied
by the species at the time it is listed
upon a determination by the Secretary
that such areas are essential for the
conservation of the species.’’ Section 3
of the ESA (16 U.S.C. 1532(3)) also
defines the terms ‘‘conserve,’’
‘‘conserving,’’ and ‘‘conservation’’ to
mean ‘‘to use, and the use of, all
methods and procedures which are
necessary to bring any endangered
species or threatened species to the
point at which the measures provided
pursuant to this chapter are no longer
necessary.’’
Pursuant to our regulations, when
identifying physical or biological
features essential to conservation, we
consider the following requirements of
the species: (1) Space for individual and
population growth, and for normal
behavior; (2) food, water, air, light,
minerals, or other nutritional or
physiological requirements; (3) cover or
shelter; (4) sites for breeding,
reproduction, or rearing of offspring;
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and, generally, (5) habitats that are
protected from disturbance or are
representative of the historical
geographical and ecological
distributions of the species (see 50 CFR
424.12(b)). In addition to these factors,
we also focus on the more specific
primary constituent elements (PCEs)
within the occupied areas that are
essential to the conservation of the
species. The regulations identify PCEs
as including, but not limited to: ‘‘roost
sites, nesting grounds, spawning sites,
feeding sites, seasonal wetland or
dryland, water quality or quantity, host
species or plant pollinator, geological
formation, vegetation type, tide, and
specific soil types.’’ For an area
containing PCEs to meet the definition
of critical habitat, we must conclude
that the PCEs in that area ‘‘may require
special management considerations or
protection.’’ Our regulations define
special management considerations or
protection as ‘‘any methods or
procedures useful in protecting physical
and biological features of the
environment for the conservation of
listed species.’’ Both the ESA and our
regulations, in recognition of the
divergent biological needs of species,
establish criteria that are species
specific rather than a ‘‘one size fits all’’
approach.
Our regulations state that, ‘‘[t]he
Secretary shall designate as critical
habitat areas outside the geographic area
presently occupied by the species only
when a designation limited to its
present range would be inadequate to
ensure the conservation of the species’
(50 CFR 424.12(e)). Accordingly, when
the best available scientific data do not
demonstrate that the conservation needs
of the species so require, we will not
designate critical habitat in areas
outside the geographic area occupied by
the species.
Section 4 of the ESA (16 U.S.C.
1533(b)(2)) requires that, before
designating critical habitat, we consider
the economic impacts, impacts on
national security, and other relevant
impacts of specifying any particular area
as critical habitat, and the Secretary may
exclude any area from critical habitat if
the benefits of exclusion outweigh the
benefits of designation, unless
excluding an area from critical habitat
will result in the extinction of the
species. This exercise of discretion must
be based upon the best scientific and
commercial data. Once critical habitat
for a salmon or steelhead ESU is
designated, section 7(a)(2) of the ESA
requires that each Federal agency, in
consultation with and with the
assistance of NMFS, ensure that any
action they authorize, fund, or carry out
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is not likely to result in the destruction
or adverse modification of critical
habitat.
Identifying the Geographical Area
Occupied by the Species and Specific
Areas Within the Geographical Area
In past critical habitat designations,
we had concluded that the limited
availability of species distribution data
prevented mapping salmonid critical
habitat at a scale finer than occupied
river basins (65 FR 7764; February 16,
2000). Therefore, the 2000 designations
defined the ‘‘geographical area occupied
by the species, at the time of listing’’ as
all accessible river reaches within the
current range of the listed species.
In the 2004 proposed rule to designate
critical habitat for 13 ESUs of Pacific
salmon and steelhead (69 FR 74572;
December 14, 2004) we described in
greater detail that, since the previous
designations in 2000, we can now be
more precise about the ‘‘geographical
area occupied by the species’’ because
Federal, state, and tribal fishery
biologists have made progress
documenting and mapping actual
species distribution at the level of
stream reaches. Moreover, much of the
available data can now be accessed and
analyzed using Geographic Information
System (GIS) software to produce
consistent and fine-scale maps (NMFS,
2007b; StreamNet, 2005). The current
maps document fish presence by
identifying occupied stream reaches
where the species has been observed. It
also identifies stream reaches where the
species is presumed to occur based on
the professional judgment of biologists
familiar with the watershed (although in
some cases there are streams classified
as occupied based on professional
judgment when in fact the species has
been observed but the GIS data have not
been updated). We made use of these
finer-scale data for the final critical
habitat designations for 12 Pacific
Northwest ESUs (70 FR 52630;
September 2, 2005), as well as for the
current critical habitat designation. We
believe that this approach enables a
more accurate delineation of the
‘‘geographical area occupied by the
species’’ referred to in the ESA
definition of critical habitat. We
received some comments on this
approach, some in support and some
against it (see comments in final critical
habitat designations for 12 Pacific
Northwest ESUs, 70 FR 52630,
September 2, 2005). However, none of
the latter comments described a specific
methodology that would yield a better
approach than what we used.
We are now also able to identify
‘‘specific areas’’ (ESA section 3(5)(a))
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and ‘‘particular areas’’ (ESA section
4(b)(2)) at a finer scale than in 2000.
Since 2000, various Federal agencies
have mapped fifth field hydrologic units
(referred to as ‘‘HUC5s’’ or
‘‘watersheds’’) throughout the Pacific
Northwest using USGS mapping
conventions (Seaber et al., 1986). This
information is now generally available
via the internet (NMFS, 2007b), and we
have expanded our GIS resources to use
these data. As in the 2000 designations
(in which we used larger fourth field
hydrologic units), we used the HUC5s to
organize critical habitat information
systematically and at a scale that is
applicable to the spatial distribution of
salmon. Organizing information at this
scale is especially relevant to salmonids,
since their innate homing ability allows
them to return to the watersheds where
they were born. Such site fidelity results
in spatial aggregations of salmonid
populations that generally correspond to
the area encompassed by subbasins or
HUC5 watersheds (Washington
Department of Fisheries et al., 1992;
Kostow, 1995; McElhany et al., 2000).
As noted above regarding our use of
finer scale data, none of the comments
received provided us with a specific
alternative methodology that would
yield a better approach than the
watershed-scale approach we adopted.
The USGS maps watershed units as
polygons, bounding a drainage area
from ridge-top to ridge-top,
encompassing streams, riparian areas
and uplands. Within the boundaries of
any watershed, there are stream reaches
not occupied by the species. Land areas
within the HUC5 boundaries are also
generally not ‘‘occupied’’ by the species
(though certain areas such as flood
plains or side channels may be occupied
at some times of some years). We used
the watershed boundaries as a basis for
aggregating occupied stream reaches, for
purposes of delineating ‘‘specific’’ areas
at a scale that often corresponds well to
salmonid population structure and
ecological processes. Although we are
designating only the streams and not the
entire watershed, our documents
frequently refer to the ‘‘specific areas’’
as ‘‘watersheds’’ because that is the term
often used as a convenient shorthand.
We also refer to the stream reaches as
‘‘habitat areas.’’ Each watershed was
reviewed by the CHART to verify
occupation, PCEs, and special
management considerations (see
‘‘Critical Habitat Analytical Review
Team’’ section below).
The watershed-scale aggregation of
stream reaches also allowed us to
analyze the impacts of designating a
‘‘particular area,’’ as required by ESA
section 4(b)(2). As a result of watershed
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processes, many activities occurring in
riparian or upland areas and in nonfish-bearing streams may affect the
physical or biological features essential
to conservation in the occupied stream
reaches. The watershed boundary thus
describes an area in which Federal
activities have the potential to affect
critical habitat (Spence et al., 1996).
Using watershed boundaries for the
economic analysis ensured that all
potential economic impacts were
considered. Section 3(5) defines critical
habitat in terms of ‘‘specific areas,’’ and
section 4(b)(2) requires the agency to
consider certain factors before
designating ‘‘particular areas.’’ In the
case of West Coast salmon and
steelhead, the biology of the species, the
characteristics of their habitat, the
nature of the impacts, and the limited
information currently available at finer
geographic scales made it appropriate to
consider ‘‘specific areas’’ and
‘‘particular areas’’ as the same unit for
purposes of economic exclusions.
Occupied estuarine and marine areas
were also considered in the context of
defining ‘‘specific areas.’’ In our
proposed rule (69 FR 74572; December
14, 2004) we noted that estuarine areas
are crucial for juvenile salmonids, given
their multiple functions as areas for
rearing/feeding, freshwater-saltwater
acclimation, and migration (Simenstad
et al., 1982; Marriott et al., 2002).
Within the geographic range of the
Oregon Coast coho ESU all estuaries fall
within the boundaries of a HUC5 and so
were assessed along with upstream
freshwater habitats within the
watershed. In all occupied estuarine
areas we were able to identify physical
or biological features essential to the
conservation of the species, and that
may require special management
considerations or protection. For those
estuarine areas designated as critical
habitat we are again delineating them in
similar terms to our past designations,
as being defined by a line connecting
the furthest land points at the estuary
mouth.
In previous designations of salmonid
critical habitat we did not designate
offshore marine areas (with the
exception of deep waters in Puget
Sound (65 FR 7764, February 16, 2000;
70 FR 52630, September 2, 2005). In the
Pacific Ocean, we concluded that there
may be essential habitat features, but we
could not identify any special
management considerations or
protection associated with them as
required under section 3(5)(A)(I) of the
ESA (65 FR 7776; February 16, 2000).
Since that time we have carefully
considered the best available scientific
information, and related agency actions,
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such as the designation of Essential Fish
Habitat under the Magnuson-Stevens
Fishery Conservation and Management
Act. We believe that forage species are
a feature in the Pacific Ocean that are
essential for salmon conservation and
that may require special management
considerations or protection, at least for
those forage species that are a target of
human harvest. However, because
salmonids are opportunistic feeders we
could not identify ‘‘specific areas’’
beyond the nearshore marine zone
where these or other essential features
are found within this vast geographic
area occupied by salmon and steelhead.
In contrast to estuarine and nearshore
areas, we conclude that it is not possible
to identify ‘‘specific areas’’ in the Pacific
Ocean that contain essential features for
salmonids, and, therefore, we are not
designating critical habitat in offshore
marine areas. We requested comment on
this issue in our proposed rule but did
not receive comments or information
that would change our conclusion (70
FR 52630, September 2, 2005).
Primary Constituent Elements
In determining what areas are critical
habitat, agency regulations at 50 CFR
424.12(b) require that we ‘‘consider
those physical or biological features that
are essential to the conservation of a
given species * * *, including space for
individual and population growth and
for normal behavior; food, water, air,
light, minerals, or other nutritional or
physiological requirements; cover or
shelter; sites for breeding, reproduction,
and rearing of offspring; and habitats
that are protected from disturbance or
are representative of the historical
geographical and ecological distribution
of a species.’’ The regulations further
direct us to ‘‘focus on the principal
biological or physical constituent
elements * * * that are essential to the
conservation of the species,’’ and
specify that the ‘‘known primary
constituent elements shall be listed with
the critical habitat description.’’ The
regulations identify PCEs as including,
but not limited to: ‘‘roost sites, nesting
grounds, spawning sites, feeding sites,
seasonal wetland or dryland, water
quality or quantity, host species or plant
pollinator, geological formation,
vegetation type, tide, and specific soil
types.’’
NMFS biologists developed a list of
PCEs that are essential to the species’
conservation and based on the unique
life history of salmon and steelhead and
their biological needs (Hart, 1973;
Beauchamp et al., 1983; Laufle et al.,
1986; Pauley et al., 1986, 1988, and
1989; Groot and Margolis, 1991; Spence
et al., 1996). Guiding the identification
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of PCEs was a decision matrix we
developed for use in ESA section 7
consultations (NMFS, 1996b) which
describes general parameters and
characteristics of most of the essential
features under consideration in this
critical habitat designation. We
identified these PCEs and requested
comment on them in the advance notice
of proposed rulemaking (ANPR)(68 FR
55931; September 29, 2003) and
proposed rule (69 FR 74636; December
14, 2005) but did not receive
information to support changing them.
These PCEs include sites essential to
support one or more life stages of the
ESU (sites for spawning, rearing,
migration and foraging). These sites in
turn contain physical or biological
features essential to the conservation of
the ESU (for example, spawning gravels,
water quality and quantity, side
channels, forage species). The specific
PCEs include:
1. Freshwater spawning sites with
water quantity and quality conditions
and substrate supporting spawning,
incubation, and larval development.
These features are essential to
conservation because without them the
species cannot successfully spawn and
produce offspring.
2. Freshwater rearing sites with water
quantity and floodplain connectivity to
form and maintain physical habitat
conditions and support juvenile growth
and mobility; water quality and forage
supporting juvenile development; and
natural cover such as shade, submerged
and overhanging large wood, log jams
and beaver dams, aquatic vegetation,
large rocks and boulders, side channels,
and undercut banks. These features are
essential to conservation because
without them juveniles cannot access
and use the areas needed to forage,
grow, and develop behaviors (e.g.,
predator avoidance, competition) that
help ensure their survival.
3. Freshwater migration corridors free
of obstruction with water quantity and
quality conditions and natural cover
such as submerged and overhanging
large wood, aquatic vegetation, large
rocks and boulders, side channels, and
undercut banks supporting juvenile and
adult mobility and survival. These
features are essential to conservation
because without them juveniles cannot
use the variety of habitats that allow
them to avoid high flows, avoid
predators, successfully compete, begin
the behavioral and physiological
changes needed for life in the ocean,
and reach the ocean in a timely manner.
Similarly, these features are essential for
adults because they allow fish in a nonfeeding condition to successfully swim
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upstream, avoid predators, and reach
spawning areas on limited energy stores.
4. Estuarine areas free of obstruction
with water quality, water quantity, and
salinity conditions supporting juvenile
and adult physiological transitions
between fresh- and saltwater; natural
cover such as submerged and
overhanging large wood, aquatic
vegetation, large rocks and boulders,
and side channels; and juvenile and
adult forage, including aquatic
invertebrates and fishes, supporting
growth and maturation. These features
are essential to conservation because
without them juveniles cannot reach the
ocean in a timely manner and use the
variety of habitats that allow them to
avoid predators, compete successfully,
and complete the behavioral and
physiological changes needed for life in
the ocean. Similarly, these features are
essential to the conservation of adults
because they provide a final source of
abundant forage that will provide the
energy stores needed to make the
physiological transition to fresh water,
migrate upstream, avoid predators, and
develop to maturity upon reaching
spawning areas.
5. Nearshore marine areas free of
obstruction with water quality and
quantity conditions and forage,
including aquatic invertebrates and
fishes, supporting growth and
maturation; and natural cover such as
submerged and overhanging large wood,
aquatic vegetation, large rocks and
boulders, and side channels. As in the
case with freshwater migration corridors
and estuarine areas, nearshore marine
features are essential to conservation
because without them juveniles cannot
successfully transition from natal
streams to offshore marine areas. We
have focused our designation on
nearshore areas in Puget Sound because
of its unique and relatively sheltered
fjord-like setting (as opposed to the
more open coastlines of Washington and
Oregon).
6. Offshore marine areas with water
quality conditions and forage, including
aquatic invertebrates and fishes,
supporting growth and maturation.
These features are essential for
conservation because without them
juveniles cannot forage and grow to
adulthood. However, for the reasons
stated previously in this document, it is
difficult to identify specific areas
containing this PCE as well as human
activities that may affect the PCE
condition in those areas. Therefore, we
have not designated any specific areas
based on this PCE but instead have
identified it because it is essential to the
species’ conservation, and specific
offshore areas may be identified in the
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future (in which case any revision to
this designation would be subject to
separate rulemaking).
The occupied habitat areas designated
in this final rule contain PCEs required
to support the biological processes for
Oregon Coast coho using the habitat.
The CHART verified this for each
watershed/nearshore zone by relying on
the best available scientific data
(including species distribution maps,
watershed analyses, and habitat
surveys) during its review of occupied
areas and resultant assessment of area
conservation values (NMFS, 2007b). The
contribution of the PCEs varies by site
and biological function such that the
quality of the elements may vary within
a range of acceptable conditions. The
CHART took this variation into account
when it assessed the conservation value
of an area.
Special Management Considerations or
Protections
An occupied area meets the definition
of critical habitat only if it contains
physical and biological features that
‘‘may require special management
considerations or protection.’’ Agency
regulations at 50 CFR 424.02(j) define
‘‘special management considerations or
protection’’ to mean ‘‘any methods or
procedures useful in protecting physical
and biological features of the
environment for the conservation of
listed species.’’
As part of the biological assessment
described below under ‘‘Critical Habitat
Analytical Review Team,’’ a team of
biologists examined each habitat area to
determine whether the physical or
biological features may require special
management consideration. These
determinations are identified for each
area in the final CHART report for the
Oregon Coast coho ESU (NMFS, 2007b).
Consistent with the final critical habitat
designations for 12 Pacific Northwest
ESUs (70 FR 52630; September 2, 2005),
the CHART identified a variety of
activities that threaten the physical and
biological features essential to listed
salmon and steelhead (see review by
Spence et al., 1996), including: (1)
Forestry; (2) grazing; (3) agriculture; (4)
road building/maintenance; (5) channel
modifications/diking; (6) urbanization;
(7) sand and gravel mining; (8) mineral
mining; (9) dams; (10) irrigation
impoundments and withdrawals; (11)
river, estuary, and ocean traffic; (12)
wetland loss/removal; (13) beaver
removal; and (14) exotic/invasive
species introductions. In addition to
these, the harvest of salmonid prey
species (e.g., forage fishes such as
herring, anchovy, and sardines) may
present another potential habitat-related
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7833
management activity (Pacific Fishery
Management Council, 1999).
Unoccupied Areas
ESA section 3(5)(A)(ii) defines critical
habitat to include ‘‘specific areas
outside the geographical area occupied’’
if the areas are determined by the
Secretary to be ‘‘essential for the
conservation of the species.’’ NMFS
regulations at 50 CFR 424.12(e)
emphasize that we ‘‘shall designate as
critical habitat areas outside the
geographical area presently occupied by
a species only when a designation
limited to its present range would be
inadequate to ensure the conservation of
the species.’’ For the Oregon Coast coho
ESU we are not designating unoccupied
areas at this time. The CHART did not
identify any unoccupied areas that may
be essential for the conservation of the
Oregon Coast coho ESU. Thus, we are
not designating any unoccupied areas at
this time. Any future designation of
unoccupied areas would be based on the
required determination that such area is
essential for the conservation of the ESU
and would be subject to separate
rulemaking with the opportunity for
notice and comment.
Lateral Extent of Critical Habitat
In past designations we have
described the lateral extent of critical
habitat in various ways, ranging from
fixed distances to ‘‘functional’’ zones
defined by important riparian functions
(65 FR 7764; February 16, 2000). Both
approaches presented difficulties, and
this was highlighted in several
comments (most of which requested that
we focus on aquatic areas only) received
in response to the ANPR (68 FR 55926;
September 29, 2003). Designating a set
riparian zone width will (in some
places) accurately reflect the distance
from the stream on which PCEs might
be found, but in other cases may overor understate the distance. Designating
a functional buffer avoids that problem,
but makes it difficult for Federal
agencies to know in advance what areas
are critical habitat. To address these
issues we have defined the lateral extent
of designated critical habitat as the
width of the stream channel defined by
the ordinary high-water line as defined
by the USACE in 33 CFR 329.11. This
approach is consistent with the specific
mapping requirements described in
agency regulations at 50 CFR 424.12(c)).
In areas for which ordinary high-water
has not been defined pursuant to 33
CFR 329.11, the width of the stream
channel shall be defined by its bankfull
elevation. Bankfull elevation is the level
at which water begins to leave the
channel and move into the floodplain
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(Rosgen, 1996) and is reached at a
discharge which generally has a
recurrence interval of 1 to 2 years on the
annual flood series (Leopold et al.,
1992). Such an interval is
commensurate with the juvenile
freshwater life phases of coho salmon.
Therefore, it is reasonable to conclude
that for an occupied stream reach this
lateral extent is regularly ‘‘occupied.’’
Moreover, the bankfull elevation can be
readily discerned for a variety of stream
reaches and stream types using
recognizable water lines (e.g., marks on
rocks) or vegetation boundaries (Rosgen,
1996).
As underscored in previous critical
habitat designations, the quality of
aquatic habitat within stream channels
is intrinsically related to the adjacent
riparian zones and floodplain, to
surrounding wetlands and uplands, and
to non-fish-bearing streams above
occupied stream reaches. Human
activities that occur outside the stream
can modify or destroy physical and
biological features of the stream. In
addition, human activities that occur
within and adjacent to reaches upstream
(e.g., road failures) or downstream (e.g.,
culverts and dams) of designated stream
reaches can also have demonstrable
effects on physical and biological
features of designated reaches.
In the relatively few cases where we
are designating lake habitats (e.g.,
Devils, Siltcoos, Tahkenitch, Sand, and
Tenmile lakes), we believe that the
lateral extent may best be defined as the
perimeter of the water body as
displayed on standard 1:24,000 scale
topographic maps or the elevation of
ordinary high water, whichever is
greater. In estuarine areas we believe
that extreme high water is the best
descriptor of lateral extent. As noted
above for stream habitat areas, human
activities that occur outside the area
inundated by extreme or ordinary high
water can modify or destroy physical
and biological features of the estuarine
habitat areas, and Federal agencies must
be aware of these important habitat
linkages as well.
Critical Habitat Analytical Review Team
To assist in the designation of critical
habitat, we convened a CHART for the
Oregon Coast domain. The CHART
consisted of eight Federal biologists and
habitat specialists from NMFS, USFS,
and BLM, with demonstrated expertise
regarding salmonid habitat and related
protective efforts within the domain.
The CHART was tasked with assessing
biological information pertaining to
areas under consideration for
designation as critical habitat. The
CHART also reconvened to review the
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public comments and any new
information regarding the ESU and its
habitat. Its work and determinations are
documented in a final CHART report
(NMFS, 2007b).
The CHART examined each habitat
area within a watershed to determine
whether the stream reaches or lakes
occupied by the Oregon Coast coho
contain the physical or biological
features essential to conservation. As
noted previously, the CHART also relied
on its experience conducting ESA
section 7 consultations and existing
management plans and protective
measures to determine whether these
features may require special
management considerations or
protection. In addition to occupied
areas, the definition of critical habitat
also includes unoccupied areas if we
determine the area is essential for
conservation. Accordingly, the CHART
was next asked whether there were any
unoccupied areas within the historical
range of the ESU that may be essential
for conservation. The CHART did not
identify any such unoccupied areas.
The CHART was next asked to
determine the relative conservation
value of each area for each ESU. The
CHART scored each habitat area based
on several factors related to the quantity
and quality of the physical and
biological features. It next considered
each area in relation to other areas and
with respect to the population
occupying that area. Based on a
consideration of the raw scores for each
area, and a consideration of that area’s
contribution in relation to other areas
and in relation to the overall population
structure of the ESU, the CHART rated
each habitat area as having a ‘‘high,’’
‘‘medium,’’ or ‘‘low’’ conservation
value. The preliminary CHART ratings
were reviewed by several state and
tribal comanagers in advance of the
proposed rule, and the CHART made
needed changes prior to that rule. State
and tribal comanagers also evaluated
our proposed rule (69 FR 74572;
December 14, 2004) and provided
comments and new information which
were also reviewed and incorporated as
needed by the CHART in the
preparation of this final designation.
The rating of habitat areas as having
a high, medium, or low conservation
value provided information useful to
inform the Secretary’s exercise of
discretion in determining whether the
benefits of exclusion outweigh the
benefits of designation (i.e., ESA section
4(b)(2)). The higher the conservation
value for an area, the greater the likely
benefit of the ESA section 7 protections.
We recognized that the ‘‘benefit of
designation’’ would also depend on the
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likelihood of a consultation occurring
and the improvements in species’
conservation that may result from
changes to proposed Federal actions. To
address this concern, we asked the
CHART to develop a profile for a ‘‘low
leverage’’ watershed—that is, a
watershed where it was unlikely there
would be a section 7 consultation, or
where a section 7 consultation, if it did
occur, would yield few conservation
benefits. For watersheds not meeting the
‘‘low leverage’’ profile, we considered
their conservation rating to be a fair
assessment of the benefit of designation.
For watersheds meeting the ‘‘low
leverage’’ profile, we considered the
benefit of designation to be an
increment lower than the conservation
rating. For example, a watershed with a
‘‘high’’ conservation value but ‘‘low
leverage’’ was considered to have a
‘‘medium’’ benefit of designation, and
so forth (NMFS, 2007b).
As discussed earlier, the scale chosen
for the ‘‘specific area’’ referred to in
section 3(5)(a) was a watershed, as
delineated by USGS methodology.
There were some complications with
this delineation that required us to
adapt the CHARTs’ approach for some
areas. In particular, a large stream or
river might serve as a rearing and
migration corridor to and from many
watersheds, yet be embedded itself in a
watershed. In any given watershed
through which it passes, the stream may
have a few or several tributaries. For
rearing/migration corridors embedded
in a watershed, the CHART was asked
to rate the conservation value of the
watershed based on the tributary
habitat. We assigned the rearing/
migration corridor the rating of the
highest-rated watershed for which it
served as a rearing/migration corridor.
The reason for this treatment of
migration corridors is the role they play
in the salmon’s life cycle. Salmon are
anadromous—born in fresh water,
migrating to salt water to feed and grow,
and returning to fresh water to spawn.
Without a rearing/migration corridor to
and from the sea, salmon cannot
complete their life cycle. It would be
illogical to consider a spawning and
rearing area as having a particular
conservation value and not consider the
associated rearing/migration corridor as
having a similar conservation value.
Application of ESA Section 4(b)(2) (16
U.S.C. 1533(b)(2))
The foregoing discussion describes
those areas that are eligible for
designation as critical habitat—the
specific areas that fall within the ESA
section 3(5)(A) definition of critical
habitat. However, specific areas eligible
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for designation are not automatically
designated as critical habitat. Section
4(b)(2) of the ESA requires the Secretary
to first consider the economic impact,
impact on national security, and any
other relevant impact of designation.
The Secretary has the discretion to
exclude an area from designation if he
determines the benefits of exclusion
(that is, avoiding the impact that would
result from designation) outweigh the
benefits of designation based upon best
scientific and commercial data. The
Secretary may not exclude an area from
designation if exclusion will result in
the extinction of the species. Because
the authority to exclude is discretionary,
exclusion is not required for any areas.
In this rulemaking, the Secretary has
applied his statutory discretion to
exclude areas from critical habitat for
several different reasons (NMFS,
2007d).
In this exercise of discretion, the first
issue we must address is the scope of
impacts relevant to the ESA section
4(b)(2) evaluation. We proposed new
critical habitat designations for 13
Pacific Northwest ESUs, including the
Oregon Coast coho ESU (69 FR 74572;
December 14, 2004), because the
previous designations were vacated
following a Court ruling that we had
inadequately considered the economic
impacts of designating critical habitat.
(National Association of Homebuilders
v. Evans, 2002 WL 1205743 No. 00–CV–
2799 (D.D.C.) (NAHB)). The NAHB court
had agreed with the reasoning of the
Court of Appeals for the Tenth Circuit
in New Mexico Cattle Growers
Association v. U.S. Fish and Wildlife
Service, 248 F.3d 1277 (10th Cir. 2001).
In that decision, the Tenth Circuit stated
‘‘[t]he statutory language is plain in
requiring some kind of consideration of
economic impact in the critical habitat
designation phase.’’ The court
concluded that, given the FWS’ failure
to distinguish between ‘‘adverse
modification’’ and ‘‘jeopardy’’ in its
4(b)(2) analysis, the FWS must analyze
the full impacts of critical habitat
designation, regardless of whether those
impacts are coextensive with other
impacts (such as the impact of the
jeopardy requirement).
In redesignating critical habitat for the
13 Pacific Northwest ESUs, we followed
the Tenth Circuit Court’s directive
regarding the statutory requirement to
consider the economic impact of
designation. Areas designated as critical
habitat are subject to ESA section 7
requirements, which provide that
Federal agencies ensure that their
actions are not likely to destroy or
adversely modify critical habitat. To
evaluate the economic impact of critical
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habitat we first examined our
voluminous section 7 consultation
record for Oregon Coast coho as well as
other ESUs of salmon and steelhead.
(For thoroughness, we examined the
consultation record for other ESUs to
see if it provided information relevant to
Oregon Coast coho.) That record
includes consultations on habitatmodifying Federal actions both where
critical habitat has been designated and
where it has not. We could not discern
a distinction between the impacts of
applying the jeopardy provision versus
the adverse modification provision in
occupied critical habitat. Given our
inability to detect a measurable
difference between the impacts of
applying these two provisions, the only
reasonable alternative seemed to be to
follow the recommendation of the Tenth
Circuit, approved by the NAHB court—
to measure the coextensive impacts; that
is, measure the entire impact of
applying the adverse modification
provision of section 7, regardless of
whether the jeopardy provision alone
would result in the identical impact.
The Tenth Circuit’s opinion only
addressed ESA section 4(b)(2)’s
requirement that economic impacts be
considered. The court did not address
how ‘‘other relevant impacts’’ were to be
considered, nor did it address the
benefits of designation. Because section
4(b)(2) requires a consideration of other
relevant impacts of designation, and the
benefits of designation, and because our
record did not support a distinction
between impacts resulting from
application of the adverse modification
provision versus the jeopardy provision,
we are uniformly considering
coextensive impacts and coextensive
benefits, without attempting to
distinguish the benefit of a critical
habitat consultation from the benefit
that would otherwise result from a
jeopardy consultation that would occur
even if critical habitat were not
designated. To do otherwise would
distort the balancing test contemplated
by section 4(b)(2).
The principal benefit of designating
critical habitat is that Federal activities
that may affect such habitat are subject
to consultation pursuant to section 7 of
the ESA. Such consultation requires
every Federal agency to ensure that any
action it authorizes, funds or carries out
is not likely to result in the destruction
or adverse modification of critical
habitat. This complements the section 7
provision that Federal agencies ensure
that their actions are not likely to
jeopardize the continued existence of a
listed species. Another benefit is that
the designation of critical habitat can
serve to educate the public regarding the
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7835
potential conservation value of an area
and thereby focus and contribute to
conservation efforts by clearly
delineating areas of high conservation
value for certain species. It is unknown
to what extent this process actually
occurs for Oregon Coast coho, and what
the actual benefit is to Oregon Coast
coho, as there are also concerns, noted
above, that a critical habitat designation
may discourage such conservation
efforts.
The balancing test in ESA section
4(b)(2) contemplates weighing benefits
that are not directly comparable—the
benefit associated with species
conservation balanced against the
economic benefit, benefit to national
security, or other relevant benefit that
results if an area is excluded from
designation. Section 4(b)(2) does not
specify a method for the weighing
process. Agencies are frequently
required to balance benefits of
regulations against impacts; Executive
Order (E.O.) 12866 established this
requirement for Federal agency
regulations. Ideally such a balancing
would involve first translating the
benefits and impacts into a common
metric. Executive branch guidance from
the OMB suggests that benefits should
first be monetized (i.e., converted into
dollars). Benefits that cannot be
monetized should be quantified (for
example, numbers of fish saved). Where
benefits can neither be monetized nor
quantified, agencies are to describe the
expected benefits (OMB, 2003).
It may be possible to monetize
benefits of critical habitat designation
for a threatened or endangered species
in terms of willingness-to-pay (OMB,
2003). However, we are not aware of any
available data that would support such
an analysis for salmon. In addition, ESA
section 4(b)(2) requires analysis of
impacts other than economic impacts
that are equally difficult to monetize,
such as benefits to national security of
excluding areas from critical habitat. In
the case of salmon designations, impacts
to Northwest tribes are an ‘‘other
relevant impact’’ that also may be
difficult to monetize.
An alternative approach, approved by
OMB (OMB, 2003), is to conduct a costeffectiveness analysis. A costeffectiveness analysis ideally first
involves quantifying benefits, for
example, percent reduction in
extinction risk, percent increase in
productivity, or increase in numbers of
fish. Given the state of the science, it
would be difficult to quantify reliably
the benefits of including particular areas
in the critical habitat designation.
Although it is difficult to monetize or
quantify benefits of critical habitat
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designation, it is possible to
differentiate among habitat areas based
on their relative contribution to
conservation. For example, habitat areas
can be rated as having a high, medium,
or low conservation value. The
qualitative ordinal evaluations can then
be combined with estimates of the
economic costs of critical habitat
designation in a framework that
arguably moves the designation to a
more efficient outcome. Individual
habitat areas are assessed using both
their biological evaluation and
economic cost, so that areas with high
conservation value and lower economic
cost might be considered to have a
higher priority for designation, while
areas with a low conservation value and
higher economic cost might have a
higher priority for exclusion. While this
approach can provide useful
information to the decision-maker, there
is no rigid formula through which this
information translates into exclusion
decisions. Every geographical area
containing habitat eligible for
designation is different, with a unique
set of ‘‘relevant impacts’’ that may be
considered in the exclusion process.
Regardless of the analytical approach,
ESA section 4(b)(2) makes clear that
what weight the agency gives various
impacts and benefits, and whether the
agency excludes areas from the
designation, is discretionary.
Exclusions Based on Impacts to Tribes
A broad array of activities on Indian
lands may trigger section 7 consultation
under the ESA. For this analysis, we
considered what those activities may be
and what the likely effect would be on
conservation of the Oregon Coast coho
ESU if the activities were not subject to
section 7 consultation. (We realize that
the activities in question would still be
subject to section 7 consultation and to
the requirement that Federal agencies
not jeopardize species’ continued
existence. However, as described above,
because we cannot discern a difference
in the application of the jeopardy and
adverse modification requirements in
our consultations for Oregon coast coho,
we are considering coextensive impacts
and coextensive benefits.) To determine
the benefit of designation, we
considered the number of stream miles
within Indian lands, whether those
stream miles were located in high,
medium, or low conservation value
areas, and the number of expected
section 7 consultations in those areas
(NMFS, 2007f).
There are several benefits to
excluding Indian lands. The
longstanding and distinctive
relationship between the Federal and
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tribal governments is defined by
treaties, statutes, executive orders,
judicial decisions, and agreements,
which differentiate tribal governments
from the other entities that deal with, or
are affected by, the Federal Government.
This relationship has given rise to a
special Federal trust responsibility
involving the legal responsibilities and
obligations of the United States toward
Indian Tribes and the application of
fiduciary standards of due care with
respect to Indian lands, tribal trust
resources, and the exercise of tribal
rights. Pursuant to these authorities,
Indian lands are recognized as unique
and have been retained by Indian Tribes
or have been set aside for tribal use.
These lands are managed by Indian
Tribes in accordance with tribal goals
and objectives within the framework of
applicable treaties and laws.
In addition to the distinctive trust
relationship, for salmon and steelhead
in the Northwest, there is a unique
partnership between the Federal
Government and Indian tribes regarding
salmon management. Two of the four
tribes with land in Oregon coast coho
critical habitat are active participants in
local watershed restoration and
management aimed at coho
conservation (NMFS, 2007f).
The benefits of excluding Indian
lands from designation include: (1) The
furtherance of established national
policies, our Federal trust obligations,
and our deference to the tribes in
management of natural resources on
their lands; (2) the maintenance of
effective long-term working
relationships to promote the
conservation of Oregon coast coho; and
(3) continued respect for tribal
sovereignty over management of natural
resources on Indian lands through
established tribal natural resource
programs. Regarding benefits of
designation, many actions on Indian
lands involve the Bureau of Indian
Affairs (BIA), triggering a section 7
consultation. This means the benefit of
designating Indian land is potentially
high. However, coho habitat on Indian
lands represents a tiny proportion of
overall habitat—2.7 stream miles (4.35
km) out of a total of 6,652. Accordingly,
we find the benefits of promoting tribal
sovereignty and the trust responsibility
outweigh the benefits of applying ESA
section 7 to Federal activities on these
2.7 miles (4.35 km) of coho habitat
(NMFS, 2007f).
The Indian lands specifically
excluded from critical habitat are those
defined in the Secretarial Order,
including: (1) Lands held in trust by the
United States for the benefit of any
Indian tribe; (2) land held in trust by the
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United States for any Indian Tribe or
individual subject to restrictions by the
United States against alienation; (3) fee
lands, either within or outside the
reservation boundaries, owned by the
tribal government; and (4) fee lands
within the reservation boundaries
owned by individual Indians. We have
determined that these exclusions,
together with the other exclusions
described in this rule, will not result in
extinction of the species (NMFS,
2007d).
Exclusions Based on Economic Impacts
Our assessment of economic impact
generated considerable interest from
commenters on the ANPR (68 FR 55926;
September 29, 2003) and the proposed
rule (69 FR 74572; December 14, 2004).
Based on new information and
comments received on the proposed
rule we have updated our estimates of
economic impacts of designating each of
the particular areas found to meet the
definition of critical habitat (NMFS,
2007d). This report is available from
NMFS (see ADDRESSES).
The first step in the overall economic
analysis was to identify existing legal
and regulatory constraints on economic
activity that are independent of critical
habitat designation, such as Clean Water
Act (CWA) requirements. Coextensive
impacts of the ESA section 7
requirement to avoid jeopardy were not
considered part of the baseline.
Next, from the consultation record,
we identified Federal activities that
might affect habitat and that might
result in an ESA section 7 consultation.
(We did not consider Federal actions,
such as the approval of a fishery, that
might affect the species directly but not
affect its habitat.) We identified ten
types of activities including:
Hydropower dams; non-hydropower
dams and other water supply structures;
Federal lands management, including
grazing (considered separately);
transportation projects; utility line
projects; instream activities, including
dredging (considered separately);
activities permitted under the
Environmental Protection Agency’s
(EPA’s) National Pollution Discharge
Elimination System; sand and gravel
mining; residential and commercial
development; and agricultural pesticide
applications. Based on our consultation
record and other available information,
we determined the modifications each
type of activity was likely to undergo as
a result of section 7 consultation
(regardless of whether the modification
might be required by the jeopardy or the
adverse modification provision). We
developed an expected direct cost for
each type of action and projected the
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likely occurrence of each type of project
in each watershed, using existing spatial
databases (e.g., the USACE 404(d)
permit database). Finally, we aggregated
the costs from the various types of
actions and estimated an annual impact,
taking into account the probability of
consultation occurring and the likely
rate of occurrence of that project type.
This analysis allowed us to estimate
the coextensive economic impact of
designating each ‘‘particular area’’ (that
is, each habitat area, or aggregated
occupied stream reaches in a
watershed). Expected annual economic
impacts in the Oregon Coast coho ESU
ranged from zero to $869,861 per habitat
area, with a median of $222,419. Where
a watershed included both tributaries
and a migration corridor that served
other watersheds, we estimated the
separate impacts of designating the
tributaries and the migration corridor.
We did this by identifying those
categories of activities most likely to
affect tributaries and those most likely
to affect larger migration corridors.
Because of the methods we selected
and the data limitations, portions of our
analysis both under- and over-estimate
the coextensive economic impact of
ESA section 7 requirements. For
example, we lacked complete data on
the likely impact on flows at nonFederal hydropower projects, which
would increase economic impacts. Also,
we did not have information about
potential changes in irrigation flows
associated with section 7 consultation.
These impacts would increase the
estimate of coextensive costs. On the
other hand, we estimated an impact on
all activities occurring within the
geographic boundaries of a watershed,
even though in some cases activities
would be far removed from occupied
stream reaches and so might not require
modification (or even consultation). In
addition, we were unable to document
significant costs of critical habitat
designation that occur outside the
section 7 consultation process,
including costs resulting from state or
local regulatory burdens imposed on
developers and landowners as a result
of a Federal critical habitat designation.
In determining whether the economic
benefit of excluding a habitat area might
outweigh the benefit of designation to
the species, we took into account many
data limitations, including those
described above. The ESA requires that
we make critical habitat designations
within a short time frame ‘‘with such
data as may be available’’ at the time.
Moreover, the approach we adopted
accommodated many of these data
limitations by considering the relative
benefits of designation and exclusion,
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giving priority to excluding habitat areas
with a relatively lower benefit of
designation and a relatively higher
economic impact (NMFS, 2007d).
The circumstances of the Oregon
Coast coho ESU are well suited to this
approach. Coho salmon is a wideranging species that occupies numerous
habitat areas with thousands of stream
miles. Not all occupied areas, however,
are of equal importance to conserving
the ESU. Within the currently occupied
range there are areas that support highly
productive populations, areas that
support less productive populations,
and areas that support production in
only some years. Some populations
within the ESU may be more important
to long-term conservation of the ESU
than other populations. Therefore, in
many cases it may be possible to
construct different scenarios for
achieving conservation. Different
scenarios might have more or less
certainty of achieving conservation, and
more or less economic impact.
Our first step in constructing an
exclusion scenario was to identify all
areas we would consider for an
economic exclusion, based on dollar
thresholds. The next step was to
examine whether any of the areas
eligible for exclusion make an important
contribution to conservation, in the
context of the areas that remained (that
is, those areas not identified as eligible
for exclusion). We did not consider
habitat areas for exclusion if they had a
high conservation value rating. Based on
the rating process used by the CHART
we judged that all of the high value
areas make an important contribution to
conservation.
In developing criteria for the first
step, we chose dollar thresholds that we
anticipated would lead most directly to
a more cost-effective scenario. We
considered for exclusion low value
habitat areas with an economic impact
greater than $91,556 and medium value
habitat areas with an economic impact
greater than $323,138. These criteria we
selected for identifying habitat areas as
eligible for exclusion do not represent
an objective determination that, for
example, a given low value area is
worth a certain dollar amount and no
more. The statute directs us to balance
dissimilar values under a statutorilylimited time frame. The statute
emphasizes the discretionary nature of
the section 4(b)(2) balancing task.
Moreover, while our approach follows
the Tenth Circuit’s direction to consider
coextensive economic impacts, we
nevertheless must acknowledge that not
all of the costs will be avoided by
exclusion from designation. Finally, the
cost estimates developed by our
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7837
economic analysis do not have obvious
break points that would lead to a logical
division between ‘‘high,’’ ‘‘medium,’’
and ‘‘low’’ costs. Given these factors, a
judgment that any particular dollar
threshold is objectively ‘‘right,’’ would
be neither necessary nor possible.
Rather, what economic impact is
‘‘high,’’ and therefore might outweigh
the benefit of designating a medium or
low conservation value habitat area, is
a matter of agency discretion and policy.
In the second step of the process, we
asked the CHART whether any of the
habitat areas eligible for exclusion make
an important contribution to
conservation. The CHART considered
this question in the context of all of the
areas eligible for exclusion as well as
the information they had developed in
providing the initial conservation
ratings. The following section describes
the results of applying the two-step
process to the Oregon Coast coho ESU.
The results are discussed in greater
detail in a separate report that is
available for public review and
comment (NMFS, 2007d). We have
determined that the exclusions, together
with the other exclusions described in
this rule (i.e., Indian lands), will not
result in extinction of the species
(NMFS, 2007d).
Summary of Changes From the
Proposed Critical Habitat Designation
We evaluated the comments and new
information received on the proposed
rule to ensure that they represented the
best scientific data available and made
a number of general types of changes to
the critical habitat designations,
including:
(1) We revised habitat maps and
related biological assessments based on
a final CHART assessment (NMFS,
2007b) of information provided by
commenters, peer reviewers, and agency
biologists (including CHART members).
We also evaluated watersheds to
determine how well the conservation
value rating corresponded to the benefit
of designation, in particular the
likelihood of an ESA section 7
consultation occurring in that area and
whether the consultation would yield
conservation benefits if it was likely to
occur.
(2) We revised our economic analysis
based on information provided by
commenters and peer reviewers as well
as our own efforts as referenced in the
proposed rule and described in the final
economic analysis (NMFS, 2007c).
Major changes included assessing new
impacts associated with pesticide
consultations, revising Federal land
management costs to take into account
wilderness areas, and modifying the
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confusion with the concept of ‘‘recovery
units’’ as described in our section 7
handbook.
The following section summarizes the
changes to the proposed critical habitat
rule. These changes are also reflected in
final agency reports pertaining to the
biological, economic, and policy
assessments supporting these
designations (NMFS, 2007b; NMFS,
2007c; and NMFS, 2007d). We conclude
that these changes are warranted based
on new information and analyses that
constitute the best scientific data
available.
analysis of Federal grazing land impacts
to more accurately reflect the likely
geographic extent of ESA section 7
implementation. We also documented
the economic costs of changes in flow
regimes for some hydropower projects.
To account for inflationary changes in
the economic impacts, we adjusted the
cost estimates based on changes in a
producer price index over the period
2005 to 2007 (NMFS 2007c).
(3) We conducted a new ESA section
4(b)(2) analysis based on economic
impacts to take into account the above
revisions. This resulted in the final
exclusion of many of the same
watersheds proposed for exclusion. It
also resulted in some areas originally
proposed for exclusion not being
excluded. The analysis is described
further in the 4(b)(2) report (NMFS,
2007d).
(4) In the regulations, we’ve removed
reference to ‘‘units’’ to avoid possible
Description of Specific Changes
The CHART elevated the conservation
value rating for five watersheds within
the Umpqua River basin. The changes
were made as a result of recent
population identification work (Lawson
et al., 2007) that further subdivides this
basin into four (versus two)
independent populations. We made
several changes to the delineation of
occupied habitat areas based on
comments and field surveys indicating
that our original coho distribution
maps/data were in error. As a result of
revised economic data for this ESU and
our final 4(b)(2) assessment, we are no
longer excluding habitat areas in three
watersheds that were previously
proposed for designation. We have also
removed Josephine and Jackson
counties from the relevant critical
habitat table in our regulations. These
counties overlap slightly with upland
areas in watersheds occupied by Oregon
Coast coho salmon, but they do not
contain stream reaches designated as
critical habitat for this ESU. Table 1
summarizes the changes made for
specific watersheds in the range of this
ESU.
TABLE 1.—CHANGES TO CRITICAL HABITAT DESIGNATION FOR OREGON COAST COHO
Subbasin
Watershed
code
Watershed name
NEHALEM ................................
1710020206
WILSON/TRASK/NESTUCCA
1710020302
Lower Nehalem River/Cook
Creek.
Nestucca River ........................
NORTH UMPQUA ....................
NORTH UMPQUA ....................
1710030106
1710030110
SOUTH UMPQUA ....................
1710030202
Boulder Creek .........................
Rock Creek/North Umpqua
River.
Jackson Creek ........................
SOUTH UMPQUA ....................
1710030204
Elk Creek/South Umpqua .......
SOUTH UMPQUA ....................
SOUTH UMPQUA ....................
SOUTH UMPQUA ....................
SOUTH UMPQUA ....................
UMPQUA .................................
UMPQUA .................................
1710030205
1710030207
1710030209
1710030211
1710030301
1710030303
South Umpqua River ...............
Middle Cow Creek ...................
Lower Cow Creek ...................
Myrtle Creek ............................
Upper Umpqua River ..............
Elk Creek .................................
UMPQUA .................................
UMPQUA .................................
COQUILLE ...............................
1710030304
1710030305
1710030504
Middle Umpqua River .............
Lake Creek ..............................
East Fork Coquille ...................
Final Critical Habitat Designation
We are designating approximately
6,568 stream miles (10,570 km) and 15
square miles (38.8 sq km) of lake habitat
Changes from
proposed rule
Added 1.3 miles (2.1 km) of occupied habitat areas.
Added 4.2 miles (6.8 km) of occupied habitat areas and removed 3 miles (4.8 km) of unoccupied stream reaches.
No longer excluded from designation.
Added 1.8 miles (2.9 km) of occupied habitat areas.
Elevated HUC5 conservation value from Low to Medium. No
longer excluded from designation.
Elevated HUC5 conservation value from Low to Medium. No
longer excluded from designation.
Removed 2 miles (3.2 km) of unoccupied stream reaches.
Elevated HUC5 conservation value from Medium to High.
Removed 3 miles (4.8 km) of unoccupied stream reaches.
Elevated HUC5 conservation value from Medium to High.
Removed 2 miles (3.2 km) of unoccupied stream reaches.
Removed 1 mile (1.6 km) of unoccupied stream reaches and
elevated HUC5 conservation value from Medium to High.
Removed 1.5 mile (2.4 km) of unoccupied stream reaches.
Removed 5.3 mile (8.5 km) of unoccupied stream reaches.
Removed 1.5 mile (2.4 km) of unoccupied stream reaches.
within the geographical area presently
occupied by the Oregon Coast coho ESU
(see Table 2). The Oregon Coast coho
ESU is the only listed species in this
domain, so the areas designated as
critical habitat do not overlap with
critical habitat areas designated for
other listed ESUs.
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TABLE 2.—APPROXIMATE QUANTITY OF HABITAT AND OWNERSHIP WITHIN WATERSHEDS CONTAINING HABITAT AREAS
DESIGNATED AS CRITICAL HABITAT FOR THE EVOLUTIONARILY SIGNIFICANT UNIT OF OREGON COAST COHO SALMON
(ONCORHYNCHUS KISUTCH)
Land ownership type
(percent)
Streams
mi
(km)
Lakes
sq mi
(sq km)
Nearshore
marine
mi (km)
Federal
Tribal
State
Private
6,568 (10,570)
15 (38.8)
n/a
32.9
<0.1
9.1
58.0
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The areas designated, summarized
below, are all occupied and contain
physical and biological features
essential to the conservation of the
species and that may require special
management considerations or
protection. No unoccupied areas were
identified that are considered essential
for the conservation of the species.
There are 80 watersheds within the
range of this ESU. Eight watersheds
received a low conservation value
rating, 27 received a medium rating, and
45 received a high rating to the ESU
(NMFS, 2007b). As a result of the
balancing process for economic impacts
described above, the Secretary is
excluding from the designation the five
watersheds listed in Table 3. Of the
habitat areas eligible for designation,
7839
approximately 84 stream miles (135 km)
or 1.3 percent are being excluded
because the economic benefits of
exclusion outweigh the benefits of
designation. Total potential estimated
economic impact, with no exclusions,
would be $22.2 million. The exclusions
identified in Table 3 would reduce the
total estimated economic impact to
$20.1 million (NMFS, 2007d).
TABLE 3.—HABITAT AREAS WITHIN THE GEOGRAPHICAL RANGE OF THE EVOLUTIONARILY SIGNIFICANT UNIT OF OREGON
COAST COHO SALMON (ONCORHYNCHUS KISUTCH) AND EXCLUDED FROM CRITICAL HABITAT
Area
proposed for
exclusion
Subbasin
Watershed
code
Watershed name
North Fork Umpqua River subbasin ..........................
North Fork Umpqua River subbasin ..........................
South Fork Umpqua River subbasin .........................
Umpqua River subbasin ............................................
Coquille River subbasin .............................................
1710030108
1710030109
1710030201
1710030305
1710030501
Steamboat Creek ......................................................
Canton Creek ............................................................
Upper South Umpqua River .....................................
Lake Creek ................................................................
Coquille South Fork, Lower ......................................
Effects of Critical Habitat Designation
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ESA Section 7 Consultation
Section 7(a) of the ESA requires
Federal agencies, including NMFS, to
evaluate their actions with respect to
any species that is proposed or listed as
endangered or threatened and with
respect to its critical habitat, if any is
proposed or designated. Regulations
implementing this provision of the ESA
are codified at 50 CFR 402.
If a species is listed or critical habitat
is designated, ESA section 7(a)(2)
requires Federal agencies to ensure that
activities they authorize, fund, or carry
out are not likely to jeopardize the
continued existence of such a species or
to destroy or adversely modify its
critical habitat. If a Federal action may
affect a listed species or its critical
habitat, the responsible Federal agency
(action agency) must enter into
consultation with us. Through this
consultation, we would review actions
to determine if they would destroy or
adversely modify critical habitat.
If we issue a biological opinion
concluding that a project is likely to
result in the destruction or adverse
modification of critical habitat, we will
also provide reasonable and prudent
alternatives to the project, if any are
identifiable. Reasonable and prudent
alternatives are defined at 50 CFR
402.02 as alternative actions identified
during consultation that can be
implemented in a manner consistent
with the intended purpose of the action,
that are consistent with the scope of the
Federal agency’s legal authority and
jurisdiction, that are economically and
technologically feasible, and that we
believe would avoid destruction or
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adverse modification of critical habitat.
Reasonable and prudent alternatives can
vary from slight project modifications to
extensive redesign or relocation of the
project. Costs associated with
implementing a reasonable and prudent
alternative are similarly variable.
Regulations at 50 CFR 402.16 require
Federal agencies to reinitiate
consultation on previously reviewed
actions in instances where critical
habitat is subsequently designated and
the Federal agency has retained
discretionary involvement or control
over the action or such discretionary
involvement or control is authorized by
law. Consequently, some Federal
agencies may request reinitiation of
consultation or conference with us on
actions for which formal consultation
has been completed, if those actions
may affect designated critical habitat or
adversely modify or destroy proposed
critical habitat.
Activities on Federal lands that may
affect these ESUs or their critical habitat
will require ESA section 7 consultation.
Activities on private or state lands
requiring a permit from a Federal
agency, such as a permit from the
USACE under section 404 of the CWA,
a section 10(a)(1)(B) permit from NMFS,
or some other Federal action, including
funding (e.g., Federal Highway
Administration (FHA) or Federal
Emergency Management Agency
(FEMA) funding), will also be subject to
the section 7 consultation process.
Federal actions not affecting listed
species or critical habitat and actions on
non-Federal and private lands that are
not Federally funded, authorized, or
permitted do not require section 7
consultation.
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Entire
Entire
Entire
Entire
Entire
watershed.
watershed.
watershed.
watershed.
watershed.
Activities Affected by Critical Habitat
Designation
Section 4(b)(8) of the ESA requires
that we evaluate briefly and describe, in
any proposed or final regulation that
designates critical habitat, those
activities involving a Federal action that
may adversely modify such habitat or
that may be affected by such
designation. A wide variety of activities
may affect critical habitat and, when
carried out, funded, or authorized by a
Federal agency, require that an ESA
section 7 consultation be conducted.
Generally these include water and land
management actions of Federal agencies
(e.g., USFS, BLM, USACE, BOR, the
FHA, the National Resource
Conservation Service (NRCS), National
Park Service (NPS), BIA, and FERC) and
related or similar actions of other
Federally regulated projects and lands,
including livestock grazing allotments
by the USFS and BLM; hydropower
sites licensed by the FERC; dams built
or operated by the USACE or BOR;
timber sales and other vegetation
management activities conducted by the
USFS, BLM, and BIA; irrigation
diversions authorized by the USFS and
BLM; road building and maintenance
activities authorized by the FHA, USFS,
BLM, NPS, and BIA; and mining and
road building/maintenance activities
authorized by the states of Washington,
Oregon, and Idaho. Other actions of
concern include dredge and fill, mining,
diking, and bank stabilization activities
authorized or conducted by the USACE,
habitat modifications authorized by the
FEMA, and approval of water quality
standards and pesticide labeling and use
restrictions administered by the EPA.
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The Federal agencies that will most
likely be affected by this critical habitat
designation include the USFS, BLM,
BOR, USACE, FHA, NRCS, NPS, BIA,
FEMA, EPA, and the FERC. This
designation will provide these agencies,
private entities, and the public with
clear notification of critical habitat
designated for listed salmonids and the
boundaries of the habitat. This
designation will also assist these
agencies and others in evaluating the
potential effects of their activities on
listed salmon and their critical habitat
and in determining if ESA section 7
consultation with NMFS is needed.
As noted above, numerous private
entities also may be affected by this
critical habitat designation because of
the direct and indirect linkages to an
array of Federal actions, including
Federal projects, permits, and funding.
For example, private entities may
harvest timber or graze livestock on
Federal land or have special use permits
to convey water or build access roads
across Federal land; they may require
Federal permits to armor stream banks,
construct irrigation withdrawal
facilities, or build or repair docks; they
may obtain water from Federally funded
and operated irrigation projects; or they
may apply pesticides that are only
available with Federal agency approval.
These activities will need to be analyzed
with respect to their potential to destroy
or adversely modify critical habitat. In
some cases, proposed activities may
require modifications that may result in
decreases in activities such as timber
harvest and livestock and crop
production. The transportation and
utilities sectors may need to modify the
placement of culverts, bridges, and
utility conveyances (e.g., water, sewer
and power lines) to avoid barriers to fish
migration. Developments occurring in or
near salmon streams (e.g., marinas,
residential, or industrial facilities) that
require Federal authorization or funding
may need to be altered or built in a
manner that ensures that critical habitat
is not destroyed or adversely modified
as a result of the construction, or
subsequent operation, of the facility.
These are just a few examples of
potential impacts, but it is clear that the
effects will encompass numerous
sectors of private and public activities.
If you have questions regarding whether
specific activities will constitute
destruction or adverse modification of
critical habitat, contact NMFS (see
ADDRESSES and FOR FURTHER
INFORMATION CONTACT).
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Classification
Administrative Procedure Act
The proposed listing determination,
proposed protective regulations, and
proposed critical habitat designation
addressing 27 ESUs generated
substantial public interest. In addition
to comments received during 12 public
hearings, we received 33,480 written
comments. Many of the comments
addressing the critical habitat
designation expressed concerns about
how the rule would be implemented.
Our experience in implementing
previous listing determinations,
protective regulations, and critical
habitat designations suggests that
neither the Administrative Procedure
Act (APA) and ESA implementing
regulations’ minimum of a 30-day delay
in effective date, nor the 60-day delay in
effective date required by the
Congressional Review Act for a ‘‘major
rule,’’ are sufficient for this final rule. In
order to provide for efficient
administration of the rule once effective,
we are providing a 90-day delay in
effective date. As a result this rule will
be effective on May 12, 2008. This will
allow us the necessary time to provide
for outreach to and interaction with the
public, to minimize confusion and
educate the public about activities that
may be affected by the rule, and to work
with Federal agencies and applicants to
provide for an orderly implementation
of the rule.
National Environmental Policy Act
(NEPA)
ESA listing decisions are exempt from
the requirement to prepare an
environmental assessment or
environmental impact statement under
the NEPA. See NOAA Administrative
Order 216–6.03(e)(1) and Pacific Legal
Foundation v. Andrus, 657 F.2d 825
(6th Cir. 1981). Thus, we have
determined that the final listing
determination for Oregon Coast coho
described in this notice is exempt from
the requirements of the NEPA.
Similarly, we have determined that we
need not prepare environmental
analyses for critical habitat designations
made pursuant to the ESA. See Douglas
County v. Babbitt, 48 F.3d 1495 (9th Cir.
1995), cert. denied, 516 U.S. 1042
(1996).
We conducted Environmental
Assessments (EAs) under the NEPA
analyzing the ESA section 4(d)
regulations promulgated in 2000 for
Pacific salmonids (65 FR at 42422 and
42481; July 10, 2000) and the
amendments to the 4(d) regulations
promulgated in 2005 (70 FR 37160; June
28, 2005). Both EAs analyzed the
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protective regulations for the Oregon
Coast coho ESU which are being
finalized in this notice. We solicited
comment on the EAs as part of the
proposed rules, as well as during a
subsequent comment period following
formal notice in the Federal Register of
the availability of the draft EAs for
review. We have reviewed new
information available since the 2000
and 2005 analyses and determined that
none of the new information would
change the earlier analyses, nor would
it change our conclusion that adoption
of the 4(d) rule will have no significant
impacts on the human environment
(NMFS, 2007g).
Regulatory Flexibility Act
Under the Regulatory Flexibility Act
(5 U.S.C. 601 et seq., as amended by the
Small Business Regulatory Enforcement
Fairness Act (SBREFA) of 1996),
whenever an agency is required to
publish a notice of rulemaking for any
proposed or final rule, it must prepare
and make available for public comment
a regulatory flexibility analysis that
describes the effects of the rule on small
entities (i.e., small businesses, small
organizations, and small government
jurisdictions). For the proposed
designation of critical habitat for 13
ESUs, including Oregon coast coho, we
published an Initial Regulatory
Flexibility Act Analysis for public
comment. We received comments
specific to some of the ESUs, but not to
Oregon Coast coho. We received one
general comment, stating that our
analysis should include more
references. We have prepared a final
regulatory flexibility analysis for the
designation of critical habitat, which is
available upon request (see ADDRESSES)
and which includes additional
references. This analysis estimates that
the number of regulated small entities
potentially affected by the final critical
habitat designation for the Oregon Coast
coho salmon ESU is 920, and the
estimated coextensive costs of section 7
consultation incurred by small entities
is $5,072,840. As described in the
analysis, we considered various
alternatives for designating critical
habitat for this ESU. We considered and
rejected the alternative of not
designating critical habitat for the ESU
because such an approach did not meet
the legal requirements of the ESA. We
also examined and rejected an
alternative in which all the eligible
habitat areas in the ESU are designated
(i.e., no areas are excluded) because
many of the areas considered to have a
low conservation value also had
relatively high economic impacts that
might be mitigated by excluding those
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areas from designation. A third
alternative we examined and rejected
would exclude all habitat areas with a
low or medium conservation value.
While this alternative furthers the goal
of reducing economic impacts, we could
not make a determination that the
benefits of excluding all habitat areas
with low and medium conservation
value outweighed the benefits of
designation. Moreover, for some habitat
areas the incremental economic benefit
from excluding that area is relatively
small. Therefore, after considering these
alternatives in the context of the section
4(b)(2) process of weighing benefits of
exclusion against benefits of
designation, we determined that the
current approach to designation (i.e.,
designating some but not all areas with
low or medium conservation value)
provides an appropriate balance of
conservation and economic mitigation
and that excluding the areas identified
in this rulemaking would not result in
extinction of the ESU. It is estimated
that small entities will save $281,687 in
compliance costs due to the exclusions
made in the final designation.
ESA section 4(d) regulations for
Oregon Coast coho were originally
proposed on December 30, 1999 (64 FR
73479). The rule adopted here is
substantially the same as that proposed
in 1999. At that time we published an
Initial Regulatory Flexibility Act
analysis, which considered four
alternative approaches to protective
regulations. We concluded that there
were no legally viable alternative to the
one we proposed in 1999 that would
have less impact on small entities and
still fulfill agency obligations to protect
listed salmonids. We received five
public comments on the Initial
Regulatory Flexibility Act analysis and
the economic impacts of the proposed
4(d) rule. When the rule was adopted in
2000, we completed a Final Regulatory
Flexibility Act analysis, which
responded to public comments, and
reached the same conclusion as the
initial analysis. The 2000 4(d)
regulations for Oregon Coast coho were
invalidated when the underlying listing
was vacated in 2001. In 2004 when we
proposed to again list Oregon Coast
coho, we also proposed to reinstate the
4(d) regulations. We did not conduct a
new Regulatory Flexibility Act analysis
at that time because there were no new
issues to consider.
In preparing the final ESA section
4(d) regulations adopted here, we
determined it was advisable to update
our Regulatory Flexibility Act analysis,
to ensure that we were considering
current information. Our updated
analysis led us to again conclude that
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among the available alternative
approaches, the one adopted here
minimizes economic costs, disruptions,
and burdens, for the reasons expressed
in the 2000 analysis (attached to NMFS,
2007i) and summarized at 65 FR 42422,
42473 (July 10, 2000). The economic
assessment and analysis (NMFS, 2007i)
are available upon request (see
ADDRESSES).
Paperwork Reduction Act (PRA)
Notwithstanding any other provision
of the law, no person is required to
respond to, nor shall any person be
subject to a penalty for failure to comply
with, a collection of information subject
to the requirements of the PRA, unless
that collection of information displays a
currently valid OMB Control Number.
This final rule does not contain a
collection-of-information requirement
for purposes of the PRA.
Regulatory Planning and Review—E.O.
12866
We prepared a Regulatory Impact
Review in 2000 when the ESA section
4(d) regulations were initially adopted
and concluded that among the
alternative regulatory approaches, the
proposed 4(d) rule would maximize net
benefits and minimize costs, within the
constraints of the ESA. We have
reviewed that analysis and new
information available since the analysis
was initially prepared, including OMB
Circular A–4 (2003). We have
determined that none of the new
information would change the earlier
analysis or conclusion (NMFS, 2007i).
The critical habitat component of this
notice is a significant rule and has been
reviewed by the OMB. As noted above,
we have prepared several reports to
support the exclusion process under
section 4(b)(2) of the ESA. The
economic costs of the critical habitat
designations are described in our
economic report (NMFS, 2007c). The
benefits of the designations are
described in the CHART report (NMFS,
2007b) and the 4(b)(2) report (NMFS,
2007d). The CHART report uses a
biologically-based ranking system for
gauging the benefits of applying section
7 of the ESA to particular watersheds.
Because data are not available to
monetize these benefits, we have
adopted a framework that implicitly
evaluates the benefits and costs based
on a biological metric as outlined in the
section 4(b)(2) report (NMFS, 2007b).
This approach is consistent with the
spirit of OMB’s Circular A–4 in that it
attempts to assess the benefits and costs
even when limitations in data may not
allow quantification or monetization. By
taking this approach, we seek to
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7841
designate sufficient critical habitat to
meet the biological goal of the ESA
while imposing the least burden on
society, as called for by E.O. 12866.
The annual total coextensive
economic impact of the critical habitat
designations is approximately $15.7
million (in contrast to a $18.4 million
annual economic impact from
designating all eligible areas considered
in the 4(b)(2) process for this ESU). This
amount includes impacts that are
coextensive with the implementation of
the jeopardy requirement of section 7
(NMFS, 2007c).
We did not estimate the economic
impacts associated solely with the
listing of Oregon Coast coho ESU under
the ESA.
E.O. 13084—Consultation and
Coordination With Indian Tribal
Governments
E.O. 13084 requires that, if we issue
a regulation that significantly or
uniquely affects the communities of
Indian tribal governments and imposes
substantial direct compliance costs on
those communities, we must consult
with those governments or the Federal
Government must provide the funds
necessary to pay the direct compliance
costs incurred by the tribal
governments. The final listing
determination and protective
regulations included in this rule do not
impose substantial direct compliance
costs on the communities of Indian
tribal governments. Accordingly, the
requirements of section 3(b) of E.O.
13084 do not apply to the listing and
protective regulations components of
this final rule. Nonetheless, we intend
to inform potentially affected tribal
governments and to solicit their input
and coordinate on future management
actions.
The Departments of Commerce and
Interior Secretarial Order ‘‘American
Indian Tribal Rights, Federal-Tribal
Trust Responsibilities, and the
Endangered Species Act’’ (June 5, 1997)
provides that the Services * * * ‘‘shall
consult with the affected Indian tribe(s)
when considering the designation of
critical habitat in an area that may
impact tribal trust resources, tribally
owned fee lands, or the exercise of tribal
rights. Critical habitat shall not be
designated in such areas unless it is
determined essential to conserve a listed
species.’’ Pursuant to the Secretarial
Order and in response to written and
oral comments provided by various
tribes in Washington, Oregon, and
Idaho, we met and corresponded with
many of the affected tribes concerning
the inclusion of Indian lands in final
critical habitat designations. These
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discussions resulted in significant
clarifications regarding the tribes’
general position to exclude their lands,
as well as specific issues regarding our
interpretation of Indian lands under the
Secretarial Order.
As described above (see Exclusions
Based on Impacts to Tribes) and in our
assessment of Indian lands associated
with this final rulemaking (NMFS,
2007f), we have determined that Indian
lands should be excluded from the final
critical habitat designations for the
Oregon Coast coho ESU. The Indian
lands specifically excluded from critical
habitat are those defined in the
Secretarial Order, including: (1) Lands
held in trust by the United States for the
benefit of any Indian tribe; (2) land held
in trust by the United States for any
Indian Tribe or individual subject to
restrictions by the United States against
alienation; (3) fee lands, either within or
outside the reservation boundaries,
owned by the tribal government; and (4)
fee lands within the reservation
boundaries owned by individual
Indians. We have determined that these
exclusions, together with the other
exclusions described in this final rule,
will not result in extinction of the
species (NMFS, 2007d).
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E.O. 13211
On May 18, 2001, the President issued
an Executive Order on regulations that
significantly affect energy supply,
distribution, and use. E.O. 13211
requires agencies to prepare Statements
of Energy Effects when undertaking
certain actions. This rule may be a
significant regulatory action under E.O.
12866. We have determined, however,
that the energy effects of the regulatory
action are unlikely to exceed the energy
impact thresholds identified in E.O.
13211.
The available data do not allow us to
separate precisely these incremental
impacts from the impacts of all
conservation measures on energy
production and costs. There is historical
evidence, however, that the ESA section
7 jeopardy standard alone is capable of
imposing all of these costs (NMFS,
2007j). While this evidence is indirect,
it is sufficient to draw the conclusion
that the designation of critical habitat
for this one ESU does not significantly
affect energy supply, distribution, or
use.
Unfunded Mandates Reform Act (2
U.S.C. 1501 et seq.)
In accordance with the Unfunded
Mandates Reform Act, we make the
following findings:
(a) This final rule listing Oregon Coast
coho and designating critical habitat
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will not produce a Federal mandate. In
general, a Federal mandate is a
provision in legislation, statute, or
regulation that would impose an
enforceable duty upon state, local, tribal
governments, or the private sector and
includes both ‘‘Federal
intergovernmental mandates’’ and
‘‘Federal private sector mandates.’’
These terms are defined in 2 U.S.C.
658(5)–(7). ‘‘Federal intergovernmental
mandate’’ includes a regulation that
‘‘would impose an enforceable duty
upon State, local, or tribal governments’’
with two exceptions. It excludes ‘‘a
condition of Federal assistance.’’ It also
excludes ‘‘a duty arising from
participation in a voluntary Federal
program,’’ unless the regulation ‘‘relates
to a then-existing Federal program
under which $500,000,000 or more is
provided annually to State, local, and
tribal governments under entitlement
authority,’’ if the provision would
‘‘increase the stringency of conditions of
assistance’’ or ‘‘place caps upon, or
otherwise decrease, the Federal
Government’s responsibility to provide
funding’’ and the state, local, or tribal
governments ‘‘lack authority’’ to adjust
accordingly. (At the time of enactment,
these entitlement programs were:
Medicaid; Aid to Families with
Dependent Children work programs;
Child Nutrition; Food Stamps; Social
Services Block Grants; Vocational
Rehabilitation State Grants; Foster Care,
Adoption Assistance, and Independent
Living; Family Support Welfare
Services; and Child Support
Enforcement). ‘‘Federal private sector
mandate’’ includes a regulation that
‘‘would impose an enforceable duty
upon the private sector, except (i) a
condition of Federal assistance; or (ii) a
duty arising from participation in a
voluntary Federal program.’’
ESA listing and the designation of
critical habitat do not impose a legally
binding duty on non-Federal
government entities or private parties.
Under the ESA, the only regulatory
effect is that Federal agencies must
ensure that their actions do not
jeopardize the continued existence of
the species or destroy or adversely
modify critical habitat under section 7.
While non-Federal entities who receive
Federal funding, assistance, permits or
otherwise require approval or
authorization from a Federal agency for
an action may be indirectly impacted by
the listing or designation of critical
habitat, the legally binding duty to
avoid jeopardy and the destruction or
adverse modification of critical habitat
rests squarely on the Federal agency.
Furthermore, to the extent that non-
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Federal entities are indirectly impacted
because they receive Federal assistance
or participate in a voluntary Federal aid
program, the Unfunded Mandates
Reform Act would not apply; nor would
the listing or critical habitat shift the
costs of the large entitlement programs
listed above to state governments.
(b) The ESA section 4(d) regulations
prohibit any person from taking a listed
member of the Oregon Coast coho ESU,
except under certain circumstances.
This prohibition applies to state and
local government actions as well as
private individuals. The 4(d) regulations
prohibit certain activities, but do not
impose an ‘‘enforceable duty’’ with
associated costs to implement. As such,
the 4(d) regulations are not considered
an unfunded mandate for the purposes
of the Unfunded Mandates Reform Act.
Takings
The final threatened listing
determination is a non-discretionary
action and therefore is not subject to the
requirements of E.O. 12630. In
accordance with E.O. 12630, this final
rule does not have significant takings
implications. Under E.O. 12630,
‘‘Actions undertaken by governmental
officials that result in a physical
invasion or occupancy of private
property, and regulations imposed on
private property that substantially affect
its value or use, may constitute a taking
of property’’ [emphasis added]. Neither
the critical habitat designation nor 4(d)
regulations can be expected to
substantially affect the value or use of
property. A takings implication
assessment is not required.
The designation of critical habitat
confers the ESA section 7 protection
against ‘‘the destruction or adverse
modification of [critical] habitat.’’ The
designation of critical habitat in this
rule affects only Federal agency actions,
and will not increase or decrease the
current restrictions on private property
concerning take of salmon. While it is
possible that real estate market values
may temporarily decline following
designation, due to the perception that
critical habitat designation may impose
additional regulatory burdens on land
use, our experience is that such impacts
do not occur or are short lived (NMFS,
2007d). Owners of areas that are
included in the designated critical
habitat will continue to have the
opportunity to use their property in
ways consistent with the survival of
listed salmon. Therefore, the
designation of critical habitat does not
substantially affect the value or use of
private property, and does not
constitute a taking.
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The adoption of ESA section 4(d)
regulations includes a prohibition
against ‘‘take’’ of a listed species (the
definition of ‘‘take’’ is to ‘‘harass, harm,
pursue, hunt, shoot, wound, kill, trap,
capture, or collect, or to attempt to
engage in any such conduct.’’). The take
prohibition applies to any person
subject to the jurisdiction of the United
States, and may be perceived as
affecting the value or use of property.
However, the 4(d) regulations do not
substantially affect the value or use of
property for the following reasons. First,
private property is already subject to
state and local land-use regulations.
Second, any action on private property
authorized, funded, or carried out by a
Federal agency that may take listed
species is already subject to the section
7 ‘‘no jeopardy’’ protection by virtue of
the listing determination. Third, our
experience with Pacific salmonid 4(d)
regulation since 1997 is that any
declines in property value are either in
perception only or short lived. Land
owners quickly realize that the 4(d)
regulations do not impose restrictions in
addition to pre-existing land-use laws
and the listing itself, or they conduct
actions on their property in ways
consistent with the survival of listed
salmon by availing themselves to the
exceptions provided under the 4(d)
limits.
E.O. 13132—Federalism
E.O. 13132 requires agencies to take
into account any Federalism impacts of
regulations under development. It
includes specific consultation directives
for situations where a regulation will
preempt state law, or impose substantial
direct compliance costs on state and
local governments (unless required by
statute). Neither of those circumstances
is applicable to this final rule. In fact,
the adopted ESA section 4(d)
regulations provide mechanisms by
which NMFS, in the form of limits to
take prohibitions, may defer to state and
local governments where they provide
adequate protections for threatened
salmonids.
With respect to the designation of
critical habitat, this final rule does not
have significant federalism effects. In
keeping with Department of Commerce
policies, we requested information from,
and coordinated development of, this
critical habitat designation with
appropriate state resource agencies in
the State of Oregon. The designation
may have some benefit to the State and
local resource agencies in that the areas
essential to the conservation of the
species are more clearly defined, and
the PCEs of the habitat essential to the
conservation of the species are
specifically identified. While making
these clarifications does not alter where
and what federally sponsored activities
may occur, it may assist local
governments in long-range planning
(rather than waiting for case-by-case
section 7 consultations to occur).
Civil Justice Reform
One commenter asserted that we
failed to properly conduct and provide
a Civil Justice Reform analysis pursuant
to E.O. 12988. The Department of
Commerce has determined that this
final rule does not unduly burden the
judicial system and meets the
requirements of sections 3(a) and 3(b)(2)
Species 1
*
(c) * * *
(24) Oregon Coast
Coho.
Scientific name
*
*
Oncorhynchus kisutch
*
*
3. In § 223.203, paragraph (b)(2) is
revised to read as follows:
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*
Anadromous fish.
*
*
(b) * * *
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*
*
17:30 Feb 08, 2008
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*
Frm 00029
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List of Subjects in 50 CFR Parts 223 and
226
Endangered and threatened species,
Exports, Reporting and recordkeeping
requirements.
Dated: February 1, 2008.
Samuel Rauch, III,
Deputy Assistant Administrator for
Regulations, National Marine Fisheries
Service.
For the reasons set out in the
preamble, 50 CFR parts 223 and 226 are
amended as follows:
I
PART 223—THREATENED MARINE
AND ANADROMOUS SPECIES
1. The authority citation for part 223
continues to read as follows:
I
Authority: 16 U.S.C. 1531–1543.
2. In § 223.102, the table heading is
revised and paragraph (c)(24) of the
table is added to read as follows:
I
§ 223.102 Enumeration of threatened
marine and anadromous species.
*
*
*
Sfmt 4700
*
*
73 FR [Insert FR page
number where the
document begins];
2/11/08.
*
(2) The prohibitions of paragraph (a)
of this section relating to Oregon Coast
coho salmon, listed in § 223.102(a)(24),
do not apply to activities specified in an
application for a permit for scientific
purposes or to enhance the conservation
or survival of the species, provided that
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A list of the referenced materials is
available on the Internet at https://
www.nwr.noaa.gov, or upon request (see
ADDRESSES section above).
*
U.S.A., OR, all naturally spawned populations of coho salmon in Oregon coastal
streams south of the Columbia River and
north of Cape Blanco, including the Cow
Creek (ODFW stock #37) coho hatchery
program.
*
I
§ 223.203
*
References
Citation(s) for listing
determination(s)
Where listed
Common name
of the E.O. We are designating critical
habitat in accordance with the
provisions of the ESA. This final rule
uses standard property descriptions and
identifies the PCEs within the
designated areas to assist the public in
understanding the habitat needs of the
Oregon Coast coho ESU.
*
*
Citation(s) for critical
habitat designation(s)
*
73 FR [Insert FR page
number where the
document begins];
2/11/08.
*
the application has been received by the
Assistant Administrator for Fisheries,
NOAA (AA), no later than June 10,
2008. The prohibitions of this section
apply to these activities upon the
Assistant Administrator’s rejection of
the application as insufficient, upon
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issuance or denial of a permit, or March
31, 2009, whichever occurs earliest.
*
*
*
*
*
PART 226—DESIGNATED CRITICAL
HABITAT
4. The authority citation of part 226
continues to read as follows:
paragraphs (a)(13) and (u) are added to
read as follows:
§ 226.212 Critical habitat for 13
Evolutionarily Significant Units (ESUs) of
salmon and steelhead (Oncorhynchus spp.)
in Washington, Oregon and Idaho.
Critical habitat is designated in the
following states and counties for the
following ESUs as described in
paragraph (a) of this section, and as
further described in paragraphs (b)
through (g) of this section. The textual
I
Authority: 16 U.S.C. 1533.
5. In § 226.212, the section’s heading
and introductory text are revised and
I
ESU
descriptions of critical habitat for each
ESU are included in paragraphs (i)
through (u) of this section, and these
descriptions are the definitive source for
determining the critical habitat
boundaries. General location maps are
provided at the end of each ESU
description (paragraphs (i) through (u)
of this section) and are provided for
general guidance purposes only, and not
as a definitive source for determining
critical habitat boundaries.
(a) * * *
State—Counties
*
*
*
*
*
*
*
(13) Oregon Coast coho salmon .............................................................. OR—Benton, Clatsop, Columbia, Coos, Curry, Douglas, Lane, Oregon
Lincoln, Polk, Tillamook, Washington, and Yamhill.
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*
*
*
*
*
(u) Oregon Coast Coho Salmon
(Oncorhynchus kisutch). Critical habitat
is designated to include the areas
defined in the following subbasins:
(1) Necanicum Subbasin 17100201—
Necanicum River Watershed
1710020101. Outlet(s) = Arch Cape
Creek (Lat 45.8035, Long¥123.9656);
Asbury Creek (45.815,¥123.9624);
Ecola Creek (45.8959,¥123.9649);
Necanicum River (46.0113,¥123.9264);
Short Sand Creek (45.7595,¥123.9641)
upstream to endpoint(s) in: Arch Cape
Creek (45.8044,¥123.9404); Asbury
Creek (45.8150,¥123.9584); Beerman
Creek (45.9557,¥123.8749); Bergsvik
Creek (45.8704,¥123.7650); Brandis
Creek (45.8894,¥123.8529); Charlie
Creek (45.9164,¥123.7606); Circle
Creek (45.9248,¥123.9436); Circle
Creek Trib A (45.9335,¥123.9457);
North Fork Ecola Creek
(45.8705,¥123.9070); West Fork Ecola
Creek (45.8565,¥123.9424); Grindy
Creek (45.9179,¥123.7390); Hawley
Creek (45.9259,¥123.8864); Joe Creek
(45.8747,¥123.7503); Johnson Creek
(45.8885,¥123.8816); Klootchie Creek
(45.9450,¥123.8413); Klootchie Creek
Trib A (45.9250,¥123.8447); Lindsley
Creek (45.9198,¥123.8339); Little
Humbug Creek (45.9235,¥123.7653);
Little Joe Creek (45.8781,¥123.7852);
Little Muddy Creek
(45.9551,¥123.9559); Mail Creek
(45.8887,¥123.8655); Meyer Creek
(45.9279,¥123.9135); Mill Creek
(46.0245,¥123.8905); Mill Creek Trib 1
(46.0142,¥123.8967); Neacoxie Creek
(46.0245,¥123.9157); Neawanna Creek
(45.9810,¥123.8809); Necanicum River
(45.9197,¥123.7106); North Fork
Necanicum River (45.9308,¥123.7986);
North Fork Necanicum River Trib A
(45.9398,¥123.8109); South Fork
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Necanicum River (45.8760,¥123.8122);
Shangrila Creek (45.9706,¥123.8778);
Short Sand Creek (45.7763,¥123.9406);
Thompson Creek (46.0108,¥123.8951);
Tolovana Creek (45.8581,¥123.9370);
Unnamed (45.8648,¥123.9371);
Unnamed (45.8821,¥123.9318);
Unnamed (45.8881,¥123.7436);
Unnamed (45.8883,¥123.9366);
Unnamed (45.8906,¥123.7460);
Unnamed (45.8912,¥123.9433);
Unnamed (45.8950,¥123.8715);
Unnamed (45.9026,¥123.9540);
Unnamed (45.9046,¥123.9578);
Unnamed (45.9050,¥123.9585);
Unnamed (45.9143,¥123.8656);
Unnamed (45.9161,¥123.9000);
Unnamed (45.9210,¥123.8668);
Unnamed (45.9273,¥123.8499);
Unnamed (45.9292,¥123.8900);
Unnamed (45.9443,¥123.9038);
Unnamed (45.9850,¥123.8999);
Unnamed (46.0018,¥123.8998); Volmer
Creek (45.9049,¥123.9139); Warner
Creek (45.8887,¥123.7801); Williamson
Creek (45.9522,¥123.9060).
(2) Nehalem Subbasin 17100202—(i)
Upper Nehalem River Watershed
1710020201. Outlet(s) = Nehalem River
(Lat 45.9019, Long ¥123.1442)
upstream to endpoint(s) in: Bear Creek
(45.7781,¥123.4252); Bear Creek
(45.8556,¥123.2205); Beaver Creek
(45.7624,¥123.2073); Beaver Creek Trib
A (45.8071,¥123.2143); Beaver Creek
Trib B (45.7711,¥123.2318); Carlson
Creek (45.7173,¥123.3425); Castor
Creek (45.7103,¥123.2698); Cedar
Creek (45.8528,¥123.2928); Clear
Creek, Lower North Fork
(45.8229,¥123.3111); Clear Creek
(45.8239,¥123.3531); Coal Creek Trib B
(45.8149,¥123.1174); Coal Creek
(45.7978,¥123.1293); Coon Creek
(45.8211,¥123.1446); Dell Creek
(45.7919,¥123.1559); Derby Creek
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(45.7225,¥123.3857); Dog Creek
(45.8957,¥123.0741); Elk Creek
(45.8256,¥123.1290); Fall Creek
(45.8626,¥123.3247); Ginger Creek
(45.8520,¥123.3511); Ivy Creek
(45.8938,¥123.3160); Jim George Creek
(45.8009,¥123.1041); Kenusky Creek
(45.8859,¥123.0422); Kist Creek
(45.7826,¥123.2507); Lousignont Creek
(45.7424,¥123.3722); Lousignont Creek,
North Fork (45.7463,¥123.3576);
Martin Creek (45.8474,¥123.4025);
Maynard Creek (45.8556,¥123.3038);
Military Creek (45.8233,¥123.4812);
Nehalem River (45.7269,¥123.4159);
Nehalem River, East Fork
(45.8324,¥123.0502); Olson Creek
(45.8129,¥123.3853); Pebble Creek
(45.7661,¥123.1357); Pebble Creek,
West Fork (45.7664,¥123.1899);
Robinson Creek (45.7363,¥123.2512);
Rock Creek (45.8135,¥123.5201); Rock
Creek, North Fork (45.8616,¥123.4560);
Rock Creek, South Fork
(45.7598,¥123.4249); Rock Creek Trib C
(45.7957,¥123.4882); South Fork Rock
Creek Trib A (45.7753,¥123.4586);
South Fork Nehalem River
(45.7073,¥123.4017); Selder Creek
(45.8975,¥123.3806); South Fork Clear
Creek (45.8141,¥123.3484); South
Prong Clear Creek (45.7832,¥123.2975);
Step Creek (45.6824,¥123.3348);
Swamp Creek (45.8217,¥123.2004);
Unnamed (45.7270,¥123.3419);
Unnamed (45.8095,¥123.0908);
Unnamed (45.7558,¥123.2630);
Unnamed (45.7938,¥123.3847);
Unnamed (45.7943,¥123.4059);
Unnamed (45.8197,¥123.0679);
Unnamed (45.8477,¥123.0734);
Unnamed (45.8817,¥123.1266);
Unnamed (45.8890,¥123.3817);
Unnamed (45.9019,¥123.1346); Weed
Creek (45.8707,¥123.4049); Wolf Creek,
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South Fork (45.7989,¥123.4028); Wolf
Creek (45.7768,¥123.3556).
(ii) Middle Nehalem River Watershed
1710020202. Outlet(s) = Nehalem River
(Lat 45.9838, Long ¥123.4214)
upstream to endpoint(s) in: Adams
Creek (46.0263,¥123.2869); Archibald
Creek (45.9218,¥123.0829); Beaver
Creek (46.0554,¥123.2985); Boxler
Creek (46.0486,¥123.3521); Calvin
Creek (45.9514,¥123.2976); Cedar
Creek (45.9752,¥123.1143); Cook Creek
(45.9212,¥123.1087); Cow Creek
(46.0500,¥123.4326); Crooked Creek
(45.9043,¥123.2689); Deep Creek
(45.9461,¥123.3719); Deep Creek Trib
A (45.9127,¥123.3794); Deep Creek
Trib B (45.9314,¥123.3809); Deer Creek
(45.9033,¥123.3142); Eastman Creek
(46.0100,¥123.2262); Fall Creek
(45.9438,¥123.2012); Fishhawk Creek
(46.0596,¥123.3857); Fishhawk Creek,
North Fork (46.0907,¥123.3675);
Fishhawk Creek, Trib C
(46.0808,¥123.3692); Ford Creek
(46.0570,¥123.2872); Gus Creek
(45.9828,¥123.1453); Johnson Creek
(46.0021,¥123.2133); Lane Creek
(45.9448,¥123.3253); Little Deer Creek
(45.9378,¥123.2780); Lousignont Creek
(46.0342,¥123.4186); Lundgren Creek
(46.0240,¥123.2092); McCoon Creek
(46.0665,¥123.3043); Messing Creek
(46.0339,¥123.2260); Nehalem River
(45.9019,¥123.1442); Northrup Creek
(46.0672,¥123.4377); Oak Ranch Creek
(45.9085,¥123.0834); Sager Creek
(45.9388,¥123.4020); Unnamed
(45.9039,¥123.2044); Unnamed
(45.9067,¥123.0595); Unnamed
(45.9488,¥123.2220); Unnamed
(45.9629,¥123.3845); Unnamed
(45.9999,¥123.1732); Unnamed
(46.0088,¥123.4508); Unnamed
(46.0208,¥123.4588); Unnamed
(46.0236,¥123.2381); Unnamed
(46.0308,¥123.3135); Unnamed
(46.0325,¥123.4650); Unnamed
(46.0390,¥123.3648); Unnamed
(46.0776,¥123.3274); Unnamed
(46.0792,¥123.3409); Unnamed
(46.0345,¥123.2956); Warner Creek
(46.0312,¥123.3817); Wrong Way Creek
(46.0789,¥123.3142).
(iii) Lower Nehalem River Watershed
1710020203. Outlet(s) = Nehalem River
(Lat 45.7507, Long ¥123.6530)
upstream to endpoint(s) in: Alder Creek
(45.9069,¥123.5907); Beaver Creek
(45.8949,¥123.6764); Big Creek
(45.8655,¥123.6476); Bull Heifer Creek
(45.9908,¥123.5322); Buster Creek
(45.9306,¥123.4165); Cedar Creek
(45.8931,¥123.6029); Cow Creek
(45.8587,¥123.5206); Crawford Creek
(45.9699,¥123.4725); Cronin Creek,
Middle Fork (45.7719,¥123.5747);
Cronin Creek, North Fork
(45.7795,¥123.6064); Cronin Creek,
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South Fork (45.7456,¥123.5596);
Destruction Creek (45.8750,¥123.6571);
East Humbug Creek
(45.9454,¥123.6358); Fishhawk Creek
(45.9666,¥123.5895); Fishhawk Creek
(46.0224,¥123.5374); George Creek
(45.8461,¥123.6226); George Creek
(45.9118,¥123.5766); Gilmore Creek
(45.9609,¥123.5372); Hamilton Creek
(46.0034,¥123.5881); Klines Creek
(45.8703,¥123.4908); Larsen Creek
(45.8757,¥123.5847); Little Fishhawk
Creek (45.9256,¥123.5501); Little Rock
Creek (45.8886,¥123.4558); McClure
Creek (45.8560,¥123.6227); Moores
Creek (45.8801,¥123.5178); Nehalem
River (45.9838,¥123.4214); Quartz
Creek (45.8414,¥123.5184); Spruce Run
Creek (45.8103,¥123.6028); Squaw
Creek (45.9814,¥123.4529); Stanley
Creek (45.8861,¥123.4352); Strum
Creek (45.9321,¥123.4275); Trailover
Creek (46.0129,¥123.4976); Unnamed
(45.8083,¥123.6280); Unnamed
(45.8682,¥123.6168); Unnamed
(45.9078,¥123.6630); Unnamed
(45.9207,¥123.4534); Unnamed
(45.9405,¥123.6338); Unnamed
(45.9725,¥123.5544); West Humbug
Creek (45.9402,¥123.6726); Walker
Creek (45.9266,¥123.4423); Walker
Creek (46.0391,¥123.5142); West Brook
(45.9757,¥123.4638).
(iv) Salmonberry River Watershed
1710020204. Outlet(s) = Salmonberry
River (Lat 45.7507, Long ¥123.6530)
upstream to endpoint(s) in: Pennoyer
Creek (45.7190,¥123.4366);
Salmonberry River
(45.7248,¥123.4436); Salmonberry
River, North Fork (45.7181,¥123.5204);
Wolf Creek (45.6956,¥123.4485).
(v) North Fork of Nehalem River
Watershed 1710020205. Outlet(s) =
Nehalem River, North Fork (Lat 45.7317,
Long ¥123.8765) upstream to
endpoint(s) in: Acey Creek
(45.7823,¥123.8292); Anderson Creek
(45.7643,¥123.9073); Big Rackheap
Creek (45.7546,¥123.8145); Boykin
Creek (45.8030,¥123.8595); Buchanan
Creek (45.8270,¥123.7901); Coal Creek
(45.7897,¥123.8676); Coal Creek, West
Fork (45.7753,¥123.8871); Cougar
Creek (45.8064,¥123.8090); Fall Creek
(45.7842,¥123.8547); Fall Creek
(45.8226,¥123.7054); Gods Valley
Creek (45.7689,¥123.7793); Grassy Lake
Creek (45.7988,¥123.8193); Gravel
Creek (45.7361,¥123.8126); Henderson
Creek (45.7932,¥123.8548); Jack Horner
Creek (45.8531,¥123.7837); Lost Creek
(45.7909,¥123.7195); Nehalem River,
Little North Fork (45.9101,¥123.6972);
Nehalem River, North Fork
(45.8623,¥123.7463); Nehalem River,
North Fork, Trib R
(45.8287,¥123.6625); Nehalem River,
North Fork, Trib T
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7845
(45.8492,¥123.6796); Rackheap Creek
(45.7677,¥123.8008); Sally Creek
(45.8294,¥123.7468); Soapstone Creek
(45.8498,¥123.7469); Soapstone Creek,
Trib A (45.8591,¥123.7616);
Sweethome Creek (45.7699,¥123.6616);
Unnamed (45.7457,¥123.8490);
Unnamed (45.7716,¥123.7691);
Unnamed (45.7730,¥123.7789);
Unnamed (45.7736,¥123.7607);
Unnamed (45.7738,¥123.7534);
Unnamed (45.7780,¥123.7434);
Unnamed (45.7784,¥123.7742);
Unnamed (45.7794,¥123.7315);
Unnamed (45.7824,¥123.7396);
Unnamed (45.7833,¥123.7680);
Unnamed (45.7841,¥123.7299);
Unnamed (45.7858,¥123.7660);
Unnamed (45.7898,¥123.7424);
Unnamed (45.7946,¥123.7365);
Unnamed (45.7966,¥123.7953);
Unnamed (45.8008,¥123.7349);
Unnamed (45.8193,¥123.7436);
Unnamed (45.8322,¥123.7789);
Unnamed (45.8359,¥123.7766);
Unnamed (45.8569,¥123.7235);
Unnamed (45.8629,¥123.7347);
Unnamed (45.8662,¥123.7444);
Unnamed (45.8962,¥123.7189).
(vi) Lower Nehalem River/Cook Creek
Watershed 1710020206. Outlet(s) =
Nehalem River (Lat 45.6577, Long
¥123.9355) upstream to endpoint(s) in:
Alder Creek (45.7286,¥123.9091);
Anderson Creek (45.6711,¥123.7470);
Bastard Creek (45.7667,¥123.6943);
Bob’s Creek (45.7444,¥123.9038); Cook
Creek (45.6939,¥123.6146); Cook Creek,
East Fork (45.6705,¥123.6440); Daniels
Creek (45.6716,¥123.8606); Dry Creek
(45.6449,¥123.8507); Dry Creek
(45.6985,¥123.7422); East Foley Creek
(45.6621,¥123.8068); Fall Creek
(45.7489,¥123.7778); Foley Creek
(45.6436,¥123.8933); Gallagher Slough
(45.7140,¥123.8657); Hanson Creek
(45.6611,¥123.7179); Harliss Creek
(45.6851,¥123.7249); Helloff Creek
(45.7545,¥123.7603); Hoevett Creek
(45.6894,¥123.6276); Jetty Creek
(45.6615,¥123.9103); Lost Creek
(45.7216,¥123.7164); Neahkahnie Creek
(45.7197,¥123.9247); Nehalem River
(45.7507,¥123.6530); Peterson Creek
(45.6975,¥123.8098); Piatt Canyon
(45.6844,¥123.6983); Roy Creek
(45.7174,¥123.8038); Snark Creek
(45.7559,¥123.6713); Unnamed
(45.6336,¥123.8549); Unnamed
(45.6454,¥123.8663); Unnamed
(45.6483,¥123.8605); Unnamed
(45.6814,¥123.8786); Unnamed
(45.7231,¥123.9016).
(3) Wilson/Trask/Nestucca Subbasin
17100203—(i) Little Nestucca River
Watershed 1710020301. Outlet(s) =
Little Nestucca River (Lat 45.1827, Long
¥123.9543) upstream to endpoint(s) in:
Austin Creek (45.1080,¥123.8748);
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Austin Creek, West Fork
(45.1074,¥123.8894); Baxter Creek
(45.1149,¥123.7705); Bear Creek
(45.1310,¥123.8500); Bowers Creek
(45.1393,¥123.9198); Cedar Creek
(45.0971,¥123.8094); Fall Creek
(45.1474,¥123.8767); Hiack Creek
(45.0759,¥123.8042); Kautz Creek
(45.0776,¥123.8317); Kellow Creek
(45.1271,¥123.9072); Little Nestucca
River (45.0730,¥123.7825); Little
Nestucca River, South Fork
(45.0754,¥123.8393); Louie Creek
(45.1277,¥123.7869); McKnight Creek
(45.1124,¥123.8363); Small Creek
(45.1151,¥123.8227); Sourgrass Creek
(45.0917,¥123.7623); Sourgrass Creek,
Trib A (45.1109,¥123.7664); Squaw
Creek (45.1169,¥123.8938); Stillwell
Creek (45.0919,¥123.8141); Unnamed
(45.1169,¥123.7974).
(ii) Nestucca River Watershed
1710020302. Outlet(s) = Nestucca Bay
(Lat 45.1607, Long ¥123.9678)
upstream to endpoint(s) in: Alder Creek
(45.1436,¥123.7998); Alder Creek
(45.2436,¥123.7364); Bays Creek
(45.3197,¥123.7240); Bear Creek
(45.3188,¥123.6022); Bear Creek
(45.3345,¥123.7898); Beulah Creek
(45.2074,¥123.6747); Bible Creek
(45.2331,¥123.5868); Boulder Creek
(45.2530,¥123.7525); Buck Creek
(45.1455,¥123.7734); Cedar Creek
(45.3288,¥123.4531); Clarence Creek
(45.2649,¥123.6395); Clear Creek
(45.1725,¥123.8660); Crazy Creek
(45.1636,¥123.7595); Dahl Fork
(45.2306,¥123.7076); East Beaver Creek
(45.3579,¥123.6877); East Creek
(45.3134,¥123.6348); Elk Creek
(45.3134,¥123.5645); Elk Creek, Trib A
(45.2926,¥123.5381); Elk Creek, Trib B
(45.2981,¥123.5471); Fan Creek
(45.2975,¥123.4994); Farmer Creek
(45.2593,¥123.9074); Foland Creek
(45.2508,¥123.7890); Foland Creek,
West Fork (45.2519,¥123.8025); George
Creek (45.2329,¥123.8291); Ginger
Creek (45.3283,¥123.4680); Hartney
Creek (45.2192,¥123.8632); Horn Creek
(45.2556,¥123.9212); Lawrence Creek
(45.1861,¥123.7852); Limestone Creek
(45.2472,¥123.7169); Mina Creek
(45.2444,¥123.6197); Moon Creek
(45.3293,¥123.6762); North Beaver
Creek (45.3497,¥123.8961); Nestucca
River (45.3093,¥123.4077); Niagara
Creek (45.1898,¥123.6637); Pheasant
Creek (45.2121,¥123.6366); Pollard
Creek (45.1951,¥123.7958); Powder
Creek (45.2305,¥123.6974); Saling
Creek (45.2691,¥123.8474); Sanders
Creek (45.2254,¥123.8959); Slick Rock
Creek (45.2683,¥123.6106); Swab Creek
(45.2889,¥123.7656); Testament Creek
(45.2513,¥123.5488); Three Rivers
(45.1785,¥123.7557); Tiger Creek
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(45.3405,¥123.8029); Tiger Creek, Trib
A (45.3346,¥123.8547); Tony Creek
(45.2575,¥123.7735); Turpy Creek
(45.2537,¥123.7620); Unnamed
(45.1924,¥123.8202); Unnamed
(45.2290,¥123.9398); Unnamed
(45.3018,¥123.4636); Unnamed
(45.3102,¥123.6628); Unnamed
(45.3148,¥123.6616); Unnamed
(45.3158,¥123.8679); Unnamed
(45.3292,¥123.8872); Walker Creek
(45.2914,¥123.4207); West Beaver
Creek (45.3109,¥123.8840); West Creek
(45.2899,¥123.8514); Wildcat Creek
(45.3164,¥123.8187); Wolfe Creek
(45.3113,¥123.7658); Woods Creek
(45.1691,¥123.8070).
(iii) Tillamook River Watershed
1710020303. Outlet(s) = Tillamook
River (Lat 45.4682, Long ¥123.8802)
upstream to endpoint(s) in: Bear Creek
(45.4213,¥123.8885); Beaver Creek
(45.4032,¥123.8861); Bewley Creek
(45.3637,¥123.8965); Esther Creek
(45.4464,¥123.9017); Fawcett Creek
(45.3824,¥123.7210); Joe Creek
(45.3754,¥123.8257); Killam Creek
(45.4087,¥123.7276); Mills Creek
(45.3461,¥123.7915); Munson Creek
(45.3626,¥123.7681); Simmons Creek
(45.3605,¥123.7364); Sutton Creek
(45.4049,¥123.8568); Tillamook River
(45.3595,¥123.9115); Tomlinson Creek
(45.4587,¥123.8868); Unnamed
(45.3660,¥123.8313); Unnamed
(45.3602,¥123.8466); Unnamed
(45.3654,¥123.9050); Unnamed
(45.3987,¥123.7105); Unnamed
(45.4083,¥123.8160); Unnamed
(45.4478,¥123.8670); Unnamed
(45.3950,¥123.7348).
(iv) Trask River Watershed
1710020304. Outlet(s) = Trask River (Lat
45.4682, Long ¥123.8802) upstream to
endpoint(s) in: Bales Creek
(45.3712,¥123.5786); Bark Shanty
Creek (45.4232,¥123.5550); Bear Creek
(45.4192,¥123.7408); Bill Creek
(45.3713,¥123.6386); Blue Bus Creek
(45.4148,¥123.5949); Boundry Creek
(45.3493,¥123.5470); Clear Creek #1
(45.4638,¥123.5571); Clear Creek #2
(45.5025,¥123.4683); Cruiser Creek
(45.4201,¥123.4753); Dougherty Slough
(45.4684,¥123.7888); East Fork of
South Fork Trask River
(45.3563,¥123.4752); Edwards Creek
(45.3832,¥123.6676); Elkhorn Creek,
Trib C (45.4080,¥123.4440); Elkhorn
Creek (45.3928,¥123.4709); Gold Creek
(45.4326,¥123.7218); Green Creek
(45.4510,¥123.7361); Hatchery Creek
(45.4485,¥123.6623); Headquarters
Camp Creek (45.3317,¥123.5072);
Hoquarten Slough (45.4597,¥123.8480);
Joyce Creek (45.3881,¥123.6386);
Michael Creek (45.4799,¥123.5119);
Mill Creek (45.4100,¥123.7450); Miller
Creek (45.3582,¥123.5666); Pigeon
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Creek (45.3910,¥123.5656); Rawe Creek
(45.4395,¥123.6351); Rock Creek
(45.3515,¥123.5074); Samson Creek
(45.4662,¥123.6439); Scotch Creek
(45.4015,¥123.5873); Steampot Creek
(45.3875,¥123.5425); Stretch Creek
(45.3483,¥123.5382); Summit Creek
(45.3481,¥123.6054); Summit Creek,
South Fork (45.3473,¥123.6145); Trask
River, North Fork, Middle Fork
(45.4472,¥123.3945); Trask River,
North Fork, North Fork
(45.5275,¥123.4177); Trask River,
South Fork (45.3538,¥123.6445); Trib A
(45.3766,¥123.5191); Trib B
(45.3776,¥123.4988); Unnamed
(45.3639,¥123.6054); Unnamed
(45.4105,¥123.7741); Unnamed
(45.4201,¥123.6320); Unnamed
(45.4220,¥123.7654).
(v) Wilson River Watershed
1710020305. Outlet(s) = Wilson River
(Lat 45.4816, Long ¥123.8708)
upstream to endpoint(s) in: Beaver
Creek (45.4894,¥123.7933); Ben Smith
Creek (45.5772,¥123.5072); Cedar
Creek (45.5869,¥123.6228); Cedar
Creek, North Fork (45.6066,¥123.6151);
Deo Creek (45.6000,¥123.3716); Drift
Creek (45.6466,¥123.3944); Elk Creek
(45.6550,¥123.4620); Elk Creek, West
Fork (45.6208,¥123.4717); Elliott Creek
(45.5997,¥123.3925); Fall Creek
(45.4936,¥123.5616); Fox Creek
(45.5102,¥123.5869); Hatchery Creek
(45.4835,¥123.7074); Hughey Creek
(45.4540,¥123.7526); Idiot Creek
(45.6252,¥123.4296); Jones Creek
(45.6028,¥123.5702); Jordan Creek
(45.5610,¥123.4557); Jordan Creek,
South Fork (45.5099,¥123.5279);
Kansas Creek (45.4861,¥123.6434);
Morris Creek (45.6457,¥123.5409);
Tuffy Creek (45.5787,¥123.4702);
Unnamed (45.4809,¥123.8362);
Unnamed (45.5758,¥123.5226);
Unnamed (45.5942,¥123.4259);
Unnamed (45.6002,¥123.5939);
Unnamed (45.6151,¥123.4385); White
Creek (45.5181,¥123.7223); Wilson
River, Devil’s Lake Fork
(45.6008,¥123.3301); Wilson River,
North Fork (45.6679,¥123.5138);
Wilson River, North Fork, Little
(45.5283,¥123.6771); Wilson River,
North Fork, West Fork
(45.6330,¥123.5879); Wilson River,
North Fork, West Fork, North Fork
(45.6495,¥123.5779); Wilson River,
South Fork (45.5567,¥123.3965); Wolf
Creek (45.5683,¥123.6129).
(vi) Kilchis River Watershed
1710020306. Outlet(s) = Kilchis River
(Lat 45.4927, Long ¥123.8615)
upstream to endpoint(s) in: Clear Creek
(45.5000,¥123.7647); Coal Creek
(45.5004,¥123.8085); Company Creek
(45.5892,¥123.7370); French Creek
(45.6318,¥123.6926); Kilchis River,
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Little South Fork (45.5668,¥123.7178);
Kilchis River, North Fork
(45.6044,¥123.6504); Kilchis River,
South Fork (45.5875,¥123.6944); Mapes
Creek (45.5229,¥123.8382); Murphy
Creek (45.5320,¥123.8341); Myrtle
Creek (45.5296,¥123.8156); Sam Downs
Creek (45.5533,¥123.7144); Schroeder
Creek (45.6469,¥123.7064); Unnamed
(45.5625,¥123.7593).
(vii) Miami River Watershed
1710020307. Outlet(s) = Miami River
(Lat 45.5597, Long ¥123.8904)
upstream to endpoint(s) in: Diamond
Creek (45.6158,¥123.8184); Hobson
Creek (45.5738,¥123.8970);
Illingsworth Creek
(45.5547,¥123.8693); Miami River
(45.6362,¥123.7533); Miami River, Trib
S (45.6182,¥123.8004); Miami River,
Trib T (45.6546,¥123.7463); Minich
Creek (45.5869,¥123.8936); Moss Creek
(45.5628,¥123.8319); Peterson Creek
(45.6123,¥123.8996); Prouty Creek
(45.6304,¥123.8435); Stuart Creek
(45.6042,¥123.8442); Unnamed
(45.6317,¥123.7906); Unnamed
(45.6341,¥123.7900); Waldron Creek
(45.5856,¥123.8483).
(viii) Tillamook Bay Watershed
1710020308. Outlet(s) = Tillamook Bay
(Lat 45.5600, Long ¥123.9366)
upstream to endpoint(s) in: Douthy
Creek (45.5277,¥123.8570); Electric
Creek (45.5579,¥123.8925); Hall Slough
(45.4736,¥123.8637); Jacoby Creek
(45.5297,¥123.8665); Kilchis River
(45.4927,¥123.8615); Larson Creek
(45.5366,¥123.8849); Miami River
(45.5597,¥123.8904); Patterson Creek
(45.5359,¥123.8732); Tillamook Bay
(45.4682,¥123.8802); Vaughn Creek
(45.5170,¥123.8516); Wilson River
(45.4816,¥123.8708).
(ix) Spring Creek/Sand Lake/
Neskowin Creek Frontal Watershed
1710020309. Outlet(s) = Crescent Lake
(45.6360,¥123.9405); Neskowin Creek
(45.1001,¥123.9859); Netarts Bay
(45.4339,¥123.9512); Rover Creek
(45.3290,¥123.9670); Sand Creek
(45.2748,¥123.9589); Watesco Creek
(45.5892,¥123.9477) upstream to
endpoint(s) in: Andy Creek
(45.2905,¥123.8744); Butte Creek
(45.1159,¥123.9360); Crescent Lake
(45.6320,¥123.9376); Davis Creek
(45.3220,¥123.9254); Fall Creek
(45.0669,¥123.9679); Hawk Creek
(45.1104,¥123.9436); Jackson Creek
(45.3568,¥123.9611); Jewel Creek
(45.2865,¥123.8905); Jim Creek
(45.0896,¥123.9224); Lewis Creek
(45.0835,¥123.8979); Meadow Creek
(45.0823,¥123.9824); Neskowin Creek
(45.0574,¥123.8812); Prospect Creek
(45.0858,¥123.9321); Reneke Creek
(45.2594,¥123.9434); Rover Creek
(45.3284,¥123.9438); Sand Creek
VerDate Aug<31>2005
17:30 Feb 08, 2008
Jkt 214001
(45.3448,¥123.9156); Sloan Creek
(45.0718,¥123.8998); Watesco Creek
(45.5909,¥123.9353); Whiskey Creek
(45.3839,¥123.9193).
(4) Siletz/Yaquina Subbasin
17100204–(i) Upper Yaquina River
Watershed 1710020401. Outlet(s) =
Yaquina River (Lat 44.6219, Long
¥123.8741) upstream to endpoint(s) in:
Bales Creek (44.6893,¥123.7503); Bales
Creek, East Fork (44.6927,¥123.7363);
Bales Creek, East Fork, Trib A
(44.6827,¥123.7257); Bales Creek
(44.6610,¥123.8749); Bones Creek
(44.6647,¥123.6762); Bryant Creek
(44.6746,¥123.7139); Buckhorn Creek
(44.6676,¥123.6677); Buttermilk Creek
(44.6338,¥123.6827); Buttermilk Creek,
Trib A (44.6518,¥123.7173); Carlisle
Creek (44.6451,¥123.8847); Cline Creek
(44.6084,¥123.6844); Cook Creek
(44.6909,¥123.8583); Crystal Creek
(44.6500,¥123.8132); Davis Creek
(44.6500,¥123.6587); Eddy Creek
(44.6388,¥123.7951); Felton Creek
(44.6626,¥123.6502); Haxel Creek
(44.6781,¥123.8046); Hayes Creek
(44.6749,¥123.7749); Humphrey Creek
(44.6697,¥123.6329); Klamath Creek
(44.6927,¥123.8431); Little Elk Creek
(44.6234,¥123.6628); Little Elk
Creek,Trib A (44.6196,¥123.7583);
Little Yaquina River
(44.6822,¥123.6123); Lytle Creek
(44.6440,¥123.5979); Miller Creek
(44.6055,¥123.7030); Oglesby Creek
(44.6421,¥123.7271); Oglesby Creek,
Trib A (44.6368,¥123.7100); Peterson
Creek (44.6559,¥123.7868); Randall
Creek (44.6721,¥123.6570); Salmon
Creek (44.6087,¥123.7379); Simpson
Creek (44.6775,¥123.8780); Sloop
Creek (44.6654,¥123.8595); Spilde
Creek (44.6636,¥123.5856); Stony
Creek (44.6753,¥123.7020); Thornton
Creek (44.6923,¥123.8208); Trapp
Creek (44.6455,¥123.8307);
Twentythree Creek
(44.6887,¥123.8751); Unnamed
(44.6074,¥123.6738); Unnamed
(44.6076,¥123.7067); Unnamed
(44.6077,¥123.6633); Unnamed
(44.6123,¥123.6646); Unnamed
(44.6188,¥123.7237); Unnamed
(44.6202,¥123.7201); Unnamed
(44.6367,¥123.7444); Unnamed
(44.6415,¥123.6237); Unnamed
(44.6472,¥123.7793); Unnamed
(44.6493,¥123.6789); Unnamed
(44.6707,¥123.7908); Unnamed
(44.6715,¥123.6907); Unnamed
(44.6881,¥123.6089); Unnamed
(44.6908,¥123.7298); Wakefield Creek
(44.6336,¥123.6963); Yaquina River
(44.6894,¥123.5907); Young Creek
(44.6372,¥123.6027).
(ii) Big Elk Creek Watershed
1710020402. Outlet(s) = Elk Creek (Lat
44.6219, Long ¥123.8741) upstream to
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endpoint(s) in: Adams Creek
(44.5206,¥123.6349); Baker Creek
(44.5230,¥123.6346); Bear Creek
(44.5966,¥123.8299); Beaver Creek
(44.6040,¥123.7999); Beaverdam Creek
(44.5083,¥123.6337); Bevens Creek
(44.5635,¥123.7371); Bull Creek
(44.5408,¥123.8162); Bull Creek
(44.5431,¥123.8142); Bull Creek, Trib A
(44.5359,¥123.8276); Cougar Creek
(44.5070,¥123.6482); Cougar Creek
(44.5861,¥123.7563); Deer Creek
(44.6020,¥123.7667); Devils Well Creek
(44.6324,¥123.8438); Dixon Creek
(44.6041,¥123.8659); Elk Creek
(44.5075,¥123.6022); Feagles Creek
(44.4880,¥123.7180); Feagles Creek,
Trib B (44.5079,¥123.6909); Feagles
Creek, West Fork (44.5083,¥123.7117);
Grant Creek (44.5010,¥123.7363);
Harve Creek (44.5725,¥123.8025);
Jackass Creek (44.5443,¥123.7790);
Johnson Creek (44.5466,¥123.6336);
Lake Creek (44.5587,¥123.6826);
Leverage Creek (44.5536,¥123.6343);
Little Creek (44.5548,¥123.6980); Little
Wolf Creek (44.5590,¥123.7165);
Peterson Creek (44.5576,¥123.6450);
Rail Creek (44.5135,¥123.6639); Spout
Creek (44.5824,¥123.6561); Sugarbowl
Creek (44.5301,¥123.5995); Unnamed
(44.5048,¥123.7566); Unnamed
(44.5085,¥123.6309); Unnamed
(44.5108,¥123.6249); Unnamed
(44.5144,¥123.6554); Unnamed
(44.5204,¥123.6148); Unnamed
(44.5231,¥123.6714); Unnamed
(44.5256,¥123.6804); Unnamed
(44.5325,¥123.7244); Unnamed
(44.5332,¥123.7211); Unnamed
(44.5361,¥123.7139); Unnamed
(44.5370,¥123.7643); Unnamed
(44.5376,¥123.6176); Unnamed
(44.5410,¥123.8213); Unnamed
(44.5504,¥123.8290); Unnamed
(44.5530,¥123.8282); Unnamed
(44.5618,¥123.8431); Unnamed
(44.5687,¥123.8563); Unnamed
(44.5718,¥123.7256); Unnamed
(44.5734,¥123.6696); Unnamed
(44.5737,¥123.6566); Unnamed
(44.5771,¥123.7027); Unnamed
(44.5821,¥123.8123); Unnamed
(44.5840,¥123.6678); Unnamed
(44.5906,¥123.7871); Unnamed
(44.5990,¥123.7808); Unnamed
(44.5865,¥123.8521); Wolf Creek
(44.5873,¥123.6939); Wolf Creek, Trib
A (44.5862,¥123.7188); Wolf Creek,
Trib B (44.5847,¥123.7062).
(iii) Lower Yaquina River Watershed
1710020403. Outlet(s) = Yaquina River
(Lat 44.6098, Long ¥124.0818)
upstream to endpoint(s) in: Abbey Creek
(44.6330,¥123.8881); Babcock Creek
(44.5873,¥123.9221); Beaver Creek
(44.6717,¥123.9799); Blue Creek
(44.6141,¥123.9936); Boone Slough,
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Trib A (44.6134,¥123.9769); Depot
Creek, Little (44.6935,¥123.9482);
Depot Creek, Trib A
(44.6837,¥123.9420); Drake Creek
(44.6974,¥123.9690); East Fork Mill
Creek (44.5691,¥123.8834); Flesher
Slough (44.5668,¥123.9803); King
Slough (44.5944,¥124.0323); Little
Beaver Creek (44.6531,¥123.9728);
McCaffery Slough (44.5659,¥124.0180);
Mill Creek (44.5550,¥123.9064); Mill
Creek, Trib A (44.5828,¥123.8750);
Montgomery Creek
(44.5796,¥123.9286); Nute Slough
(44.6075,¥123.9660); Olalla Creek
(44.6810,¥123.8972); Olalla Creek, Trib
A (44.6511,¥123.9034); Parker Slough
(44.5889,¥124.0119); Unnamed
(44.5471,¥123.9557); Unnamed
(44.5485,¥123.9308); Unnamed
(44.5520,¥123.9433); Unnamed
(44.5528,¥123.9695); Unnamed
(44.5552,¥123.9294); Unnamed
(44.5619,¥123.9348); Unnamed
(44.5662,¥123.8905); Unnamed
(44.5827,¥123.9456); Unnamed
(44.5877,¥123.8850); Unnamed
(44.6444,¥123.9059); Unnamed
(44.6457,¥123.9996); Unnamed
(44.6530,¥123.9914); Unnamed
(44.6581,¥123.8947); Unnamed
(44.6727¥123.8942); Unnamed
(44.6831,¥123.9940); West Olalla Creek
(44.6812,¥123.9299); West Olalla
Creek, Trib A (44.6649,¥123.9204);
Wessel Creek (44.6988,¥123.9863);
Wright Creek (44.5506,¥123.9250);
Wright Creek, Trib A
(44.5658,¥123.9422); Yaquina River
(44.6219,¥123.8741).
(iv) Middle Siletz River Watershed
1710020405. Outlet(s) = Siletz River (Lat
44.7375, Long ¥123.7917) upstream to
endpoint(s) in: Buck Creek, East Fork
(44.8410,¥123.7970); Buck Creek,
South Fork (44.8233,¥123.8095); Buck
Creek, West Fork (44.8352,¥123.8084);
Cerine Creek (44.7478,¥123.7198); Deer
Creek (44.8245,¥123.7268); Deer Creek,
Trib A (44.8178,¥123.7397); Elk Creek
(44.8704,¥123.7668); Fourth of July
Creek (44.8203,¥123.6810); Gunn Creek
(44.7816,¥123.7679); Holman River
(44.8412,¥123.7707); Mill Creek, North
Fork (44.7769,¥123.7361); Mill Creek,
South Fork (44.7554,¥123.7276);
Palmer Creek (44.7936,¥123.8344);
Siletz River (44.8629,¥123.7323);
Sunshine Creek (44.7977,¥123.6963);
Unnamed (44.7691,¥123.7851);
Unnamed (44.7747,¥123.7740);
Unnamed (44.7749,¥123.7662);
Unnamed (44.8118,¥123.6926);
Unnamed (44.8188,¥123.6995);
Unnamed (44.8312,¥123.6983);
Unnamed (44.8583,¥123.7573);
Whiskey Creek (44.8123,¥123.6937).
(v) Rock Creek/Siletz River Watershed
1710020406. Outlet(s) = Rock Creek (Lat
VerDate Aug<31>2005
17:30 Feb 08, 2008
Jkt 214001
44.7375, Long ¥123.7917) upstream to
endpoint(s) in: Beaver Creek
(44.7288,¥123.6773); Big Rock Creek
(44.7636,¥123.6969); Brush Creek
(44.6829,¥123.6582); Cedar Creek
(44.7366,¥123.6586); Fisher Creek
(44.7149,¥123.6359); Little Rock Creek
(44.7164,¥123.6155); Little Steere
Creek (44.7219,¥123.6368); Rock Creek,
Trib A (44.7414,¥123.7508); Steere
Creek (44.7336,¥123.6313); Unnamed
(44.7175,¥123.6496); William Creek
(44.7391,¥123.7277).
(vi) Lower Siletz River Watershed
1710020407. Outlet(s) = Siletz Bay (Lat
44.9269, Long ¥124.0218) upstream to
endpoint(s) in: Anderson Creek
(44.9311,¥123.9508); Bear Creek
(44.8682,¥123.8891); Bentilla Creek
(44.7745,¥123.8555); Butterfield Creek
(44.8587,¥123.9993); Cedar Creek
(44.8653,¥123.8488); Cedar Creek, Trib
D (44.8606,¥123.8696); Coon Creek
(44.7959,¥123.8468); Dewey Creek
(44.7255,¥123.9724); Drift Creek
(44.9385,¥123.8211); Erickson Creek
(44.9629,¥123.9490); Euchre Creek
(44.8023,¥123.8687); Fowler Creek
(44.9271,¥123.8440); Gordey Creek
(44.9114,¥123.9724); Hough Creek
(44.8052,¥123.8991); Jaybird Creek
(44.7640,¥123.9733); Long Prairie
Creek (44.6970,¥123.7499); Long Tom
Creek (44.7037,¥123.8533); Mann
Creek (44.6987,¥123.8025); Mill Creek
(44.6949,¥123.8967); Miller Creek
(44.7487,¥123.9733); North Creek
(44.9279,¥123.8908); North Roy Creek
(44.7916,¥123.9897); Ojalla Creek
(44.7489,¥123.9427); Quarry Creek
(44.8989,¥123.9360); Reed Creek
(44.8020,¥123.8835); Reed Creek
(44.8475,¥123.9267); Roots Creek
(44.8300,¥123.9351); South Roy Creek
(44.7773,¥123.9847); Sam Creek
(44.7086,¥123.7312); Sampson Creek
(44.9089,¥123.8173); Savage Creek
(44.8021,¥123.8608); Scare Creek
(44.8246,¥123.9954); Schooner Creek,
North Fork (44.9661,¥123.8793);
Schooner Creek, South Fork
(44.9401,¥123.8689); Scott Creek
(44.7414,¥123.8268); Sijota Creek
(44.8883,¥124.0257); Siletz River
(44.7375,¥123.7917); Skunk Creek
(44.8780,¥123.9073); Smith Creek
(44.9294,¥123.8056); Stemple Creek
(44.8405,¥123.9492); Tangerman Creek
(44.7278,¥123.8944); Thayer Creek
(44.7023,¥123.8256); Thompson Creek
(44.7520,¥123.8893); Unnamed
(44.7003,¥123.7669); Unnamed
(44.8904,¥123.8034); Unnamed
(44.8927,¥123.8400); Unnamed
(44.7034,¥123.7754); Unnamed
(44.7145,¥123.8423); Unnamed
(44.7410,¥123.8800); Unnamed
(44.7925,¥123.9212); Unnamed
PO 00000
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(44.8396,¥123.8896); Unnamed
(44.9035,¥123.8635); Unnamed
(44.9240,¥123.7913); West Fork Mill
Creek (44.7119,¥123.9703); Wildcat
Creek (44.8915,¥123.8842).
(vii) Salmon River/Siletz/Yaquina Bay
Watershed 1710020408. Outlet(s) =
Salmon River (Lat 45.0474, Long
¥124.0031) upstream to endpoint(s) in:
Alder Brook (45.0318,¥123.8428); Bear
Creek (44.9785,¥123.8580); Boulder
Creek (45.0428,¥123.7817); Calkins
Creek (45.0508,¥123.9615); Crowley
Creek (45.0540,¥123.9819); Curl Creek
(45.0150,¥123.9198); Deer Creek
(45.0196,¥123.8091); Frazer Creek
(45.0096,¥123.9576); Gardner Creek
(45.0352,¥123.9024); Indian Creek
(45.0495,¥123.8010); Little Salmon
River (45.0546,¥123.7473); McMullen
Creek (44.9829,¥123.8682); Panther
Creek (45.0208,¥123.8878); Panther
Creek, North Fork (45.0305,¥123.8910);
Prairie Creek (45.0535,¥123.8129);
Rowdy Creek (45.0182,¥123.9751);
Salmon River (45.0269,¥123.7224);
Slick Rock Creek (44.9903,¥123.8158);
Sulphur Creek (45.0403,¥123.8216);
Telephone Creek (45.0467,¥123.9348);
Toketa Creek (45.0482,¥123.9088);
Trout Creek (44.9693,¥123.8337);
Unnamed (44.9912,¥123.8789);
Unnamed (45.0370,¥123.7333);
Unnamed (45.0433,¥123.7650); Widow
Creek (45.0373,¥123.8530); Widow
Creek, West Fork (45.0320,¥123.8643);
Willis Creek (45.0059,¥123.9391).
(viii) Devils Lake/Moolack Frontal
Watershed 1710020409. Outlet(s) = Big
Creek (Lat 44.6590, Long ¥124.0571);
Coal Creek (44.7074,¥124.0615); D
River (44.9684,¥124.0172); Fogarty
Creek (44.8395,¥124.0520); Moolack
Creek (44.7033,¥124.0622); North
Depoe Bay Creek (44.8098,¥124.0617);
Schoolhouse Creek
(44.8734,¥124.0401); Spencer Creek
(44.7292,¥124.0582); Wade Creek
(44.7159,¥124.0600) upstream to
endpoint(s) in: Big Creek
(44.6558,¥124.0427); Coal Creek
(44.7047,¥124.0099); Devils Lake
(44.9997,¥123.9773); Fogarty Creek
(44.8563,¥124.0153); Jeffries Creek
(44.6425,¥124.0315); Moolack Creek
(44.6931,¥124.0150); North Depoe Bay
Creek (44.8157,¥124.0510); Rock Creek
(44.9869,¥123.9317); South Depoe Bay
Creek (44.7939,¥124.0126); Salmon
Creek (44.8460,¥124.0164);
Schoolhouse Creek
(44.8634,¥124.0151); South Fork
Spencer Creek (44.7323,¥123.9974);
Spencer Creek, North Fork
(44.7453,¥124.0276); Unnamed
(44.8290,¥124.0318); Unnamed
(44.9544,¥123.9867); Unnamed
(44.9666,¥123.9731); Unnamed
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(44.9774,¥123.9706); Wade Creek
(44.7166,¥124.0057).
(5) Alsea Subbasin 17100205—(i)
Upper Alsea River Watershed
1710020501. Outlet(s) = Alsea River,
South Fork (Lat 44.3767, Long
¥123.6024) upstream to endpoint(s) in:
Alder Creek (44.4573,¥123.5188); Alsea
River, South Fork (44.3261,¥123.4891);
Baker Creek (44.4329,¥123.5522);
Banton Creek (44.3317,¥123.6020);
Brown Creek (44.3151,¥123.6250);
Bummer Creek (44.3020,¥123.5765);
Cabin Creek (44.4431,¥123.5328);
Crooked Creek (44.4579,¥123.5099);
Dubuque Creek (44.3436,¥123.5527);
Ernest Creek (44.4234,¥123.5275);
Hayden Creek (44.4062,¥123.5815);
Honey Grove Creek
(44.3874,¥123.5078); North Fork Alsea
River (44.4527,¥123.6102); Parker
Creek (44.4702,¥123.5978); Peak Creek
(44.3358,¥123.4933); Record Creek
(44.3254,¥123.6331); Seeley Creek
(44.4051,¥123.5177); Swamp Creek
(44.3007,¥123.6108); Tobe Creek
(44.3273,¥123.5719); Trout Creek
(44.3684,¥123.5163); Unnamed
(44.3108,¥123.6225); Unnamed
(44.3698,¥123.5670); Unnamed
(44.4574,¥123.5001); Unnamed
(44.3708,¥123.5740); Unnamed
(44.3713,¥123.5656); Unnamed
(44.3788,¥123.5528); Unnamed
(44.4270,¥123.5492); Unnamed
(44.4518,¥123.6236); Yew Creek
(44.4581,¥123.5373); Zahn Creek
(44.4381,¥123.5425).
(ii) Five Rivers/Lobster Creek
Watershed 1710020502. Outlet(s) = Five
Rivers (Lat 44.3584, Long ¥123.8279)
upstream to endpoint(s) in: Alder Creek
(44.2947,¥123.8105); Bear Creek
(44.2824,¥123.9123); Bear Creek
(44.3588,¥123.7930); Bear Creek
(44.2589,¥123.6647); Briar Creek
(44.3184,¥123.6602); Buck Creek
(44.2428,¥123.8989); Camp Creek
(44.2685,¥123.7552); Cascade Creek
(44.3193,¥123.9073); Cascade Creek,
North Fork (44.3299,¥123.8932); Cedar
Creek (44.2732,¥123.7753); Cherry
Creek (44.3061,¥123.8140); Coal Creek
(44.2881,¥123.6484); Cook Creek
(44.2777,¥123.6445); Cougar Creek
(44.2723,¥123.8678); Crab Creek
(44.2458,¥123.8750); Crazy Creek
(44.2955,¥123.7927); Crooked Creek
(44.3154,¥123.7986); Elk Creek
(44.3432,¥123.7969); Fendall Creek
(44.2764,¥123.7890); Five Rivers
(44.2080,¥123.8025); Green River
(44.2286,¥123.8751); Green River, East
Fork (44.2255,¥123.8143); Jasper Creek
(44.2777,¥123.7326); Little Lobster
Creek (44.2961,¥123.6266); Lobster
Creek, East Fork (44.2552,¥123.5897);
Lobster Creek, South Fork
(44.2326,¥123.6060); Lobster Creek
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Jkt 214001
(44.2237,¥123.6195); Lord Creek
(44.2411,¥123.7631); Martha Creek
(44.2822,¥123.6781); Meadow Creek
(44.2925,¥123.6591); Phillips Creek
(44.3398,¥123.7613); Preacher Creek
(44.2482,¥123.7440); Prindel Creek
(44.2346,¥123.7849); Ryan Creek
(44.2576,¥123.7971); Summers Creek
(44.2589,¥123.7627); Swamp Creek
(44.3274,¥123.8407); Unnamed
(44.2845,¥123.7007); Unnamed
(44.2129,¥123.7919); Unnamed
(44.2262,¥123.7982); Unnamed
(44.2290,¥123.8559); Unnamed
(44.2327,¥123.8344); Unnamed
(44.2356,¥123.8178); Unnamed
(44.2447,¥123.6460); Unnamed
(44.2500,¥123.8074); Unnamed
(44.2511,¥123.9011); Unnamed
(44.2551,¥123.8733); Unnamed
(44.2614,¥123.8652); Unnamed
(44.2625,¥123.8635); Unnamed
(44.2694,¥123.8180); Unnamed
(44.2695,¥123.7429); Unnamed
(44.2696,¥123.8497); Unnamed
(44.2752,¥123.7616); Unnamed
(44.2760,¥123.7121); Unnamed
(44.2775,¥123.8895); Unnamed
(44.2802,¥123.7097); Unnamed
(44.2802,¥123.8608); Unnamed
(44.2823,¥123.7900); Unnamed
(44.2853,¥123.7537); Unnamed
(44.2895,¥123.9083); Unnamed
(44.2940,¥123.7358); Unnamed
(44.2954,¥123.7602); Unnamed
(44.2995,¥123.7760); Unnamed
(44.3024,¥123.9064); Unnamed
(44.3066,¥123.8838); Unnamed
(44.3070,¥123.8280); Unnamed
(44.3129,¥123.7763); Unnamed
(44.3214,¥123.8161); Unnamed
(44.3237,¥123.9020); Unnamed
(44.3252,¥123.7382); Unnamed
(44.3289,¥123.8354); Unnamed
(44.3336,¥123.7431); Unnamed
(44.3346,¥123.7721); Wilkinson Creek
(44.3296,¥123.7249); Wilson Creek
(44.3085,¥123.8990).
(iii) Drift Creek Watershed
1710020503. Outlet(s) = Drift Creek (Lat
44.4157, Long ¥124.0043) upstream to
endpoint(s) in: Boulder Creek
(44.4434,¥123.8705); Bush Creek
(44.5315,¥123.8631); Cape Horn Creek
(44.5153,¥123.7844); Cedar Creek
(44.4742,¥123.9699); Cougar Creek
(44.4405,¥123.9144); Deer Creek
(44.5514,¥123.8778); Drift Creek
(44.4688,¥123.7859); Ellen Creek
(44.4415,¥123.9413); Flynn Creek
(44.5498,¥123.8520); Gold Creek
(44.4778,¥123.8802); Gopher Creek
(44.5217,¥123.7787); Horse Creek
(44.5347,¥123.9072); Lyndon Creek
(44.4395,¥123.9801); Needle Branch
(44.5154,¥123.8537); Nettle Creek
(44.4940,¥123.7845); Slickrock Creek
(44.4757,¥123.9007); Trout Creek
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(44.4965,¥123.9113); Trout Creek, East
Fork (44.4705,¥123.9290); Unnamed
(44.4995,¥123.8488); Unnamed
(44.4386,¥123.9200); Unnamed
(44.4409,¥123.8738); Unnamed
(44.4832,¥123.9570); Unnamed
(44.4868,¥123.9340); Unnamed
(44.4872,¥123.9518); Unnamed
(44.4875,¥123.9460); Unnamed
(44.4911,¥123.9227); Unnamed
(44.5187,¥123.7996); Unnamed
(44.5260,¥123.7848); Unnamed
(44.5263,¥123.8868); Unnamed
(44.5326,¥123.8453); Unnamed
(44.5387,¥123.8440); Unnamed
(44.5488,¥123.8694); Unnamed
(44.4624,¥123.8216).
(iv) Lower Alsea River Watershed
1710020504. Outlet(s) = Alsea River (Lat
44.4165, Long ¥124.0829) upstream to
endpoint(s) in: Alsea River
(44.3767,¥123.6024); Arnold Creek
(44.3922,¥123.9503); Barclay Creek
(44.4055,¥123.8659); Bear Creek
(44.3729,¥123.9623); Bear Creek
(44.3843,¥123.7704); Beaty Creek
(44.4044,¥123.6043); Benner Creek
(44.3543,¥123.7447); Brush Creek
(44.3826,¥123.8537); Bull Run Creek
(44.4745,¥123.7439); Canal Creek
(44.3322,¥123.9460); Canal Creek, East
Fork (44.3454,¥123.9161); Carns
Canyon (44.4027,¥123.7550); Cedar
Creek (44.3875,¥123.7946); Cove Creek
(44.4403,¥123.7107); Cow Creek
(44.3620,¥123.7510); Darkey Creek
(44.3910,¥123.9927; Digger Creek
(44.3906,¥123.6890); Fall Creek
(44.4527,¥123.6864); Fall Creek
(44.4661,¥123.6933); George Creek
(44.3556,¥123.8603); Grass Creek
(44.3577,¥123.8798); Hatchery Creek
(44.3952,¥123.7269); Hatchery Creek
(44.4121,¥123.8734); Hoover Creek
(44.3618,¥123.8583); Lake Creek
(44.3345,¥123.8725); Lint Creek
(44.3850,¥124.0490); Maltby Creek
(44.3833,¥123.6770); Meadow Fork
(44.3764,¥123.8879); Mill Creek
(44.4046,¥123.6436); Minotti Creek
(44.3750,¥123.7718); Nye Creek
(44.4326,¥123.7648); Oxstable Creek
(44.3912,¥123.9603); Phillips Creek
(44.3803,¥123.7780); Red Creek
(44.3722,¥123.9162); Risley Creek
(44.4097,¥123.9380); Schoolhouse
Creek (44.3897,¥123.6545); Scott Creek,
East Fork (44.4252,¥123.7897); Scott
Creek, West Fork (44.4212,¥123.8225);
Skinner Creek (44.3585,¥123.9374);
Skunk Creek (44.3998,¥123.6912);
Slide Creek (44.3986,¥123.8419); Starr
Creek (44.4477,¥124.0130); Sudan
Creek (44.3817,¥123.9717); Sulmon
Creek (44.3285,¥123.7008); Sulmon
Creek, North Fork (44.3421,¥123.6374);
Sulmon Creek, South Fork
(44.3339,¥123.6709); Swede Fork
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(44.3852,¥124.0295); Unnamed
(44.3319,¥123.9318); Unnamed
(44.3356,¥123.9464); Unnamed
(44.3393,¥123.9360); Unnamed
(44.3413,¥123.9294); Unnamed
(44.3490,¥123.9058); Unnamed
(44.3548,¥123.6574); Unnamed
(44.3592,¥123.6363); Unnamed
(44.3597,¥123.9042); Unnamed
(44.3598,¥123.6563); Unnamed
(44.3598,¥123.6562); Unnamed
(44.3600,¥123.6514); Unnamed
(44.3656,¥123.9085); Unnamed
(44.3680,¥123.9629); Unnamed
(44.3794,¥123.8268); Unnamed
(44.3800,¥123.9134); Unnamed
(44.3814,¥123.7650); Unnamed
(44.3822,¥124.0555); Unnamed
(44.3823,¥124.0451); Unnamed
(44.3989,¥123.6050); Unnamed
(44.4051,¥124.0527); Unnamed
(44.4166,¥123.8149); Unnamed
(44.4537,¥123.7247); Walker Creek
(44.4583,¥124.0271); Weist Creek
(44.3967,¥124.0256); West Creek
(44.3588,¥123.9493).
(v) Beaver Creek/Waldport Bay
Watershed 1710020505. Outlet(s) =
Beaver Creek (Lat 44.5233, Long
¥124.0734); Deer Creek
(44.5076,¥124.0807); Thiel Creek
(44.5646,¥124.0709) upstream to
endpoint(s) in: Beaver Creek, North
Fork, Trib G (44.5369,¥123.9195);
Beaver Creek, South Fork
(44.4816,¥123.9853); Beaver Creek,
South Fork, Trib A
(44.4644,¥124.0332); Bowers Creek
(44.5312,¥124.0117); Bunnel Creek
(44.5178,¥124.0265); Deer Creek
(44.5057,¥124.0721); Elkhorn Creek
(44.5013,¥123.9572); Elkhorn Creek
(44.4976,¥123.9685); Lewis Creek
(44.5326,¥123.9532); North Fork
Beaver Creek (44.5149,¥123.8988);
Oliver Creek (44.4660,¥124.0471);
Peterson Creek (44.5419,¥123.9738);
Pumphouse Creek (44.5278,¥124.0569);
Simpson Creek (44.5255,¥124.0390);
Thiel Creek (44.5408,¥124.0254); Tracy
Creek (44.5411,¥124.0500); Unnamed
(44.4956,¥123.9751); Unnamed
(44.5189,¥124.0638); Unnamed
(44.5225,¥123.9313); Unnamed
(44.5256,¥123.9399); Unnamed
(44.5435,¥124.0221); Unnamed
(44.5461,¥124.0311); Unnamed
(44.5472,¥124.0591); Unnamed
(44.5482,¥124.0249); Unnamed
(44.5519,¥124.0279); Unnamed
(44.5592,¥124.0531); Worth Creek
(44.5013,¥124.0207).
(vi) Yachats River Watershed
1710020506. Outlet(s) = Yachats River
(Lat 44.3081, Long ¥124.1070)
upstream to endpoint(s) in: Axtell Creek
(44.3084,¥123.9915); Beamer Creek
(44.3142,¥124.0124); Bend Creek
(44.2826,¥124.0077); Carson Creek
VerDate Aug<31>2005
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Jkt 214001
(44.3160,¥124.0030); Dawson Creek
(44.2892,¥124.0133); Depew Creek
(44.3395,¥123.9631); Earley Creek
(44.3510,¥123.9885); Fish Creek
(44.3259,¥123.9592); Glines Creek
(44.3436,¥123.9756); Grass Creek
(44.2673,¥123.9109); Helms Creek
(44.2777,¥123.9954); Keller Creek
(44.2601,¥123.9485); Little Beamer
Creek (44.2993,¥124.0213); Reedy
Creek (44.3083,¥124.0460); South
Beamer Creek (44.2852,¥124.0325);
Stump Creek (44.2566,¥123.9624);
Unnamed (44.2596,¥123.9279);
Unnamed (44.2657,¥123.9585);
Unnamed (44.2660,¥123.9183);
Unnamed (44.2684,¥123.9711);
Unnamed (44.2837,¥123.9268);
Unnamed (44.2956,¥123.9316);
Unnamed (44.3005,¥123.9324);
Unnamed (44.3163,¥123.9428);
Unnamed (44.3186,¥123.9568);
Unnamed (44.3259,¥123.9578);
Unnamed (44.3431,¥123.9711); West
Fork Williamson Creek
(44.3230,¥124.0008); Williamson Creek
(44.3300,¥124.0026); Yachats River
(44.2468,¥123.9329); Yachats River,
North Fork (44.3467,¥123.9972);
Yachats River, School Fork
(44.3145,¥123.9341).
(vii) Cummins Creek/Tenmile Creek/
Mercer Lake Frontal Watershed
1710020507. Outlet(s) = Berry Creek
(Lat 44.0949, Long ¥124.1221); Big
Creek (44.1767,¥124.1148); Bob Creek
(44.2448,¥124.1118); Cape Creek
(44.1336,¥124.1211); Cummins Creek
(44.2660,¥124.1075); Rock Creek
(44.1833,¥124.1149); Sutton Creek
(44.0605,¥124.1269); Tenmile Creek
(44.2245,¥124.1083) upstream to
endpoint(s) in: Bailey Creek
(44.1037,¥124.0530); Berry Creek
(44.0998,¥124.0885); Big Creek
(44.1866,¥123.9781); Big Creek, South
Fork (44.1692,¥123.9688); Big Creek,
Trib A (44.1601,¥124.0231); Bob Creek
(44.2346,¥124.0235); Cape Creek
(44.1351,¥124.0174); Cape Creek, North
Fork (44.1458,¥124.0489); Cummins
Creek (44.2557,¥124.0104); Fryingpan
Creek (44.1723,¥124.0401); Levage
Creek (44.0745,¥124.0588); Little
Cummins Creek (44.2614,¥124.0851);
McKinney Creek (44.2187,¥123.9985);
Mercer Creek (44.0712,¥124.0796); Mill
Creek (44.2106,¥124.0747); Quarry
Creek (44.0881,¥124.1124); Rath Creek
(44.0747,¥124.0901); Rock Creek
(44.1882,¥124.0310); Tenmile Creek
(44.2143,¥123.9351); Tenmile Creek,
South Fork (44.2095,¥123.9607);
Unnamed (44.1771,¥124.0908);
Unnamed (44.0606,¥124.0805);
Unnamed (44.0624,¥124.0552);
Unnamed (44.0658,¥124.0802);
Unnamed (44.0690,¥124.0490);
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Unnamed (44.0748,¥124.0478);
Unnamed (44.0814,¥124.0464);
Unnamed (44.0958,¥124.0559);
Unnamed (44.1283,¥124.0242);
Unnamed (44.1352,¥124.0941);
Unnamed (44.1712,¥124.0558);
Unnamed (44.1715,¥124.0636);
Unnamed (44.2011,¥123.9634);
Unnamed (44.2048,¥123.9971);
Unnamed (44.2146,¥124.0358);
Unnamed (44.2185,¥124.0270);
Unnamed (44.2209,¥123.9368); Wapiti
Creek (44.1216,¥124.0448); Wildcat
Creek (44.2339,¥123.9632).
(viii) Big Creek/Vingie Creek
Watershed 1710020508. Outlet(s) = Big
Creek (Lat 44.3742, Long ¥124.0896)
upstream to endpoint(s) in: Big Creek
(44.3564,¥124.0613); Dicks Fork Big
Creek (44.3627,¥124.0389); Reynolds
Creek (44.3768,¥124.0740); South Fork
Big Creek (44.3388,¥124.0597);
Unnamed (44.3643,¥124.0355);
Unnamed (44.3662,¥124.0573);
Unnamed (44.3686,¥124.0683).
(6) Siuslaw Subbasin 17100206—(i)
Upper Siuslaw River Watershed
1710020601. Outlet(s) = Siuslaw River
(Lat 44.0033, Long ¥123.6545)
upstream to endpoint(s) in: Bear Creek
(43.8482,¥123.5172); Bear Creek, Trib
A (43.8496,¥123.5059); Bierce Creek
(43.8750,¥123.5559); Big Canyon Creek
(43.9474,¥123.6582); Bottle Creek
(43.8791,¥123.3871); Bounds Creek
(43.9733,¥123.7108); Buck Creek, Trib
B (43.8198,¥123.3913); Buck Creek,
Trib E (43.8152,¥123.4248); Burntwood
Creek (43.9230,¥123.5342); Cabin
Creek (43.8970,¥123.6754); Camp
Creek (43.9154,¥123.4904); Canyon
Creek (43.9780,¥123.6096); Clay Creek
(43.8766,¥123.5721); Collins Creek
(43.8913,¥123.6047); Conger Creek
(43.8968,¥123.4524); Doe Creek
(43.8957,¥123.3558); Doe Hollow Creek
(43.8487,¥123.4603); Dogwood Creek
(43.8958,¥123.3811); Douglas Creek
(43.8705,¥123.2836); Edris Creek
(43.9224,¥123.5531); Esmond Creek
(43.8618,¥123.5772); Esmond Creek,
Trib 1 (43.9303,¥123.6518); Esmond
Creek, Trib A (43.8815,¥123.6646);
Farman Creek (43.8761,¥123.2562);
Fawn Creek (43.8743,¥123.2992); Fawn
Creek (43.9436,¥123.6088); Fryingpan
Creek (43.8329,¥123.4241); Fryingpan
Creek (43.8422,¥123.4318); Gardner
Creek (43.8024,¥123.2582); Haight
Creek (43.8406,¥123.4862); Haskins
Creek (43.8785,¥123.5851); Hawley
Creek (43.8599,¥123.1558); Hawley
Creek, North Fork (43.8717,¥123.1751);
Holland Creek (43.8775,¥123.4156);
Jeans Creek (43.8616,¥123.4714);
Johnson Creek (43.8822,¥123.5332);
Kelly Creek (43.8338,¥123.1739); Kline
Creek (43.9034,¥123.6635); Leopold
Creek (43.9199,¥123.6890); Leopold
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Creek, Trib A (43.9283,¥123.6630); Letz
Creek, Trib B (43.7900,¥123.3248); Lick
Creek (43.8366,¥123.2695); Little
Siuslaw Creek (43.8048,¥123.3412);
Lucas Creek (43.8202,¥123.2233);
Luyne Creek (43.9155,¥123.5068);
Luyne Creek, Trib A
(43.9179,¥123.5208); Michaels Creek
(43.8624,¥123.5417); Mill Creek
(43.9028,¥123.6228); Norris Creek
(43.8434,¥123.2006); North Creek
(43.9223,¥123.5752); North Fork
Siuslaw River (43.8513,¥123.2302);
Oxbow Creek (43.8384,¥123.5433);
Oxbow Creek, Trib C
(43.8492,¥123.5465); Pheasant Creek
(43.9120,¥123.4247); Pheasant Creek,
Trib 2 (43.9115,¥123.4411); Pugh Creek
(43.9480,¥123.5940); Russell Creek
(43.8813,¥123.3425); Russell Creek,
Trib A (43.8619,¥123.3498); Sandy
Creek (43.7684,¥123.2441); Sandy
Creek, Trib B (43.7826,¥123.2538);
Shaw Creek (43.8817,¥123.3289);
Siuslaw River, East Trib
(43.8723,¥123.5378); Siuslaw River,
North Fork, Upper Trib
(43.8483,¥123.2275); Smith Creek
(43.8045,¥123.3665); South Fork
Siuslaw River (43.7831,¥123.1569);
Trail Creek (43.9142,¥123.6241);
Tucker Creek (43.8159,¥123.1604);
Unnamed (43.7796,¥123.2019);
Unnamed (43.7810,¥123.2818);
Unnamed (43.8278,¥123.2610);
Unnamed (43.8519,¥123.2773);
Unnamed (43.8559,¥123.5520);
Unnamed (43.8670,¥123.6022);
Unnamed (43.8876,¥123.5194);
Unnamed (43.8902,¥123.5609);
Unnamed (43.8963,¥123.4171);
Unnamed (43.8968,¥123.4731);
Unnamed (43.8992,¥123.4033);
Unnamed (43.9006,¥123.4637);
Unnamed (43.9030,¥123.6434);
Unnamed (43.9492,¥123.6924);
Unnamed (43.9519,¥123.6886);
Unnamed (43.9784,¥123.6815);
Unnamed (43.9656,¥123.7145);
Whittaker Creek (43.9490,¥123.7004);
Whittaker Creek, Trib B
(43.9545,¥123.7121).
(ii) Wolf Creek Watershed
1710020602. Outlet(s) = Wolf Creek (Lat
43.9548, Long ¥123.6205) upstream to
endpoint(s) in: Bill Lewis Creek
(43.9357,¥123.5708); Cabin Creek
(43.9226,¥123.4081); Eames Creek
(43.9790,¥123.4352); Eames Creek, Trib
C (43.9506,¥123.4371); Elkhorn Creek
(43.9513,¥123.3934); Fish Creek
(43.9238,¥123.3872); Gall Creek
(43.9865,¥123.5187); Gall Creek, Trib 1
(43.9850,¥123.5285); Grenshaw Creek
(43.9676,¥123.4645); Lick Creek
(43.9407,¥123.5796); Oat Creek, Trib A
(43.9566,¥123.5052); Oat Creek, Trib C
(43.9618,¥123.4902); Oat Creek
VerDate Aug<31>2005
17:30 Feb 08, 2008
Jkt 214001
(43.9780,¥123.4761); Panther Creek
(43.9529,¥123.3744); Pittenger Creek
(43.9713,¥123.5434); Saleratus Creek
(43.9796,¥123.5675); Saleratus Creek,
Trib A (43.9776,¥123.5797); Swamp
Creek (43.9777,¥123.4197); Swing Log
Creek (43.9351,¥123.3339); Unnamed
(43.9035,¥123.3358); Unnamed
(43.9343,¥123.3648); Unnamed
(43.9617,¥123.4507); Unnamed
(43.9668,¥123.6041); Unnamed
(43.9693,¥123.4846); Van Curen Creek
(43.9364,¥123.5520); Wolf Creek
(43.9101,¥123.3234).
(iii) Wildcat Creek Watershed
1710020603. Outlet(s) = Wildcat Creek
(Lat 44.0033, Long ¥123.6545)
upstream to endpoint(s) in: Bulmer
Creek (44.0099,¥123.5206); Cattle
Creek (44.0099,¥123.5475); Fish Creek
(44.0470,¥123.5383); Fowler Creek
(43.9877,¥123.5918); Haynes Creek
(44.1000,¥123.5578); Kirk Creek
(44.0282,¥123.6270); Knapp Creek
(44.1006,¥123.5801); Miller Creek
(44.0767,¥123.6034); Pataha Creek
(43.9914,¥123.5361); Potato Patch
Creek (43.9936,¥123.5812); Salt Creek
(44.0386,¥123.5021); Shady Creek
(44.0647,¥123.5838); Shultz Creek
(44.0220,¥123.6320); Unnamed
(43.9890,¥123.5468); Unnamed
(44.0210,¥123.4805); Unnamed
(44.0233,¥123.4996); Unnamed
(44.0242,¥123.4796); Unnamed
(44.0253,¥123.4963); Unnamed
(44.0283,¥123.5311); Unnamed
(44.0305,¥123.5275); Unnamed
(44.0479,¥123.6199); Unnamed
(44.0604,¥123.5624); Unnamed
(44.0674,¥123.6075); Unnamed
(44.0720,¥123.5590); Unnamed
(44.0839,¥123.5777); Unnamed
(44.0858,¥123.5787); Unnamed
(44.0860,¥123.5741); Unnamed
(44.0865,¥123.5935); Unnamed
(44.0945,¥123.5838); Unnamed
(44.0959,¥123.5902); Walker Creek
(44.0469,¥123.6312); Walker Creek,
Trib C (44.0418,¥123.6048); Wildcat
Creek (43.9892,¥123.4308); Wildcat
Creek, Trib ZH (43.9924,¥123.4975);
Wildcat Creek, Trib ZI
(44.0055,¥123.4681).
(iv) Lake Creek Watershed
1710020604. Outlet(s) = Lake Creek (Lat
44.0556, Long ¥123.7968) upstream to
endpoint(s) in: Chappell Creek
(44.1158,¥123.6921); Conrad Creek
(44.1883,¥123.4918); Druggs Creek
(44.1996,¥123.5926); Fish Creek
(44.1679,¥123.5149); Green Creek
(44.1389,¥123.7930); Greenleaf Creek
(44.1766,¥123.6391); Hula Creek
(44.1202,¥123.7087); Johnson Creek
(44.1037,¥123.7327); Lake Creek
(44.2618,¥123.5148); Lamb Creek
(44.1401,¥123.5991); Leaver Creek
(44.0754,¥123.6285); Leibo Canyon
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(44.2439,¥123.4648); Little Lake Creek
(44.1655,¥123.6004); McVey Creek
(44.0889,¥123.6875); Nelson Creek
(44.1229,¥123.5558); North Fork Fish
Creek (44.1535,¥123.5437); Pontius
Creek (44.1911,¥123.5909); Pope Creek
(44.2118,¥123.5319); Post Creek
(44.1828,¥123.5259); Stakely Canyon
(44.2153,¥123.4690); Steinhauer Creek
(44.1276,¥123.6594); Swamp Creek
(44.2150,¥123.5687); Swartz Creek
(44.2304,¥123.4461); Target Canyon
(44.2318,¥123.4557); Unnamed
(44.1048,¥123.6540); Unnamed
(44.1176,¥123.5846); Unnamed
(44.1355,¥123.5473); Unnamed
(44.1355,¥123.6125); Unnamed
(44.1382,¥123.5539); Unnamed
(44.1464,¥123.5843); Unnamed
(44.1659,¥123.5658); Unnamed
(44.1725,¥123.5981); Unnamed
(44.1750,¥123.5914); Unnamed
(44.1770,¥123.5697); Unnamed
(44.1782,¥123.5419); Unnamed
(44.1798,¥123.5834); Unnamed
(44.1847,¥123.5862); Unnamed
(44.2042,¥123.5700); Unnamed
(44.2143,¥123.5873); Unnamed
(44.2258,¥123.4493); Unnamed
(44.2269,¥123.5478); Unnamed
(44.2328,¥123.5285); Unnamed
(44.2403,¥123.5358); Unnamed
(44.2431,¥123.5105); Unnamed
(44.2437,¥123.5739); Unnamed
(44.2461,¥123.5180); Unnamed
(44.2484,¥123.5501); Unnamed
(44.2500,¥123.5691); Unnamed
(44.2573,¥123.4736); Unnamed
(44.2670,¥123.4840); Wheeler Creek
(44.1232,¥123.6778).
(v) Deadwood Creek Watershed
1710020605. Outlet(s) = Deadwood
Creek (Lat 44.0949, Long ¥123.7594)
upstream to endpoint(s) in: Alpha Creek
(44.1679,¥123.6951); Bear Creek
(44.1685,¥123.6627); Bear Creek, South
Fork (44.1467,¥123.6743); Buck Creek
(44.2003,¥123.6683); Deadwood Creek
(44.2580,¥123.6885); Deadwood Creek,
West Fork (44.1946,¥123.8023); Deer
Creek (44.1655,¥123.7229); Failor
Creek (44.1597,¥123.8003); Fawn Creek
(44.2356,¥123.7244); Karlstrom Creek
(44.1776,¥123.7133); Misery Creek
(44.1758,¥123.7950); North Fork
Panther Creek (44.2346,¥123.7362);
Panther Creek (44.2273,¥123.7558);
Raleigh Creek (44.1354,¥123.6926);
Rock Creek (44.1812,¥123.6683);
Schwartz Creek (44.1306,¥123.7258);
Unnamed (44.2011,¥123.7273);
Unnamed (44.1806,¥123.7693);
Unnamed (44.1845,¥123.6824);
Unnamed (44.1918,¥123.7521);
Unnamed (44.1968,¥123.7664);
Unnamed (44.2094,¥123.6674);
Unnamed (44.2149,¥123.7639);
Unnamed (44.2451,¥123.6705);
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Unnamed (44.2487,¥123.7137);
Unnamed (44.2500,¥123.6933).
(vi) Indian Creek/Lake Creek
Watershed 1710020606. Outlet(s) =
Indian Creek (Lat 44.0808, Long
¥123.7891) upstream to endpoint(s) in:
Cremo Creek (44.1424,¥123.8144); Elk
Creek (44.1253,¥123.8821); Gibson
Creek (44.1548,¥123.8132); Herman
Creek (44.2089,¥123.8220); Indian
Creek (44.2086,¥123.9171); Indian
Creek, North Fork (44.2204,¥123.9016);
Indian Creek, West Fork
(44.2014,¥123.9075); Long Creek
(44.1395,¥123.8800); Maria Creek
(44.1954,¥123.9219); Pyle Creek
(44.1792,¥123.8623); Rogers Creek
(44.1851,¥123.9397); Smoot Creek
(44.1562,¥123.8449); Taylor Creek
(44.1864,¥123.8115); Unnamed
(44.1643,¥123.8993); Unnamed
(44.1727,¥123.8154); Unnamed
(44.1795,¥123.9180); Unnamed
(44.1868,¥123.9002); Unnamed
(44.1905,¥123.8633); Unnamed
(44.1967,¥123.8872); Unnamed
(44.2088,¥123.8381); Unnamed
(44.2146,¥123.8528); Unnamed
(44.2176,¥123.8462); Unnamed
(44.2267,¥123.8912); Velvet Creek
(44.1295,¥123.8087).
(vii) North Fork Siuslaw River
Watershed 1710020607. Outlet(s) =
North Fork Siuslaw River (Lat 43.9719,
Long ¥124.0783) upstream to
endpoint(s) in: Billie Creek
(44.0971,¥124.0362); Cataract Creek
(44.0854,¥123.9497); Cedar Creek
(44.1534,¥123.9045); Condon Creek
(44.1138,¥123.9984); Coon Creek
(44.0864,¥124.0318); Deer Creek
(44.1297,¥123.9475); Drew Creek
(44.1239,¥123.9801); Drew Creek
(44.1113,¥123.9854); Elma Creek
(44.1803,¥123.9434); Hanson Creek
(44.0776,¥123.9328); Haring Creek
(44.0307,¥124.0462); Lawrence Creek
(44.1710,¥123.9504); Lindsley Creek
(44.0389,¥124.0591); McLeod Creek
(44.1050,¥123.8805); Morris Creek
(44.0711,¥124.0308); Porter Creek
(44.1490,¥123.9641); Russell Creek
(44.0680,¥123.9848); Sam Creek
(44.1751,¥123.9527); Slover Creek
(44.0213,¥124.0531); South Russell
Creek (44.0515,¥123.9840); Taylor
Creek (44.1279,¥123.9052); Uncle
Creek (44.1080,¥124.0174); Unnamed
(43.9900,¥124.0784); Unnamed
(43.9907,¥124.0759); Unnamed
(43.9953,¥124.0514); Unnamed
(43.9958,¥124.0623); Unnamed
(43.9999,¥124.0694); Unnamed
(44.0018,¥124.0596); Unnamed
(44.0050,¥124.0556); Unnamed
(44.0106,¥124.0650); Unnamed
(44.0135,¥124.0609); Unnamed
(44.0166,¥124.0371); Unnamed
(44.0194,¥124.0631); Unnamed
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(44.0211,¥124.0663); Unnamed
(44.0258,¥124.0594); Unnamed
(44.0304,¥124.0129); Unnamed
(44.0327,¥124.0670); Unnamed
(44.0337,¥124.0070); Unnamed
(44.0342,¥124.0056); Unnamed
(44.0370,¥124.0391); Unnamed
(44.0419,¥124.0013); Unnamed
(44.0441,¥124.0321); Unnamed
(44.0579,¥124.0077); Unnamed
(44.0886,¥124.0192); Unnamed
(44.0892,¥123.9925); Unnamed
(44.0941,¥123.9131); Unnamed
(44.0976,¥124.0033); Unnamed
(44.1046,¥123.9032); Unnamed
(44.1476,¥123.8959); Unnamed
(44.1586,¥123.9150); West Branch
North Fork Siuslaw River
(44.1616,¥123.9616); Wilhelm Creek
(44.1408,¥123.9774).
(viii) Lower Siuslaw River Watershed
1710020608. Outlet(s) = Siuslaw River
(Lat 44.0160, Long ¥124.1327)
upstream to endpoint(s) in: Barber Creek
(44.0294,¥123.7598); Beech Creek
(44.0588,¥123.6980); Berkshire Creek
(44.0508,¥123.8890); Bernhardt Creek
(43.9655,¥123.9532); Brush Creek
(44.0432,¥123.7798); Brush Creek, East
Fork (44.0414,¥123.7782); Cedar Creek
(43.9696,¥123.9304); Cleveland Creek
(44.0773,¥123.8343); Demming Creek
(43.9643,¥124.0313); Dinner Creek
(44.0108,¥123.8069); Divide Creek
(44.0516,¥123.9421); Duncan Inlet
(44.0081,¥123.9921); Hadsall Creek
(43.9846,¥123.8221); Hadsall Creek,
Trib D (43.9868,¥123.8500); Hadsall
Creek, Trib E (43.9812,¥123.8359);
Hanson Creek (44.0364,¥123.9628);
Hoffman Creek (43.9808,¥123.9412);
Hollenbeck Creek (44.0321,¥123.8672);
Hood Creek (43.9996,¥123.7995);
Karnowsky Creek (43.9847,¥123.9658);
Knowles Creek (43.9492,¥123.7315);
Knowles Creek, Trib L
(43.9717,¥123.7830); Lawson Creek,
Trib B (43.9612,¥123.9659); Meadow
Creek (44.0311,¥123.6490); Munsel
Creek (44.0277,¥124.0788); Old Man
Creek (44.0543,¥123.8022); Pat Creek
(44.0659,¥123.7245); Patterson Creek
(43.9984,¥124.0234); Rice Creek
(44.0075,¥123.8519); Rock Creek
(44.0169,¥123.6512); South Fork Waite
Creek (43.9929,¥123.7105); San Antone
Creek (44.0564,¥123.6515); Shoemaker
Creek (44.0669,¥123.8977); Shutte
Creek (43.9939,¥124.0339); Siuslaw
River (44.0033,¥123.6545); Skunk
Hollow (43.9830,¥124.0626); Smith
Creek (44.0393,¥123.6674); Spencer
Creek (44.0676,¥123.8809); Sulphur
Creek (43.9822,¥123.8015); Sweet
Creek (43.9463,¥123.9016); Sweet
Creek, Trib A (44.0047,¥123.8907);
Sweet Creek, Trib D
(43.9860,¥123.8811); Thompson Creek
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(44.0974,¥123.8615); Turner Creek
(44.0096,¥123.7607); Unnamed
(43.9301,¥124.0434); Unnamed
(43.9596,¥124.0337); Unnamed
(43.9303,¥124.0487); Unnamed
(43.9340,¥124.0529); Unnamed
(43.9367,¥124.0632); Unnamed
(43.9374,¥124.0442); Unnamed
(43.9481,¥124.0530); Unnamed
(43.9501,¥124.0622); Unnamed
(43.9507,¥124.0533); Unnamed
(43.9571,¥124.0658); Unnamed
(43.9576,¥124.0491); Unnamed
(43.9587,¥124.0988); Unnamed
(43.9601,¥124.0927); Unnamed
(43.9615,¥124.0527); Unnamed
(43.9618,¥124.0875); Unnamed
(43.9624,¥123.7499); Unnamed
(43.9662,¥123.7639); Unnamed
(43.9664,¥123.9252); Unnamed
(43.9718,¥124.0389; Unnamed
(43.9720,¥124.0075); Unnamed
(43.9751,¥124.0090); Unnamed
(43.9784,¥124.0191); Unnamed
(43.9796,¥123.9150); Unnamed
(43.9852,¥123.9802); Unnamed
(43.9878,¥123.9845); Unnamed
(43.9915,¥123.9732); Unnamed
(43.9938,¥123.9930); Unnamed
(43.9942,¥123.8547); Unnamed
(43.9943,¥123.9891); Unnamed
(43.9954,¥124.1185); Unnamed
(43.9956,¥123.7074); Unnamed
(43.9995,¥123.9825); Unnamed
(44.0023,¥123.7317); Unnamed
(44.0210,¥123.7874); Unnamed
(44.0240,¥123.8989); Unnamed
(44.0366,¥123.7363); Unnamed
(44.0506,¥123.9068); Waite Creek
(43.9886,¥123.7220); Walker Creek
(44.0566,¥123.9129); Wilson Creek
(44.0716,¥123.8792).
(7) Siltcoos Subbasin 17100207—(i)
Waohink River/Siltcoos River/
Tahkenitch Lake Frontal Watershed
1710020701. Outlet(s) = Siltcoos River
(Lat 43.8766, Long ¥124.1548);
Tahkenitch Creek (43.8013,¥124.1689)
upstream to endpoint(s) in: Alder Creek
(43.8967,¥124.0114); Bear Creek
(43.9198,¥123.9293); Bear Creek Trib
(43.9030,¥123.9881); Bear Creek, South
Fork (43.9017,¥123.9555); Bell Creek
(43.8541,¥123.9718); Billy Moore Creek
(43.8876,¥123.9604); Carle Creek
(43.9015,¥124.0210); Carter Creek
(43.9457,¥124.0123); Dismal Swamp
(43.8098,¥124.0871); Elbow Lake Creek
(43.7886,¥124.1490); Fiddle Creek
(43.9132,¥123.9164); Fivemile Creek
(43.8297,¥123.9776); Grant Creek
(43.9373,¥124.0278); Harry Creek
(43.8544,¥124.0220); Henderson
Canyon (43.8648,¥123.9654);
Henderson Creek (43.9427,¥123.9704);
John Sims Creek (43.8262,¥124.0792);
King Creek (43.8804,¥124.0300); Lane
Creek (43.8437,¥124.0765); Leitel Creek
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(43.8181,¥124.0200); Mallard Creek
(43.7775,¥124.0852); Maple Creek
(43.9314,¥123.9316); Maple Creek,
North Prong (43.9483,¥123.9510);
Miles Canyon (43.8643,¥124.0097);
Miller Creek (43.9265,¥124.0663); Mills
Creek (43.8966,¥124.0397); Morris
Creek (43.8625,¥123.9541); Perkins
Creek (43.8257,¥124.0448); Rider Creek
(43.9210,¥123.9700); Roache Creek
(43.9087,¥124.0049); Schrum Creek
(43.9194,¥124.0492); Schultz Creek
(43.9245,¥123.9371); Stokes Creek
(43.9161,¥123.9984); Tenmile Creek
(43.9419,¥123.9447); Unnamed
(43.8928,¥124.0461); Unnamed
(43.7726,¥124.1021); Unnamed
(43.7741,¥124.1313); Unnamed
(43.7756,¥124.1363); Unnamed
(43.7824,¥124.1342); Unnamed
(43.7829,¥124.0852); Unnamed
(43.7837,¥124.0812); Unnamed
(43.7849,¥124.0734); Unnamed
(43.7862,¥124.0711); Unnamed
(43.7865,¥124.1107); Unnamed
(43.7892,¥124.1163); Unnamed
(43.7897,¥124.0608); Unnamed
(43.7946,¥124.0477); Unnamed
(43.7964,¥124.0643); Unnamed
(43.8015,¥124.0450); Unnamed
(43.8078,¥124.0340); Unnamed
(43.8095,¥124.1362); Unnamed
(43.8112,¥124.0608); Unnamed
(43.8152,¥124.0981); Unnamed
(43.8153,¥124.1314); Unnamed
(43.8172,¥124.0752); Unnamed
(43.8231,¥124.0853); Unnamed
(43.8321,¥124.0128); Unnamed
(43.8322,¥124.0069); Unnamed
(43.8323,¥124.1016); Unnamed
(43.8330,¥124.0217); Unnamed
(43.8361,¥124.1209); Unnamed
(43.8400,¥123.9802); Unnamed
(43.8407,¥124.1051); Unnamed
(43.8489,¥124.0634); Unnamed
(43.8500,¥123.9852); Unnamed
(43.8504,¥124.1248); Unnamed
(43.8504,¥124.0024); Unnamed
(43.8507,¥124.0511); Unnamed
(43.8589,¥124.1231); Unnamed
(43.8596,¥124.0438); Unnamed
(43.8605,¥124.1211); Unnamed
(43.8669,¥124.0717); Unnamed
(43.8670,¥124.0327); Unnamed
(43.8707,¥124.0689); Unnamed
(43.8802,¥124.0605); Unnamed
(43.8862,¥124.0570); Unnamed
(43.8913,¥123.9380); Unnamed
(43.8919,¥124.0771); Unnamed
(43.8976,¥124.0725); Unnamed
(43.9032,¥124.0651); Unnamed
(43.9045,¥124.0548); Unnamed
(43.9057,¥124.0606); Unnamed
(43.9065,¥124.0656); Unnamed
(43.9105,¥124.0453); Unnamed
(43.9106,¥124.0203); Unnamed
(43.9202,¥124.0786); Unnamed
(43.9209,¥124.0734); Unnamed
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(43.9237,¥124.0155); Unnamed
(43.9249,¥124.0074); Unnamed
(43.9274,¥124.0759); Unnamed
(43.9275,¥124.0308); Unnamed
(43.9360,¥124.0892); Unnamed
(43.9365,¥124.0297); Unnamed
(43.9424,¥124.0981); Unnamed
(43.9438,¥124.0929); Unnamed
(43.9453,¥124.0752); Unnamed
(43.9518,¥123.9953).
(8) North Fork Umpqua Subbasin
17100301—(i) Boulder Creek Watershed
1710030106. Outlet(s) = Boulder Creek
(Lat 43.3036, Long ¥122.5272)
upstream to endpoint(s) in: Boulder
Creek (Lat 43.3138, Long ¥122.5247)
(ii) Middle North Umpqua Watershed
1710030107. Outlet(s) = North Umpqua
River (Lat 43.3322, Long ¥123.0025)
upstream to endpoint(s) in: Calf Creek
(43.2852,¥122.6229); Copeland Creek
(43.2853,¥122.5325); Deception Creek
(43.2766,¥122.5850); Dry Creek
(43.2967,¥122.6016); Honey Creek
(43.3181,¥122.9414); Limpy Creek
(43.3020,¥122.6795); North Umpqua
River (43.3027,¥122.4938); Panther
Creek (43.3019,¥122.6801); Steamboat
Creek (43.3491,¥122.7281); Susan
Creek (43.3044,¥122.9058); Williams
Creek (43.3431,¥122.7724).
(iii) Rock Creek/North Umpqua River
Watershed 1710030110. Outlet(s) =
Rock Creek (Lat 43.3322, Long
¥123.0025) upstream to endpoint(s) in:
Conley Creek (43.3594,¥122.9663);
Harrington Creek (43.4151,¥122.9550);
Kelly Creek (43.3592,¥122.9912);
McComas Creek (43.3536,¥122.9923);
Miller Creek (43.3864,¥122.9371); Rock
Creek (43.4247,¥122.9055); Rock Creek,
East Fork (43.3807,¥122.8270); Rock
Creek, East Fork, North Fork
(43.4147,¥122.8512); Shoup Creek
(43.3882,¥122.9674); Unnamed
(43.3507,¥122.9741); Woodstock Creek
(43.3905,¥122.9258).
(iv) Little River Watershed
1710030111. Outlet(s) = Little River (Lat
43.2978, Long ¥123.1012) upstream to
endpoint(s) in: Buck Peak Creek
(43.1762,¥123.0479); Buckhorn Creek
(43.2592,¥123.1072); Cavitt Creek
(43.1464,¥122.9758); Copperhead
Creek (43.1626,¥123.0595); Emile
Creek (43.2544,¥122.8849); Evarts
Creek (43.2087,¥123.0133); Jim Creek
(43.2257,¥123.0592); Little River
(43.2065,¥122.8231); McKay Creek
(43.2092,¥123.0356); Tuttle Creek
(43.1440,¥122.9813); White Rock Creek
(43.1540,¥123.0379); Wolf Creek
(43.2179,¥122.9461).
(v) Lower North Umpqua River
Watershed 1710030112. Outlet(s) =
North Umpqua River (Lat 43.2682, Long
¥123.4448) upstream to endpoint(s) in:
Bradley Creek (43.3350,¥123.1025);
Clover Creek (43.2490,¥123.2604);
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Cooper Creek (43.3420,¥123.1650);
Cooper Creek (43.3797,¥123.2807);
Dixon Creek (43.2770,¥123.2911);
French Creek (43.3349,¥123.0801);
Huntley Creek (43.3363,¥123.1340);
North Umpqua River
(43.3322,¥123.0025); Oak Creek
(43.2839,¥123.2063); Short Creek
(43.3204,¥123.3315); Sutherlin Creek
(43.3677,¥123.2114); Unnamed
(43.3285,¥123.2016).
(9) South Fork Umpqua Subbasin
17100302—(i) Jackson Creek Watershed
1710030202. Outlet(s) = Jackson Creek
(Lat 42.9695, Long ¥122.8795)
upstream to endpoint(s) in: Beaver
Creek (Lat 42.9084, Long ¥122.7924);
Jackson Creek (Lat 42.9965, Long
¥122.6459); Ralph Creek (Lat 42.9744,
Long ¥122.6976); Squaw Creek (Lat
42.9684, Long ¥122.6913);Tallow Creek
(Lat 42.98814, Long ¥122.6965);
Whiskey Creek (Lat 42.9593, Long
¥122.7262); Winters Creek (Lat
42.9380, Long ¥122.8271).
(ii) Middle South Umpqua River
Watershed 1710030203. Outlet(s) =
South Umpqua River (Lat 42.9272, Long
¥122.9504) upstream to endpoint(s) in:
Boulder Creek (43.1056,¥122.7379);
Budd Creek (43.0506,¥122.8185);
Deadman Creek (43.0049,¥122.8967);
Dompier Creek (42.9553,¥122.9166);
Dumont Creek (43.0719,¥122.8224);
Francis Creek (43.0202,¥122.8231);
South Umpqua River
(43.0481,¥122.6998); Sam Creek
(43.0037,¥122.8412); Slick Creek
(43.0986,¥122.7867).
(iii) Elk Creek/South Umpqua
Watershed 1710030204. Outlet(s) = Elk
Creek (Lat 42.9272, Long ¥122.9504)
upstream to endpoint(s) in: Brownie
Creek (Lat 42.8304, Long ¥122.8746);
Callahan Creek (Lat 42.8778, Long
¥122.9609); Camp Creek (Lat 42.8667,
Long ¥122.8958); Dixon Creek (Lat
42.8931, Long ¥122.9152); Drew Creek
(Lat 42.8682, Long ¥122.9358); Flat
Creek (Lat 42.8294, Long ¥122.8250);
Joe Hall Creek (Lat 42.8756, Long
¥122.8202); Tom Creek (Lat 42.8389,
Long ¥122.8959).
(iv) South Umpqua River Watershed
1710030205. Outlet(s) = South Umpqua
River (Lat 42.9476, Long ¥123.3368)
upstream to endpoint(s) in: Alder Creek
(42.9109,¥123.2991); Canyon Creek
(42.8798,¥123.2410); Canyon Creek,
West Fork (42.8757,¥123.2734);
Canyon Creek, West Fork, Trib A
(42.8834,¥123.2947); Coffee Creek
(42.9416,¥122.9993); Comer Brook
(42.9082,¥123.2908); Days Creek
(43.0539,¥123.0012); Days Creek, Trib
1 (43.0351,¥123.0532); Doe Hollow
(42.9805,¥123.0812); Fate Creek
(42.9943,¥123.1028); Green Gulch
(43.0040,¥123.1276); Hatchet Creek
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(42.9251,¥122.9757); Jordan Creek
(42.9224,¥123.3086); Lavadoure Creek
(42.9545,¥123.1049); Lick Creek
(42.9213,¥123.0261); May Creek
(43.0153,¥123.0725); Morgan Creek
(42.9635,¥123.2409); O’Shea Creek
(42.9256,¥123.2486); Perdue Creek
(43.0038,¥123.1192); Poole Creek
(42.9321,¥123.1106); Poole Creek, East
Fork (42.9147,¥123.0956); South
Umpqua River (42.9272,¥122.9504);
Shively Creek (42.8888,¥123.1635);
Shively Creek, East Fork
(42.8793,¥123.1194); Small Creek
(42.9631,¥123.2519); St. John Creek
(42.9598,¥123.0514); Stinger Gulch
Creek (42.9950,¥123.1851); Stouts
Creek, East Fork (42.9090,¥123.0424);
Stouts Creek, West Fork
(42.8531,¥123.0167); Sweat Creek
(42.9293,¥123.1899); Wood Creek
(43.0048,¥123.1486).
(v) Middle Cow Creek Watershed
1710030207. Outlet(s) = Cow Creek (Lat
42.8114, Long ¥123.5947) upstream to
endpoint(s) in: Bear Creek
(42.8045,¥123.3635); Booth Gulch
(42.7804,¥123.2282); Bull Run Creek
(42.7555,¥123.2366); Clear Creek
(42.8218,¥123.2610); Cow Creek
(42.8487,¥123.1780); Dads Creek
(42.7650,¥123.5401); East Fork
Whitehorse Creek (42.7925,¥123.1448);
Fortune Branch (42.8051,¥123.2971);
Hogum Creek (42.7574,¥123.1853);
Lawson Creek (42.7896,¥123.3752);
Little Bull Run Creek
(42.7532,¥123.2479); McCullough
Creek (42.7951,¥123.4421); Mynatt
Creek (42.8034,¥123.2828); Panther
Creek (42.7409,¥123.4990); Perkins
Creek (42.7331,¥123.4997); Quines
Creek (42.7278,¥123.2396); Rattlesnake
Creek (42.7106,¥123.4774); Riffle Creek
(42.7575,¥123.6260); Section Creek
(42.7300,¥123.4373); Skull Creek
(42.7527,¥123.5779); Starveout Creek
(42.7541,¥123.1953); Stevens Creek
(42.7255,¥123.4835); Susan Creek
(42.8035,¥123.5762); Swamp Creek
(42.7616,¥123.3518); Tennessee Gulch
(42.7265,¥123.2591); Totten Creek
(42.7448,¥123.4610); Unnamed
(42.7964,¥123.4200); Unnamed
(42.8101,¥123.3150); Whitehorse Creek
(42.7772,¥123.1532); Wildcat Creek
(42.7738,¥123.2378); Windy Creek
(42.8221,¥123.3296); Wood Creek
(42.8141,¥123.4111); Woodford Creek
(42.7458,¥123.3180).
(vi) West Fork Cow Creek Watershed
1710030208. Outlet(s) = West Fork Cow
Creek (Lat 42.8118, Long ¥123.6006)
upstream to endpoint(s) in: Bear Creek
(42.7662,¥123.6741); Bobby Creek
(42.8199,¥123.7196); Elk Valley Creek
(42.8681,¥123.7133); Elk Valley Creek,
East Fork (42.8698,¥123.6812); Goat
Trail Creek (42.8002,¥123.6828); Gold
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Mountain Creek (42.8639,¥123.7787);
No Sweat Creek (42.8024,¥123.7081);
Panther Creek (42.8596,¥123.7506);
Slaughter Pen Creek
(42.8224,¥123.6565); Sweat Creek
(42.8018,¥123.6995); Walker Creek
(42.8228,¥123.7614); Wallace Creek
(42.8311,¥123.7696); West Fork Cow
Creek (42.8329,¥123.7733).
(vii) Lower Cow Creek Watershed
1710030209. Outlet(s) = Cow Creek (Lat
42.9476, Long ¥123.3368) upstream to
endpoint(s) in: Ash Creek
(42.9052,¥123.3385); Boulder Creek
(42.8607,¥123.5494); Brush Creek
(42.8526,¥123.4369); Buck Creek
(42.8093,¥123.4979); Buck Creek
(42.9347,¥123.5163); Cattle Creek
(42.8751,¥123.5374); Cedar Gulch
(42.8457,¥123.5038); Council Creek
(42.8929,¥123.4366); Cow Creek
(42.8114,¥123.5947); Darby Creek
(42.8553,¥123.6123); Doe Creek
(42.9333,¥123.5057); Gravel Creek
(42.8596,¥123.4598); Iron Mountain
Creek (42.9035,¥123.5175); Island
Creek (42.8957,¥123.4749); Jerry Creek
(42.9517,¥123.4009); Little Dads Creek
(42.8902,¥123.5655); Martin Creek
(42.8080,¥123.4763); Middle Creek,
South Fork (42.8298,¥123.3870);
Panther Creek (42.8417,¥123.4492);
Peavine Creek (42.8275,¥123.4610);
Russell Creek (42.9094,¥123.3797); Salt
Creek (42.9462,¥123.4830); Shoestring
Creek (42.9221,¥123.3613); Smith
Creek (42.8489,¥123.4765); Smith
Creek (42.9236,¥123.5482); Table Creek
(42.9114,¥123.5695); Union Creek
(42.8769,¥123.5853); Unnamed
(42.8891,¥123.4080).
(viii) Middle South Umpqua River
Watershed 1710030210. Outlet(s) =
South Umpqua River (Lat 43.1172, Long
¥123.4273) upstream to endpoint(s) in:
Adams Creek (43.0724,¥123.4776);
Barrett Creek (43.0145,¥123.4451);
Clark Brook (43.0980,¥123.2897); East
Willis Creek (43.0151,¥123.3845); Judd
Creek (42.9852,¥123.4060); Kent Creek
(43.0490,¥123.4792); Lane Creek
(42.9704,¥123.4001); Porter Creek
(43.0444,¥123.4597); Rice Creek
(43.0181,¥123.4779); Richardson Creek
(43.0766,¥123.2881); South Umpqua
River (42.9476,¥123.3368); Squaw
Creek (43.0815,¥123.4688); Van Dine
Creek (43.0326,¥123.3473); West Willis
Creek (43.0172,¥123.4355).
(ix) Myrtle Creek Watershed
1710030211. Outlet(s) = North Myrtle
Creek (Lat 43.0231, Long ¥123.2951)
upstream to endpoint(s) in: Ben Branch
Creek (43.0544,¥123.1618); Big Lick
(43.0778,¥123.2175); Bilger Creek
(43.1118,¥123.2372); Buck Fork Creek
(43.1415,¥123.0831); Cedar Hollow
(43.0096,¥123.2297); Frozen Creek
(43.1089,¥123.1929); Frozen Creek, Left
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Fork (43.1157,¥123.2306); Harrison
Young Brook (43.0610,¥123.2850);
Lally Creek (43.0890,¥123.0597); Lee
Creek (43.1333,¥123.1477); Letitia
Creek (43.0710,¥123.0907); Little Lick
(43.0492,¥123.2234); Long Wiley Creek
(43.0584,¥123.1067); Louis Creek
(43.1165,¥123.0783); North Myrtle
Creek (43.1486,¥123.1219); Riser Creek
(43.1276,¥123.0703); Rock Creek
(43.0729,¥123.2620); South Myrtle
Creek (43.0850,¥123.0103); School
Hollow (43.0563,¥123.1753); Short
Wiley Creek (43.0589,¥123.1158); Slide
Creek (43.1110,¥123.1078); Unnamed
(43.1138,¥123.1721); Weaver Creek
(43.1102,¥123.0576).
(x) Ollala Creek/Lookingglass
Watershed 1710030212. Outlet(s) =
Lookingglass Creek (Lat 43.1172, Long
¥123.4273) upstream to endpoint(s) in:
Archambeau Creek
(43.2070,¥123.5329); Bear Creek
(43.1233,¥123.6382); Berry Creek
(43.0404,¥123.5543); Bushnell Creek
(43.0183,¥123.5289); Byron Creek, East
Fork (43.0192,¥123.4939); Byron Creek,
North Fork (43.0326,¥123.4792); Coarse
Gold Creek (43.0291,¥123.5742);
Flournoy Creek (43.2227,¥123.5560);
Little Muley Creek
(43.0950,¥123.6247); Lookingglass
Creek (43.1597,¥123.6015); McNabb
Creek (43.0545,¥123.4984); Muns Creek
(43.0880,¥123.6333); Olalla Creek
(42.9695,¥123.5914); Perron Creek
(43.0960,¥123.4904); Porter Creek
(43.1381,¥123.5569); Sheilds Creek
(43.0640,¥123.6189); Tenmile Creek
(43.1482,¥123.6537); Tenmile Creek,
North Fork (43.1260,¥123.6069);
Thompson Creek (42.9860,¥123.5140);
Willingham Creek (42.9600,¥123.5814).
(xi) Lower South Umpqua River
Watershed 1710030213. Outlet(s) =
South Umpqua River (Lat 43.2682, Long
¥123.4448) upstream to endpoint(s) in:
Callahan Creek (43.2291,¥123.5355);
Damotta Brook (43.2030,¥123.2987);
Deer Creek, North Fork
(43.2166,¥123.1437); Deer Creek, South
Fork (43.1875,¥123.1722); Deer Creek,
South Fork, Trib 1
(43.1576,¥123.2393); Deer Creek, South
Fork, Middle Fork (43.1625,¥123.1413);
Doerner Creek (43.2370,¥123.5153);
Elgarose Creek (43.2747,¥123.5105);
Marsters Creek (43.1584,¥123.4489);
Melton Creek (43.1294,¥123.2173);
Roberts Creek (43.1124,¥123.2831);
South Umpqua River
(43.1172,¥123.4273); Stockel Creek
(43.2205,¥123.4392); Tucker Creek
(43.1238,¥123.2378); Unnamed
(43.2184,¥123.1709); Willow Creek
(43.2543,¥123.5143).
(10) Umpqua Subbasin 17100303(i)
Upper Umpqua River Watershed
1710030301. Outlet(s) = Umpqua River
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(Lat 43.6329, Long ¥123.5662)
upstream to endpoint(s) in: Bear Creek
(43.3202,¥123.6118); Bear Creek
(43.5436,¥123.4481); Bottle Creek
(43.4060,¥123.5043); Brads Creek
(43.5852,¥123.4651); Camp Creek
(43.2969,¥123.5361); Case Knife Creek
(43.4288,¥123.6665); Cedar Creek
(43.5360,¥123.5969); Cougar Creek
(43.3524,¥123.6166); Doe Creek
(43.5311,¥123.4259); Fitzpatrick Creek
(43.5819,¥123.6308); Galagher Canyon
(43.4708,¥123.4394); Heddin Creek
(43.5909,¥123.6466); Hubbard Creek
(43.2526,¥123.5544); Leonard Creek
(43.4448,¥123.5402); Little Canyon
Creek (43.4554,¥123.4560); Little Wolf
Creek (43.4232,¥123.6633); Little Wolf
Creek, Trib D (43.4052,¥123.6477); Lost
Creek (43.4355,¥123.4902); Martin
Creek (43.5539,¥123.4633); McGee
Creek (43.5125,¥123.5632); Mehl Creek
(43.5491,¥123.6541); Mill Creek
(43.3178,¥123.5095); Miner Creek
(43.4518,¥123.6764); Panther Canyon
(43.5541,¥123.3484); Porter Creek
(43.4348,¥123.5530); Rader Creek
(43.5203,¥123.6517); Rader Creek, Trib
A (43.4912,¥123.5726); Umpqua River
(43.2682,¥123.4448); Unnamed
(43.5781,¥123.6170); Unnamed
(43.5630,¥123.6080); Unnamed
(43.4011,¥123.6474); Unnamed
(43.4119,¥123.6172); Unnamed
(43.4212,¥123.6398); Unnamed
(43.4640,¥123.6734); Unnamed
(43.4940,¥123.6166); Unnamed
(43.5765,¥123.4710); Waggoner Creek
(43.5282,¥123.6072); Whiskey Camp
Creek (43.4587,¥123.6755); Williams
Creek (43.5952,¥123.5222); Wolf Creek
(43.4707,¥123.6655).
(ii) Calapooya Creek Watershed
1710030302. Outlet(s) = Calapooya
Creek (Lat 43.3658, Long ¥123.4674)
upstream to endpoint(s) in: Bachelor
Creek (43.5480,¥123.2062); Banks
Creek (43.3631,¥123.1755); Beaty Creek
(43.4406,¥123.0392); Boyd Creek
(43.4957,¥123.1573); Brome Creek
(43.4016,¥123.0490); Burke Creek
(43.3987,¥123.4463); Buzzard Roost
Creek (43.4584,¥123.0990); Cabin
Creek (43.5421,¥123.3294); Calapooya
Creek, North Fork (43.4867,¥123.0280);
Coon Creek (43.4218,¥123.4349); Coon
Creek (43.5245,¥123.0429); Dodge
Canyon Creek (43.4362,¥123.4420);
Driver Valley Creek
(43.4327,¥123.1960); Field Creek
(43.4043,¥123.0917); Gassy Creek
(43.3862,¥123.1133); Gilbreath Creek
(43.4218,¥123.0931); Gossett Creek
(43.4970,¥123.1045); Haney Creek
(43.4763,¥123.1086); Hinkle Creek
(43.4230,¥123.0382); Hog Creek
(43.4767,¥123.2516); Jeffers Creek
(43.4522,¥123.1047); Long Valley Creek
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(43.4474,¥123.1460); Middle Fork
South Fork Calapooya Creek
(43.4772,¥122.9952); Markam Creek
(43.3751,¥123.1479); Marsh Creek
(43.5223,¥123.3348); Mill Creek
(43.4927,¥123.1315); Norton Creek
(43.5046,¥123.3736); Pine Tree Creek
(43.4179,¥123.0688); Pollock Creek
(43.5326,¥123.2685); Salt Creek
(43.5161,¥123.2504); Salt Lick Creek
(43.4510,¥123.1168); Slide Creek
(43.3926,¥123.0919); Timothy Creek
(43.4862,¥123.0896); Unnamed
(43.4469,¥123.4268); Unnamed
(43.4481,¥123.4283); Unnamed
(43.4483,¥123.4134); Unnamed
(43.4658,¥122.9899); Unnamed
(43.4707,¥122.9896); Unnamed
(43.4908,¥123.0703); Unnamed
(43.5173,¥123.0564); Wheeler Canyon
(43.4840,¥123.3631); White Creek
(43.4637,¥123.0451); Williams Creek
(43.4703,¥123.4096).
(iii) Elk Creek Watershed 1710030303.
Outlet(s) = Elk Creek (Lat 43.6329, Long
¥123.5662) upstream to endpoint(s) in:
Adams Creek (43.5860,¥123.2202);
Allen Creek (43.6375,¥123.3731);
Andrews Creek (43.5837,¥123.3920);
Asker Creek (43.6290,¥123.2668); Bear
Creek (43.6195,¥123.3703); Bear Creek
(43.7119,¥123.1757); Bennet Creek
(43.6158,¥123.1558); Big Tom Folley
Creek (43.7293,¥123.4053); Big Tom
Folley Creek, North Fork
(43.7393,¥123.4917); Big Tom Folley
Creek, Trib A (43.7231,¥123.4465);
Billy Creek, East Fork
(43.5880,¥123.3263); Billy Creek, South
Fork (43.5725,¥123.3603); Blue Hole
Creek (43.5677,¥123.4405); Brush
Creek (43.5662,¥123.4140); Buck Creek
(43.6981,¥123.1818); Cowan Creek
(43.5915,¥123.2615); Cox Creek
(43.6356,¥123.1794); Curtis Creek
(43.6839,¥123.1734); Dodge Canyon
(43.6225,¥123.2509); Elk Creek
(43.5097,¥123.1620); Ellenburg Creek
(43.7378,¥123.3296); Fitch Creek
(43.6986,¥123.3152); Five Point
Canyon (43.5707,¥123.3526); Flagler
Creek (43.5729,¥123.3382); Green
Creek (43.6851,¥123.4688); Green
Ridge Creek (43.5920,¥123.3958); Halo
Creek (43.5990,¥123.2658); Hancock
Creek (43.6314,¥123.5188); Hanlon
Creek (43.6190,¥123.2785);
Hardscrabble Creek
(43.7111,¥123.3517); Huntington Creek
(43.5882,¥123.2808); Jack Creek
(43.7071,¥123.3819); Johnny Creek
(43.7083,¥123.3972); Johnson Creek
(43.6830,¥123.2715); Lancaster Creek
(43.6442,¥123.4361); Lane Creek
(43.5483,¥123.1221); Lees Creek
(43.6610,¥123.1888); Little Sand Creek
(43.7655,¥123.2778); Little Tom Folley
Creek (43.6959,¥123.5393); McClintock
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Creek (43.6664,¥123.2703); Parker
Creek (43.6823,¥123.4178); Pass Creek
(43.7527,¥123.1528); Pheasant Creek
(43.7758,¥123.2099); Rock Creek
(43.7759,¥123.2730); Saddle Butte
Creek (43.7214,¥123.5219); Salt Creek
(43.6796,¥123.2213); Sand Creek
(43.7709,¥123.2912); Shingle Mill
Creek (43.5314,¥123.1308); Simpson
Creek (43.6629,¥123.2553); Smith
Creek (43.6851,¥123.3179); Squaw
Creek (43.6010,¥123.4284); Taylor
Creek (43.7642,¥123.2712); Thief Creek
(43.6527,¥123.1459); Thistleburn Creek
(43.6313,¥123.4332); Unnamed
(43.5851,¥123.3101); Walker Creek
(43.5922,¥123.1707); Ward Creek
(43.7486,¥123.2023); Wehmeyer Creek
(43.6823,¥123.2404); Wilson Creek
(43.5699,¥123.2681); Wise Creek
(43.6679,¥123.2772); Yoncalla Creek
(43.5563,¥123.2833).
(iv) Middle Umpqua River Watershed
1710030304. Outlet(s) = Umpqua River
(Lat 43.6556, Long ¥123.8752)
upstream to endpoint(s) in: Burchard
Creek (43.6680,¥123.7520); Butler
Creek (43.6325,¥123.6867); Cedar
Creek (43.7027,¥123.6451); House
Creek (43.7107,¥123.6378); Little Mill
Creek (43.6729,¥123.8252); Little
Paradise Creek (43.6981,¥123.5630);
Paradise Creek (43.7301,¥123.5738);
Patterson Creek (43.7076,¥123.6977);
Purdy Creek (43.6895,¥123.7712);
Sawyer Creek (43.6027,¥123.6717);
Scott Creek (43.6885,¥123.6966);
Umpqua River (43.6329,¥123.5662);
Unnamed (43.6011,¥123.7084);
Unnamed (43.5998,¥123.6803);
Unnamed (43.6143,¥123.6674);
Unnamed (43.6453,¥123.7619);
Unnamed (43.6461,¥123.8064);
Unnamed (43.6923,¥123.7534);
Unnamed (43.7068,¥123.6109);
Unnamed (43.7084,¥123.7156);
Unnamed (43.7098,¥123.6300);
Unnamed (43.7274,¥123.6026);
Weatherly Creek (43.7205,¥123.6680);
Wells Creek (43.6859,¥123.7946).
(v) Upper Smith River Watershed
1710030306. Outlet(s) = Smith River
(Lat 43.7968, Long ¥123.7565)
upstream to endpoint(s) in: Amberson
Creek (43.7787,¥123.4944); Argue
Creek (43.7656,¥123.6959); Beaver
Creek (43.7865,¥123.6949); Beaver
Creek (43.8081,¥123.4041); Big Creek
(43.7372,¥123.7112); Blackwell Creek
(43.8145,¥123.7460); Blind Creek
(43.7518,¥123.6551); Bum Creek
(43.8044,¥123.5802); Carpenter Creek
(43.7947,¥123.7258); Clabber Creek
(43.7919,¥123.5878); Clearwater Creek
(43.8138,¥123.7375); Cleghorn Creek
(43.7508,¥123.4997); Clevenger Creek
(43.7826,¥123.4087); Coldwater Creek
(43.8316,¥123.7232); Deer Creek
(43.8109,¥123.5362); Devils Club Creek
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(43.7916,¥123.6148); Elk Creek
(43.8004,¥123.4347); Halfway Creek
(43.7412,¥123.5112); Hall Creek
(43.7732,¥123.3836); Haney Creek
(43.8355,¥123.5006); Hardenbrook
Creek (43.7943,¥123.5660); Hefty Creek
(43.7881,¥123.3954); Herb Creek
(43.8661,¥123.6782); Jeff Creek
(43.8079,¥123.6033); Marsh Creek
(43.7831,¥123.6185); Mosetown Creek
(43.7326,¥123.6613); Mosetown Creek,
East Fork (43.7185,¥123.6433); North
Sister Creek (43.8492,¥123.5771);
Panther Creek (43.8295,¥123.4464);
Pearl Creek (43.8263,¥123.5350);
Peterson Creek (43.7575,¥123.3947);
Plank Creek (43.7635,¥123.3980);
Redford Creek (43.7878,¥123.3520);
Rock Creek (43.7733,¥123.6222);
Russell Creek (43.8538,¥123.6971);
South Sister Creek
(43.8366,¥123.5611); Salmonberry
Creek (43.8085,¥123.4482); Scare Creek
(43.7631,¥123.7260); Sleezer Creek
(43.7535,¥123.3711); Slideout Creek
(43.7831,¥123.5685); Smith River,
Little South Fork (43.7392,¥123.4583);
Smith River, South Fork
(43.7345,¥123.3843); Smith River
(43.7529,¥123.3310); Spring Creek
(43.7570,¥123.3276); Summit Creek
(43.7985,¥123.3487); Sweden Creek
(43.8618,¥123.6468); Tip Davis Creek
(43.7739,¥123.3301); Twin Sister Creek
(43.8348,¥123.7168); Unnamed
(43.7234,¥123.6308); Unnamed
(43.7397,¥123.6984); Unnamed
(43.7433,¥123.4673); Unnamed
(43.7492,¥123.6911); Unnamed
(43.7495,¥123.5832); Unnamed
(43.7527,¥123.5210); Unnamed
(43.7533,¥123.7046); Unnamed
(43.7541,¥123.4805); Unnamed
(43.7708,¥123.4819); Unnamed
(43.7726,¥123.5039); Unnamed
(43.7748,¥123.6044); Unnamed
(43.7775,¥123.6927); Unnamed
(43.7830,¥123.5900); Unnamed
(43.7921,¥123.6335); Unnamed
(43.7955,¥123.7013); Unnamed
(43.7993,¥123.6171); Unnamed
(43.8020,¥123.6739); Unnamed
(43.8034,¥123.6959); Unnamed
(43.8133,¥123.5893); Unnamed
(43.8197,¥123.4827); Unnamed
(43.8263,¥123.5810); Unnamed
(43.8360,¥123.6951); Unnamed
(43.8519,¥123.5910); Unnamed
(43.8535,¥123.6357); Unnamed
(43.8541,¥123.6155); Unnamed
(43.8585,¥123.6867); Upper Johnson
Creek (43.7509,¥123.5426); West Fork
Halfway Creek (43.7421,¥123.6119);
Yellow Creek (43.8193,¥123.5545).
(vi) Lower Smith River Watershed
1710030307. Outlet(s) = Smith River
(Lat 43.7115, Long ¥124.0807)
upstream to endpoint(s) in: Bear Creek
VerDate Aug<31>2005
17:30 Feb 08, 2008
Jkt 214001
(43.8087,¥123.8202); Beaver Creek
(43.8983,¥123.7559); Black Creek
(43.7544,¥123.9967); Brainard Creek
(43.7448,¥124.0105); Buck Creek
(43.7719,¥123.7823); Cassady Creek
(43.7578,¥123.9744); Cedar Creek
(43.8541,¥123.8562); Chapman Creek
(43.8181,¥123.9380); Coon Creek
(43.8495,¥123.7857); Crane Creek
(43.8592,¥123.7739); Edmonds Creek
(43.8257,¥123.9000); Eslick Creek
(43.8153,¥123.9894); Eslick Creek, East
Fork (43.8082,¥123.9583); Franz Creek
(43.7542,¥124.1006); Frarey Creek
(43.7683,¥124.0615); Georgia Creek
(43.8373,¥123.8911); Gold Creek
(43.9002,¥123.7470); Harlan Creek
(43.8635,¥123.9319); Holden Creek
(43.7901,¥124.0178); Hudson Slough
(43.7725,¥124.0736); Johnson Creek
(43.8291,¥123.9582); Johnson Creek
(43.8480,¥123.8209); Joyce Creek
(43.7892,¥124.0356); Joyce Creek, West
Fork (43.7708,¥124.0457); Kentucky
Creek (43.9313,¥123.8153); Middle
Fork of North Fork Smith River
(43.8780,¥123.7687); Moore Creek
(43.8523,¥123.8931); Moore Creek
(43.8661,¥123.7558); Murphy Creek
(43.7449,¥123.9527); Noel Creek
(43.7989,¥124.0109); Otter Creek
(43.7216,¥123.9626); Otter Creek,
North Fork (43.7348,¥123.9597);
Paxton Creek (43.8847,¥123.9004);
Peach Creek (43.8963,¥123.8599);
Perkins Creek (43.7362,¥123.9151);
Railroad Creek (43.8086,¥123.8998);
Smith River, West Fork
(43.9102,¥123.7073); Smith River
(43.7968,¥123.7565); Spencer Creek
(43.8429,¥123.8321); Spencer Creek,
West Fork (43.8321,¥123.8685);
Sulphur Creek (43.8512,¥123.9422);
Unnamed (43.7031,¥123.7463);
Unnamed (43.7106,¥123.7666);
Unnamed (43.7203,¥123.7601);
Unnamed (43.7267,¥123.7396);
Unnamed (43.7286,¥123.7798);
Unnamed (43.7322,¥124.0585);
Unnamed (43.7325,¥123.7337);
Unnamed (43.7470,¥123.7416);
Unnamed (43.7470,¥123.7711);
Unnamed (43.7569,¥124.0844);
Unnamed (43.7606,¥124.0853);
Unnamed (43.7623,¥124.0753);
Unnamed (43.7669,¥124.0766);
Unnamed (43.7734,¥124.0674);
Unnamed (43.7855,¥124.0076);
Unnamed (43.7877,¥123.9936);
Unnamed (43.8129,¥123.9743);
Unnamed (43.8212,¥123.8777);
Unnamed (43.8258,¥123.8192);
Unnamed (43.8375,¥123.9631);
Unnamed (43.8424,¥123.7925);
Unnamed (43.8437,¥123.7989);
Unnamed (43.8601,¥123.7630);
Unnamed (43.8603,¥123.8155);
Unnamed (43.8655,¥123.8489);
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Unnamed (43.8661,¥123.9136);
Unnamed (43.8688,¥123.7994);
Unnamed (43.8831,¥123.8534);
Unnamed (43.8883,¥123.7157);
Unnamed (43.8906,¥123.7759);
Unnamed (43.8916,¥123.8765);
Unnamed (43.8922,¥123.8144);
Unnamed (43.8953,¥123.8772);
Unnamed (43.8980,¥123.7865);
Unnamed (43.8997,¥123.7993);
Unnamed (43.8998,¥123.7197);
Unnamed (43.9015,¥123.8386);
Unnamed (43.9015,¥123.8949);
Unnamed (43.9023,¥123.8241);
Unnamed (43.9048,¥123.8316);
Unnamed (43.9075,¥123.7208);
Unnamed (43.9079,¥123.8263); Vincent
Creek (43.7035,¥123.7882); Wassen
Creek (43.7419,¥123.8905); West
Branch North Fork Smith River
(43.9113,¥123.8958).
(vii) Lower Umpqua River Watershed
1710030308. Outlet(s) = Umpqua River
(Lat 43.6696, Long ¥124.2025)
upstream to endpoint(s) in: Alder Creek
(43.6310,¥124.0483); Bear Creek
(43.7053,¥123.9529); Butler Creek
(43.7157,¥124.0059); Charlotte Creek
(43.6320,¥123.9307); Dean Creek
(43.6214,¥123.9740); Dry Creek
(43.6369,¥124.0595); Franklin Creek
(43.6850,¥123.8659); Hakki Creek
(43.6711,¥124.0161); Indian Charlie
Creek (43.6611,¥123.9404); Johnson
Creek (43.6711,¥123.9760); Koepke
Slough (43.6909,¥124.0294); Little
Franklin Creek (43.6853,¥123.8863);
Luder Creek (43.6423,¥123.9046);
Miller Creek (43.6528,¥124.0140); Oar
Creek (43.6620,¥124.0289); Providence
Creek (43.7083,¥124.1289); Scholfield
Creek (43.6253,¥124.0112); Umpqua
River (43.6556,¥123.8752); Unnamed
(43.6359,¥123.9572); Unnamed
(43.6805,¥124.1146); Unnamed
(43.6904,¥124.0506); Unnamed
(43.6940,¥124.0340); Unnamed
(43.7069,¥123.9824); Unnamed
(43.7242,¥123.9369); Winchester Creek
(43.6657,¥124.1247); Wind Creek,
South Fork (43.6346,¥124.0897).
(11) Coos Subbasin 17100304—(i)
South Fork Coos Watershed
1710030401. Outlet(s) = South Fork
Coos (Lat 43.3905, Long ¥123.9634)
upstream to endpoint(s) in: Beaver Slide
Creek (43.2728,¥123.8472); Bottom
Creek (43.3751,¥123.7065); Bottom
Creek, North Fork (43.3896,¥123.7264);
Buck Creek (43.2476,¥123.8023); Burnt
Creek (43.2567,¥123.7834); Cedar
Creek (43.3388,¥123.6303); Cedar
Creek, Trib E (43.3423,¥123.6749);
Cedar Creek, Trib F
(43.3330,¥123.6523); Coal Creek
(43.3426,¥123.8685); Eight River Creek
(43.2638,¥123.8568); Fall Creek
(43.2535,¥123.7106); Fall Creek
(43.4106,¥123.7512); Fivemile Creek
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(43.2341,¥123.6307); Gods Thumb
Creek (43.3440,¥123.7013); Gooseberry
Creek (43.2452,¥123.7081); Hatcher
Creek (43.3021,¥123.8370); Hog Ranch
Creek (43.2754,¥123.8125); Lake Creek
(43.2971,¥123.6354); Little Cow Creek
(43.1886,¥123.6133); Lost Creek
(43.2325,¥123.5769); Lost Creek, Trib A
(43.2224,¥123.5961); Mink Creek
(43.3068,¥123.8515); Panther Creek
(43.2593,¥123.6401); Shotgun Creek
(43.2920,¥123.7623); Susan Creek
(43.2720,¥123.7654); Tioga Creek
(43.2110,¥123.7786); Unnamed
(43.2209,¥123.7789); Unnamed
(43.2305,¥123.8360); Unnamed
(43.2364,¥123.7818); Unnamed
(43.2548,¥123.8569); Unnamed
(43.2713,¥123.8320); Unnamed
(43.2902,¥123.6662); Unnamed
(43.3168,¥123.6491); Unnamed
(43.3692,¥123.8320); Unnamed
(43.3698,¥123.8321); Unnamed
(43.3806,¥123.8327); Unnamed
(43.3846,¥123.8058); Unnamed
(43.3887,¥123.7927); Unnamed
(43.3651,¥123.7073); Wilson Creek
(43.2083,¥123.6691).
(ii) Millicoma River Watershed
1710030402. Outlet(s) = West Fork
Millicoma River (Lat 43.4242, Long
¥124.0288) upstream to endpoint(s) in:
Bealah Creek (43.4271,¥123.8445);
Buck Creek (43.5659,¥123.9765);
Cougar Creek (43.5983,¥123.8788);
Crane Creek (43.5545,¥123.9287);
Dagget Creek (43.4862,¥124.0557);
Darius Creek (43.4741,¥123.9407); Deer
Creek (43.6207,¥123.9616); Deer Creek,
Trib A (43.6100,¥123.9761); Deer
Creek, Trib B (43.6191,¥123.9482);
Devils Elbow Creek
(43.4439,¥124.0608); East Fork
Millicoma River (43.4204,¥123.8330);
Elk Creek (43.5441,¥123.9175); Fish
Creek (43.6015,¥123.8968); Fox Creek
(43.4189,¥123.9459); Glenn Creek
(43.4799,¥123.9325); Hidden Creek
(43.5646,¥123.9235); Hodges Creek
(43.4348,¥123.9889); Joes Creek
(43.5838,¥123.9787); Kelly Creek
(43.5948,¥123.9036); Knife Creek
(43.6163,¥123.9310); Little Matson
Creek (43.4375,¥123.8890); Marlow
Creek (43.4779,¥123.9815); Matson
Creek (43.4489,¥123.9191); Otter Creek
(43.5935,¥123.9729); Panther Creek
(43.5619,¥123.9038); Rainy Creek
(43.4293,¥124.0400); Rodine Creek
(43.4434,¥123.9789); Schumacher
Creek (43.4842,¥124.0380); Totten
Creek (43.4869,¥124.0457); Trout Creek
(43.5398,¥123.9814); Unnamed
(43.4686,¥124.0143); Unnamed
(43.5156,¥123.9366); Unnamed
(43.5396,¥123.9373); Unnamed
(43.5450,¥123.9305); West Fork
Millicoma River (43.5617,¥123.8788).
VerDate Aug<31>2005
17:30 Feb 08, 2008
Jkt 214001
(iii) Lakeside Frontal Watershed
1710030403. Outlet(s) = Tenmile Creek
(43.5618,¥124.2308) upstream to
endpoint(s) in: Adams Creek
(43.5382,¥124.1081); Alder Creek
(43.6012,¥124.0272); Alder Gulch
(43.5892,¥124.0665); Benson Creek
(43.5813,¥124.0086); Big Creek
(43.6085,¥124.0128); Blacks Creek
(43.6365,¥124.1188); Clear Creek
(43.6040,¥124.1871); Hatchery Creek
(43.5275,¥124.0761); Johnson Creek
(43.5410,¥124.0018); Murphy Creek
(43.6243,¥124.0534); Noble Creek
(43.5897,¥124.0347); Parker Creek
(43.6471,¥124.1246); Roberts Creek
(43.5557,¥124.0264); Saunders Creek
(43.5417,¥124.2136); Shutter Creek
(43.5252,¥124.1398); Swamp Creek
(43.5550,¥124.1948); Unnamed
(43.5203,¥124.0294); Unnamed
(43.6302,¥124.1460); Unnamed
(43.6353,¥124.1411); Unnamed
(43.6369,¥124.1515); Unnamed
(43.6466,¥124.1511); Unnamed
(43.5081,¥124.0382); Unnamed
(43.6353,¥124.16770; Wilkins Creek
(43.6304,¥124.0819); Winter Creek
(43.6533,¥124.1333).
(iv) Coos Bay Watershed 1710030404.
Outlet(s) = Big Creek (Lat 43.3326, Long
¥124.3739); Coos Bay
(43.3544,¥124.3384) upstream to
endpoint(s) in: Bear Creek
(43.5048,¥124.1059); Bessey Creek
(43.3844,¥124.0253); Big Creek
(43.2834,¥124.3374), Big Creek
(43.3980,¥123.9396); Big Creek, Trib A
(43.2999,¥124.3711); Big Creek, Trib B
(43.2854,¥124.3570); Blossom Gulch
(43.3598,¥124.2410); Boatman Gulch
(43.3445,¥124.2483); Boone Creek
(43.2864,¥124.1762); Cardwell Creek
(43.2793,¥124.1277); Catching Creek
(43.2513,¥124.1586); Coalbank Creek
(43.3154,¥124.2503); Coos Bay
(43.3566,¥124.1592); Daniels Creek
(43.3038,¥124.0725); Davis Creek
(43.2610,¥124.2633); Day Creek
(43.3129,¥124.2888); Deton Creek
(43.4249,¥124.0771); Echo Creek
(43.3797,¥124.1529); Elliot Creek
(43.3037,¥124.2670); Farley Creek
(43.3146,¥124.3415); Ferry Creek
(43.2628,¥124.1728); Goat Creek
(43.2700,¥124.2109); Haywood Creek
(43.3067,¥124.3419); Hendrickson
Creek (43.3907,¥124.0594); Isthmus
Slough (43.2622,¥124.2049); Joe Ney
Slough (43.3382,¥124.2958); John B
Creek (43.2607,¥124.2814); Johnson
Creek (43.4043,¥124.1389); Kentuck
Creek (43.4556,¥124.0894); Larson
Creek (43.4930,¥124.0764); Laxstrom
Gulch (43.3372,¥124.1350); Lillian
Creek (43.3550,¥124.1330); Mart Davis
Creek (43.3911,¥124.0927); Matson
Creek (43.3011,¥124.1161); McKnight
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Creek (43.3841,¥123.9991); Mettman
Creek (43.4574,¥124.1293); Millicoma
River (43.4242,¥124.0288); Monkey
Ranch Gulch (43.3392,¥124.1458);
Morgan Creek (43.3460,¥124.0318);
North Slough (43.5032,¥124.1408);
Noble Creek (43.2387,¥124.1665);
Packard Creek (43.4058,¥124.0211);
Palouse Creek (43.5123,¥124.0667);
Panther Creek (43.2733,¥124.1222);
Pony Slough (43.4078,¥124.2307);
Rogers Creek (43.3831,¥124.0370); Ross
Slough (43.3027,¥124.1781); Salmon
Creek (43.3618,¥123.9816); Seaman
Creek (43.3634,¥124.0111); Seelander
Creek (43.2872,¥124.1176);
Shinglehouse Slough
(43.3154,¥124.2225); Smith Creek
(43.3579,¥124.1051); Snedden Creek
(43.3372,¥124.2177); Southport Slough
(43.2981,¥124.2194); Stock Slough
(43.3277,¥124.1195); Storey Creek
(43.3238,¥124.2969); Sullivan Creek
(43.4718,¥124.0872); Talbott Creek
(43.2839,¥124.2954); Theodore Johnson
Creek (43.2756,¥124.3457); Unnamed
(43.5200,¥124.1812); Unnamed
(43.2274,¥124.3236); Unnamed
(43.2607,¥124.2984); Unnamed
(43.2772,¥124.3246); Unnamed
(43.2776,¥124.3148); Unnamed
(43.2832,¥124.1532); Unnamed
(43.2888,¥124.1962); Unnamed
(43.2893,¥124.3406); Unnamed
(43.2894,¥124.2034); Unnamed
(43.2914,¥124.2917); Unnamed
(43.2942,¥124.1027); Unnamed
(43.2984,¥124.2847); Unnamed
(43.3001,¥124.3022); Unnamed
(43.3034,¥124.2001); Unnamed
(43.3051,¥124.2031); Unnamed
(43.3062,¥124.2030); Unnamed
(43.3066,¥124.3674); Unnamed
(43.3094,¥124.1947); Unnamed
(43.3129,¥124.1208); Unnamed
(43.3149,¥124.1347); Unnamed
(43.3149,¥124.1358); Unnamed
(43.3149,¥124.1358); Unnamed
(43.3169,¥124.0638); Unnamed
(43.3224,¥124.2390); Unnamed
(43.3356,¥124.1542); Unnamed
(43.3356,¥124.1526); Unnamed
(43.3357,¥124.1510); Unnamed
(43.3357,¥124.1534); Unnamed
(43.3368,¥124.1509); Unnamed
(43.3430,¥124.2352); Unnamed
(43.3571,¥124.2372); Unnamed
(43.3643,¥124.0474); Unnamed
(43.3741,¥124.0577); Unnamed
(43.4126,¥124.0599); Unnamed
(43.4203,¥123.9824); Unnamed
(43.4314,¥124.0998); Unnamed
(43.4516,¥124.1023); Unnamed
(43.4521,¥124.1110); Unnamed
(43.5345,¥124.1946); Vogel Creek
(43.3511,¥124.1206); Wasson Creek
(43.2688,¥124.3368); Willanch Creek
(43.4233,¥124.1061); Willanch Creek,
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Trib A (43.4032,¥124.1169); Wilson
Creek (43.2652,¥124.1281); Winchester
Creek (43.2145,¥124.3116); Winchester
Creek, Trib E (43.2463,¥124.3067);
Woodruff Creek (43.4206,¥123.9746);
Wren Smith Creek
(43.3131,¥124.0649).
(12) Coquille Subbasin 17100305—(i)
Middle Fork Coquille Watershed
1710030502. Outlet(s) = Middle Fork
Coquille River (Lat 43.0340, Long
¥124.1161) upstream to endpoint(s) in:
Anderson Creek (43.0087,¥123.9445);
Axe Creek (43.0516,¥123.9468); Bear
Creek (43.0657,¥123.9284); Belieu
Creek (43.0293,¥123.9470); Big Creek
(43.0991,¥123.8983); Brownson Creek
(43.0879,¥123.9583); Endicott Creek
(43.0401,¥124.0710); Fall Creek
(43.0514,¥123.9910); Indian Creek
(43.0203,¥124.0842); Little Rock Creek
(42.9913,¥123.8335); McMullen Creek
(43.0220,¥124.0366); Middle Fork
Coquille River (42.9701,¥123.7621);
Myrtle Creek (42.9642,¥124.0170);
Rasler Creek (42.9518,¥123.9643); Rock
Creek (42.9200,¥123.9073); Rock Creek
(43.0029,¥123.8440); Salmon Creek
(43.0075,¥124.0273); Sandy Creek
(43.0796,¥123.8517); Sandy Creek, Trib
F (43.0526,¥123.8736); Sheilds Creek
(42.9184,¥123.9219); Slater Creek
(42.9358,¥123.7958); Slide Creek
(42.9957,¥123.9040); Smith Creek
(43.0566,¥124.0337); Swamp Creek
(43.0934,¥123.9000); Unnamed
(43.0016,¥123.9550); Unnamed
(43.0681,¥123.9812); Unnamed
(43.0810,¥123.9892).
(ii) Middle Main Coquille Watershed
1710030503. Outlet(s) = South Fork
Coquille River (Lat 43.0805, Long
¥124.1405) upstream to endpoint(s) in:
Baker Creek (42.8913,¥124.1297);
Beaver Creek (42.9429,¥124.0783);
Catching Creek, Middle Fork
(42.9913,¥124.2331); Catching Creek,
South Fork (42.9587,¥124.2348);
Coquille River, South Fork
(42.8778,¥124.0743); Cove Creek
(43.0437,¥124.2088); Dement Creek
(42.9422,¥124.2086); Gettys Creek
(43.0028,¥124.1988); Grants Creek
(42.9730,¥124.1041); Horse Hollow
(43.0382,¥124.1984); Knight Creek
(43.0022,¥124.2663); Koontz Creek
(43.0111,¥124.2505); Long Tom Creek
(42.9342,¥124.0992); Matheny Creek
(43.0495,¥124.1892); Mill Creek
(42.9777,¥124.1663); Rhoda Creek
(43.0007,¥124.1032); Roberts Creek
(42.9748,¥124.2385); Rowland Creek
(42.9045,¥124.1845); Russell Creek
(42.9495,¥124.1611); Unnamed
(42.9684,¥124.1033); Ward Creek
(43.0429,¥); 124.2358); Warner Creek
(43.0196,¥124.1187); Wildcat Creek
(43.0277,¥124.2225); Wolf Creek
VerDate Aug<31>2005
17:30 Feb 08, 2008
Jkt 214001
(43.0136,¥124.2318); Woodward Creek
(42.9023,¥124.0658).
(iii) East Fork Coquille Watershed
1710030504. Outlet(s) = East Fork
Coquille River (Lat 43.1065, Long
¥124.0761) upstream to endpoint(s) in:
Bills Creek (43.1709,¥123.9244); China
Creek (43.1736,¥123.9086); East Fork
Coquille River (43.1476,¥123.8936); Elk
Creek (43.1312,¥123.9621); Hantz
Creek (43.1832,¥123.9713); South Fork
Elk Creek (43.1212,¥123.9200); Steel
Creek (43.1810,¥123.9354); Unnamed
(43.0908,¥124.0361); Unnamed
(43.0925,¥124.0495); Unnamed
(43.0976,¥123.9705); Unnamed
(43.1006,¥124.0052); Unnamed
(43.1071,¥123.9163); Unnamed
(43.1655,¥123.9078); Unnamed
(43.1725,¥123.9881); Weekly Creek
(43.0944,¥124.0271); Yankee Run
(43.1517,¥124.0483); Yankee Run, Trib
C (43.1626,¥124.0162).
(iv) North Fork Coquille Watershed
1710030505. Outlet(s) = North Fork
Coquille River (Lat 43.0805, Long
¥124.1405) upstream to endpoint(s) in:
Alder Creek (43.2771,¥123.9207); Blair
Creek (43.1944,¥124.1121); Cherry
Creek, North Fork (43.2192,¥123.9124);
Cherry Creek, South Fork
(43.2154,¥123.9353); Coak Creek
(43.2270,¥124.0324); Coquille River,
Little North Fork (43.2988,¥123.9410);
Coquille River, North Fork
(43.2974,¥123.8791); Coquille River,
North Fork, Trib E
(43.1881,¥124.0764); Coquille River,
North Fork, Trib I (43.2932,¥123.8920);
Coquille River, North Fork, Trib Y
(43.3428,¥123.9678); Evans Creek
(43.2868,¥124.0561); Fruin Creek
(43.3016,¥123.9198); Garage Creek
(43.1508,¥124.1020); Giles Creek
(43.3129,¥124.0337); Honcho Creek
(43.2628,¥123.8954); Hudson Creek
(43.2755,¥123.9604); Jerusalem Creek
(43.1844,¥124.0539); Johns Creek
(43.0760,¥124.0498); Little Cherry
Creek (43.2007,¥123.9594); Llewellyn
Creek (43.1034,124.1063); Llewellyn
Creek, Trib A (43.0969,¥124.0995); Lost
Creek (43.1768,¥124.1047); Lost Creek
(43.2451,¥123.9745); Mast Creek
(43.2264,¥124.0207); Middle Creek
(43.2332,¥123.8726); Moon Creek
(43.2902,¥123.9493); Moon Creek, Trib
A (43.2976,¥123.9837); Moon Creek,
Trib A–1 (43.2944,¥123.9753); Neely
Creek (43.2960,¥124.0380); Park Creek
(43.2508,¥123.8661); Park Creek, Trib B
(43.2702,¥123.8782); Schoolhouse
Creek (43.1637,¥124.0949); Steele
Creek (43.2203,¥124.1018); Steinnon
Creek (43.2534,¥124.1076); Unnamed
(43.1305,¥124.0759); Unnamed
(43.2047,¥124.0314); Unnamed
(43.2127,¥124.1101); Unnamed
(43.2165,¥123.9144); Unnamed
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(43.2439,¥123.9275); Unnamed
(43.2444,¥124.0868); Unnamed
(43.2530,¥124.0848); Unnamed
(43.2582,¥124.0794); Unnamed
(43.2584,¥123.8846); Unnamed
(43.2625,¥124.0474); Unnamed
(43.2655,¥123.9269); Unnamed
(43.2676,¥124.0367); Vaughns Creek
(43.2378,¥123.9106); Whitley Creek
(43.2899,¥124.0115); Wimer Creek
(43.1303,¥124.0640); Wood Creek
(43.1392,¥124.1274); Wood Creek,
North Fork (43.1454,¥124.1211).
(v) Lower Coquille Watershed
1710030506. Outlet(s) = Coquille River
(Lat 43.1237, Long ¥124.4261)
upstream to endpoint(s) in: Alder Creek
(43.1385,¥124.2697); Bear Creek
(43.0411,¥124.2893); Beaver Creek
(43.2249,¥124.1923); Beaver Creek
(43.2525,¥124.2456); Beaver Slough,
Trib A (43.2154,¥124.2731); Bill Creek
(43.0256,¥124.3126); Budd Creek
(43.2011,¥124.1921); Calloway Creek
(43.2060,¥124.1684); Cawfield Creek
(43.1839,¥124.1372); China Creek
(43.2170,¥124.2076); Cold Creek
(43.2038,¥124.1419); Coquille River
(43.0805,¥124.1405); Coquille River,
Trib A (43.2032,¥124.2930);
Cunningham Creek
(43.2349,¥124.1378); Dutch John
Ravine (43.1744,¥124.1781); Dye Creek
(43.2274,¥124.1569); Fahys Creek
(43.1676,¥124.3861); Fat Elk Creek
(43.1373,¥124.2560); Ferry Creek
(43.1150,¥124.3831); Fishtrap Creek
(43.0841,¥124.2544); Glen Aiken Creek
(43.1482,¥124.1497); Grady Creek
(43.1032,¥124.1381); Gray Creek
(43.1222,¥124.1286); Hall Creek
(43.0583,¥124.2516); Hall Creek, Trib A
(43.0842,¥124.1745); Harlin Creek
(43.1326,¥124.1633); Hatchet Slough,
Trib A (43.1638,¥124.3065); Hatchet
Slough (43.1879,¥124.3003); Lampa
Creek (43.0531,¥124.2665); Little Bear
Creek (43.0407,¥124.2783); Little
Fishtrap Creek (43.1201,¥124.2290);
Lowe Creek (43.1401,¥124.3232); Mack
Creek (43.0604,¥124.3306); Monroe
Creek (43.0705,¥124.2905); Offield
Creek (43.1587,¥124.3273); Pulaski
Creek (43.1398,¥124.2184); Randleman
Creek (43.0818,¥124.3039); Rich Creek
(43.0576,¥124.2067); Rink Creek
(43.1764,¥124.1369); Rock Robinson
Creek (43.0860,¥124.2306); Rollan
Creek (43.1266,¥124.2563); Sevenmile
Creek (43.2157,¥124.3350); Sevenmile
Creek, Trib A (43.1853,¥124.3187);
Sevenmile Creek, Trib C
(43.2081,¥124.3340); Unnamed
(43.1084,¥124.2727); Unnamed
43.1731,¥124.1852); Unnamed
(43.1924,¥124.1378); Unnamed
(43.1997,¥124.3346); Unnamed
(43.2281,¥124.2190); Unnamed
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(43.2424,¥124.2737); Waddington
Creek (43.1105,¥124.2915).
(13) Sixes Subbasin 17100306’(i)
Sixes River Watershed 1710030603.
Outlet(s) = Sixes River (Lat 42.8543,
Long ¥124.5427) upstream to
endpoint(s) in: Beaver Creek
(42.7867,¥124.4373); Carlton Creek
(42.8594,¥124.2382); Cold Creek
(42.7824,¥124.2070); Crystal Creek
(42.8404,¥124.4501); Dry Creek
(42.7673,¥124.3726); Edson Creek
(42.8253,¥124.3782); Hays Creek
(42.8455,¥124.1796); Little Dry Creek
(42.8002,¥124.3838); Murphy Canyon
(42.8516,¥124.1541); Sixes River
(42.8232,¥124.1704); Sixes River,
Middle Fork (42.7651,¥124.1782);
Sixes River, North Fork
(42.8878,¥124.2320); South Fork Sixes
River (42.8028,¥124.3022); Sugar Creek
(42.8217,¥124.2035); Unnamed
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(42.8189,¥124.3567); Unnamed
(42.7952,¥124.3918); Unnamed
(42.8276,¥124.4629).
(ii) New River Frontal Watershed
1710030604. Outlet(s) = New River (Lat
43.0007, Long¥124.4557); Twomile
Creek (43.0440,¥124.4415) upstream to
endpoint(s) in: Bethel Creek
(42.9519,¥124.3954); Boulder Creek
(42.8574,¥124.5050); Butte Creek
(42.9458,¥124.4096); Conner Creek
(42.9814,¥124.4215); Davis Creek
(42.9657,¥124.3968); Floras Creek
(42.9127,¥124.3963); Fourmile Creek
(42.9887,¥124.3077); Fourmile Creek,
South Fork (42.9642,¥124.3734);
Langlois Creek (42.9238,¥124.4570);
Little Creek (43.0030,¥124.3562); Long
Creek (42.9828,¥124.3770); Lower
Twomile Creek (43.0223,¥124.4080);
Morton Creek (42.9437,¥124.4234);
New River (42.8563,¥124.4602); North
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Fourmile Creek (42.9900,¥124.3176);
Redibough Creek (43.0251,¥124.3659);
South Twomile Creek
(43.0047,¥124.3672); Spring Creek
(43.0183,¥124.4299); Twomile Creek
(43.0100,¥124.3291); Unnamed
(43.0209,¥124.3386); Unnamed
(43.0350,¥124.3506); Unnamed
(43.0378,¥124.3481); Unnamed
(43.0409,¥124.3544); Unnamed
(42.8714,¥124.4586); Unnamed
(42.9029,¥124.4222); Unnamed
(42.9031,¥124.4581); Unnamed
(42.9294,¥124.4421); Unnamed
(42.9347,¥124.4559); Unnamed
(42.9737,¥124.3363); Unnamed
(42.9800,¥124.3432); Unnamed
(43.0058,¥124.4066); Willow Creek
(42.8880,¥124.4505).
(14) Maps of critical habitat for the
Oregon Coast coho salmon ESU follow:
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Federal Register / Vol. 73, No. 28 / Monday, February 11, 2008 / Rules and Regulations
Agencies
[Federal Register Volume 73, Number 28 (Monday, February 11, 2008)]
[Rules and Regulations]
[Pages 7816-7873]
From the Federal Register Online via the Government Printing Office [www.gpo.gov]
[FR Doc No: 08-552]
[[Page 7815]]
-----------------------------------------------------------------------
Part III
Department of Commerce
-----------------------------------------------------------------------
National Oceanic and Atmospheric Administration
-----------------------------------------------------------------------
50 CFR Parts 223 and 226
Endangered and Threatened Species: Final Threatened Listing
Determination, Final Protective Regulations, and Final Designation of
Critical Habitat for the Oregon Coast Evolutionarily Significant Unit
of Coho Salmon; Final Rule
Federal Register / Vol. 73, No. 28 / Monday, February 11, 2008 /
Rules and Regulations
[[Page 7816]]
-----------------------------------------------------------------------
DEPARTMENT OF COMMERCE
National Oceanic and Atmospheric Administration
50 CFR Parts 223 and 226
[Docket No. 071227892-7894-01]
RIN 0648-AW39
Endangered and Threatened Species: Final Threatened Listing
Determination, Final Protective Regulations, and Final Designation of
Critical Habitat for the Oregon Coast Evolutionarily Significant Unit
of Coho Salmon
AGENCY: National Marine Fisheries Service (NMFS), National Oceanic and
Atmospheric Administration (NOAA), Commerce.
ACTION: Final rule.
-----------------------------------------------------------------------
SUMMARY: We are issuing a final determination to list the Oregon Coast
coho salmon (Oncorhynchus kisutch) evolutionarily significant unit
(ESU) as a threatened species under the Endangered Species Act (ESA).
We are also issuing final protective regulations and a final critical
habitat designation for the Oregon Coast coho ESU.
DATES: The listing determination, protective regulations, and
designated critical habitat are effective on May 12, 2008. With respect
to the protective regulations, the take prohibitions for the Oregon
Coast coho ESU do not apply to research and enhancement activities
specified in an application for a permit or approval under the
protective regulations, provided that the application has been received
by the Assistant Administrator for Fisheries (AA), NOAA, no later than
June 10, 2008. This ``grace period'' for pending research and
enhancement applications will remain in effect until the issuance or
denial of authorization, or March 31, 2009, whichever occurs earliest.
ADDRESSES: NMFS, Protected Resources Division, 1201 NE Lloyd Boulevard,
Suite 1100, Portland, Oregon 97232.
FOR FURTHER INFORMATION CONTACT: Scott Rumsey, NMFS, Northwest Region,
Protected Resources Division, at (503) 872-2791, or Marta Nammack,
NMFS, Office of Protected Resources, at (301) 713-1401. Reference
materials regarding this determination are available upon request or on
the Internet at https://www.nwr.noaa.gov.
SUPPLEMENTARY INFORMATION:
Previous Federal ESA Actions Related to Oregon Coast Coho
In 1995, we completed a comprehensive status review of West Coast
coho salmon (Weitkamp et al., 1995) that resulted in proposed listing
determinations for three coho ESUs, including a proposal to list the
Oregon Coast coho ESU as a threatened species (60 FR 38011; July 25,
1995). On October 31, 1996, we announced a 6-month extension of the
final listing determination for the ESU, pursuant to section
4(b)(6)(B)(I) of the ESA, noting substantial disagreement regarding the
sufficiency and accuracy of the available data relevant to the
assessment of extinction risk and the evaluation of protective efforts
(61 FR 56211). On May 6, 1997, we withdrew the proposal to list the
Oregon Coast coho ESU as threatened, based in part on conservation
measures contained in the Oregon Coastal Salmon Restoration Initiative
(later renamed the Oregon Plan for Salmon and Watersheds; hereafter
referred to as the Oregon Plan) and an April 23, 1997, Memorandum of
Agreement (MOA) between NMFS and the State of Oregon which further
defined Oregon's commitment to salmon conservation (62 FR 24588). We
concluded that implementation of harvest and hatchery reforms, and
habitat protection and restoration efforts under the Oregon Plan and
the MOA substantially reduced the risk of extinction faced by the
Oregon Coast coho ESU. On June 1, 1998, the U.S. District Court for the
District of Oregon issued an opinion finding that our May 6, 1997,
determination to not list Oregon Coast coho was arbitrary and
capricious (Oregon Natural Resources Council v. Daley, 6 F. Supp. 2d
1139 (D. Or. 1998)). The Court vacated our determination to withdraw
the proposed rule to list the Oregon Coast coho ESU and remanded the
determination to NMFS for further consideration. On August 10, 1998, we
issued a final rule listing the Oregon Coast coho ESU as threatened (63
FR 42587), basing the determination solely on the information and data
contained in the 1995 status review (Weitkamp et al., 1995) and the
1997 proposed rule.
In 2001 the U.S. District Court in Eugene, Oregon, set aside the
1998 threatened listing of the Oregon Coast coho ESU (Alsea Valley
Alliance v. Evans, 161 F. Supp. 2d 1154, (D. Or. 2001)) (Alsea). In
response to the Alsea ruling and several listing and delisting
petitions, we announced that we would conduct an updated status review
of 27 West Coast salmonid ESUs, including the Oregon Coast coho ESU (67
FR 6215, February 11, 2002; 67 FR 48601, July 25, 2002).
In 2003 we convened the Pacific Salmonid Biological Review Team
(BRT) (an expert panel of scientists from several Federal agencies
including NMFS, the U.S. Fish and Wildlife Service (FWS), and the U.S.
Geological Survey (USGS)) to review the extinction risks of naturally
spawning populations in the 27 ESUs under review, including the Oregon
Coast coho ESU (Good et al., 2005; NMFS, 2003a). In making its
recommendation, the BRT used a process where each member of the BRT was
given 10 votes to divide among three conclusions. Members were allowed
to assign votes to more than one conclusion, allowing them to express
their relative degree of confidence in particular conclusions. The
three options were ``In Danger of Extinction,'' ``Likely to Become
Endangered,'' and ``Not Warranted.'' Fifty-six percent of the votes
supported the conclusion that naturally spawning Oregon coast coho were
likely to become endangered in the foreseeable future, and 44 percent
supported the conclusion that naturally spawning Oregon coast coho was
``Not Warranted'' (that is, not likely to become in danger of
extinction in the foreseeable future). The BRT noted considerable
uncertainty regarding the future viability of the ESU given the
uncertainty in predicting future ocean conditions for coho survival, as
well as uncertainty in whether current freshwater habitats are of
sufficient quality and quantity to support the recent high abundance
levels and sustain populations during future downturns in ocean
conditions. Although the BRT couched its conclusion in terms of the
statutory definition of a threatened species (that is, not in danger of
extinction, but likely to become endangered in the foreseeable future),
the BRT's conclusion did not constitute a recommendation to list the
species. Our listing determination also considered the risks and
benefits from artificial propagation programs included in the ESU,
efforts being made to protect the species, and the five factors listed
under section 4(a)(1) of the ESA.
On June 14, 2004, based primarily on the BRT voting results, we
proposed to list the Oregon Coast coho ESU as a threatened species (69
FR 33102). However, the proposed listing recognized that further
information would likely become available and that this information
could affect the outcome of the final determination. In the proposed
rule, we noted that Oregon was initiating a comprehensive assessment of
the viability of the Oregon Coast coho ESU and of the adequacy of
actions under the Oregon Plan for conserving Oregon Coast coho. As part
of that proposed rule we proposed amendments to existing protective
regulations issued under ESA section
[[Page 7817]]
4(d) (``4(d) regulations'') for all threatened West Coast salmon and
steelhead (50 CFR 223.203). These amendments were needed to: (1)
Provide flexibility in fisheries and hatchery management; and (2)
simplify and clarify the existing regulations so that they may be more
efficiently and effectively accessed and interpreted by all affected
parties.
On December 14, 2004, we proposed designations of critical habitat
for 13 ESUs of Pacific salmon and steelhead in the Pacific Northwest,
including the Oregon Coast coho ESU (69 FR 74572). We proposed critical
habitat in 72 of 80 occupied watersheds, contained in 13 subbasins,
totaling approximately 6,665 stream miles along the Oregon Coast, south
of the Columbia River and north of Cape Blanco (Oregon). The estimated
economic impact of the areas proposed for critical habitat was
approximately $15.7 million. Eight occupied watersheds were proposed
for exclusion because the high benefits of exclusion (due to economic
impacts) outweighed the low benefits of inclusion (due to the low
inherent conservation value for the listed species). These excluded
watersheds included approximately 134 stream miles and represented a 15
percent reduction (approximately $2.75 million) in the economic impact
of the proposed designation. To assess economic impacts we measured the
co-extensive impacts because, based on the existing record, we could
not distinguish between the costs associated with the species' listing
from the costs of separately designating critical habitat.
In January 2005 the State of Oregon released a draft Oregon Coastal
Coho Assessment (Oregon's Draft Viability Assessment), which (1)
evaluated the current viability of the Oregon Coast coho ESU, and (2)
evaluated the certainty of implementation and effectiveness of the
Oregon Plan measures in addressing the factors for decline of the
Oregon Coast coho ESU. The latter evaluation was intended to satisfy
the joint NMFS--FWS Policy on Evaluating Conservation Efforts
(``PECE''; 68 FR 15100; March 28, 2003). Oregon's Draft Viability
Assessment concluded that the Oregon Coast coho ESU is currently viable
and that measures under the Oregon Plan have stopped, if not reversed,
the deterioration of Oregon Coast coho habitats. The Draft Viability
Assessment also concluded that it is highly likely that existing
monitoring efforts would detect any significant future deterioration in
the ESU's viability, or degradation of environmental condition,
allowing a timely and appropriate response to conserve the ESU. On
February 9, 2005, we published a notice of availability of Oregon's
Draft Viability Assessment for public review and comment in the Federal
Register (70 FR 6840) and noted that information presented in the draft
and final assessments would be considered in making the final listing
determination for the Oregon Coast coho ESU.
We forwarded the public comments we received on Oregon's Draft
Viability Assessment, as well as our technical reviews, for Oregon's
consideration in developing its final assessment. The public comments
and our review highlighted areas of uncertainty or disagreement
regarding the sufficiency and accuracy of Oregon's Draft Viability
Assessment, including: the assumption that Oregon Coast coho
populations are inherently resilient at low abundance, and that this
compensatory response will prevent extinction during periods of low
marine survival; the apparent de-emphasis of abundance as a useful
indicator of extinction risk; assumptions regarding the duration and
severity of future periods of unfavorable marine and freshwater
conditions; the ability of monitoring and adaptive management efforts
to detect population declines or habitat degradation, and to identify
and implement necessary protective measures; and the ability of Oregon
Plan measures to halt or reverse habitat degradation once detected.
On May 13, 2005, Oregon issued its final Oregon Coastal Coho
Assessment (Oregon's Final Viability Assessment). Oregon's Final
Viability Assessment included several changes intended to address
concerns raised regarding the sufficiency and accuracy of the draft
assessment. Oregon's Final Viability Assessment concluded that: (1) The
Oregon Coast coho ESU is viable under current conditions, and should be
sustainable through a future period of adverse environmental conditions
(including a prolonged period of poor ocean productivity); (2) given
the assessed viability of the ESU, the quality and quantity of habitat
is necessarily sufficient to support a viable ESU; and (3) the
integration of laws, adaptive management programs, and monitoring
efforts under the Oregon Plan will maintain and improve environmental
conditions and the viability of the ESU into the foreseeable future.
On June 28, 2005 (70 FR 37217), we announced a 6-month extension of
the final listing determination for the Oregon Coast coho ESU, finding
that ``there is substantial disagreement regarding the sufficiency or
accuracy of the available data relevant to the determination * * * for
the purposes of soliciting additional data'' (section 4(b)(6)(B)(i) of
the ESA). We announced a 30-day public comment period to solicit
information regarding the validity of Oregon's Final Viability
Assessment, particularly in light of the concerns raised with respect
to Oregon's Draft Viability Assessment. In September 2005 we issued
final critical habitat designations for 12 Pacific Northwest ESUs (70
FR 52685; September 2, 2005), but we did not issue a final critical
habitat designation for Oregon Coast coho because it was only proposed
for listing at that time.
On January 19, 2006, we issued a final determination that listing
the Oregon Coast coho ESU under the ESA was not warranted (71 FR 3033).
As part of this determination, we withdrew the proposed ESA section
4(d) regulations and critical habitat designation for the ESU. In
reaching our determination not to list Oregon Coast coho, we found that
the BRT's slight majority opinion that the ESU is ``likely to become
endangered'' and the conclusion of the Oregon Final Viability
Assessment that the ESU is viable represented competing reasonable
inferences from the available scientific information and considerable
associated uncertainty. The difference of opinion centered on whether
the ESU was at risk because of the ``threatened destruction,
modification, or curtailment of its habitat or range.'' We conducted an
analysis of current habitat status and likely future habitat trends
(NMFS, 2005a) and found that: (1) The sufficiency of current habitat
conditions was unknown; and (2) likely future habitat trends were mixed
(i.e., some habitat elements were likely to improve, some were likely
to decline, others were likely to remain in their current condition).
We concluded that there was insufficient evidence to support the
conclusion that the ESU was more likely than not to become an
endangered species in the foreseeable future throughout all or a
significant portion of its range.
Our decision not to list the Oregon Coast coho ESU was challenged
in Trout Unlimited. On October 9, 2007, the U.S. District Court for the
District of Oregon invalidated our January 2006 decision not to list
Oregon Coast coho (Trout Unlimited v. Lohn, Civ. No. 06-01493 ST (D.
Oreg., October 9, 2007). The Court found that Oregon's Viability
Assessment does not represent the best available science, and that we
improperly considered it in reaching our final listing decision. The
Court ordered us to issue a new final listing rule consistent with the
ESA. This listing decision has been made in compliance with the Court's
order.
[[Page 7818]]
ESA Statutory Provisions
Listing Determinations
The ESA defines an endangered species as one that is in danger of
extinction throughout all or a significant portion of its range, and a
threatened species as one that is likely to become endangered in the
foreseeable future (sections 3(6) and 3(20), respectively). The statute
requires us to determine whether any species is endangered or
threatened because of any of five factors: the present or threatened
destruction of its habitat, overexploitation, disease or predation, the
inadequacy of existing regulatory mechanisms, or any other natural or
manmade factors (section 4(a)(1)(A)-(E)). We are to make this
determination based solely on the best available scientific information
after conducting a review of the status of the species and taking into
account any efforts being made by states or foreign governments to
protect the species. The focus of our evaluation of these five factors
is to evaluate whether and to what extent a given factor represents a
threat to the future survival of the species. The focus of our
consideration of protective efforts is to evaluate whether these
efforts substantially have and will continue to address the identified
threats and so ameliorate a species' risk of extinction. In making our
listing determination, we must consider all factors that may affect the
future viability of the species, including whether regulatory and
conservation programs are inadequate and allow threats to the species
to persist or worsen, or whether these programs are likely to mitigate
threats to the species and reduce its extinction risk. The steps we
follow in implementing this statutory scheme are to: review the status
of the species, analyze the factors listed in section 4(a)(1) of the
ESA to identify threats facing the species, assess whether certain
protective efforts mitigate these threats, and make our best prediction
about the species' future persistence.
As indicated above, the PECE provides direction for considering
protective efforts identified in conservation agreements, conservation
plans, management plans, or similar documents (developed by Federal
agencies, state and local governments, tribal governments, businesses,
organizations, and individuals) that have not yet been implemented, or
have been implemented but have not yet demonstrated effectiveness. The
policy articulates several criteria for evaluating the certainty of
implementation and effectiveness of protective efforts to aid in
determining whether a species warrants listing under the ESA.
Evaluation of the certainty that an effort will be implemented includes
whether: the necessary resources (e.g., funding and staffing) are
available; the requisite agreements have been formalized such that the
necessary authority and regulatory mechanisms are in place; there is a
schedule for completion and evaluation of the stated objectives; and
(for voluntary efforts) the necessary incentives are in place to ensure
adequate participation. The evaluation of the certainty of an effort's
effectiveness is made on the basis of whether the effort or plan:
Establishes specific conservation objectives; identifies the necessary
steps to reduce threats or factors for decline; includes quantifiable
performance measures for the monitoring of compliance and
effectiveness; incorporates the principles of adaptive management; and
is likely to improve the species' viability at the time of the listing
determination.
PECE also notes several important caveats. Satisfaction of the
above mentioned criteria for implementation and effectiveness
establishes a given protective effort as a candidate for consideration,
but does not mean that an effort will ultimately change the risk
assessment. The policy stresses that, just as listing determinations
must be based on the viability of the species at the time of review, so
they must be based on the state of protective efforts at the time of
the listing determination. The PECE does not provide explicit guidance
on how protective efforts affecting only a portion of a species' range
may affect a listing determination, other than to say that such efforts
will be evaluated in the context of other efforts being made and the
species' overall viability.
Protective Regulations
ESA section 9(a) take and other prohibitions (16 U.S.C.
1538(a)(1)(B)) apply to all species listed as endangered. Hatchery
stocks determined to be part of endangered ESUs are afforded all of the
full section 9 protections. In the case of threatened species, ESA
section 4(d) leaves it to the Secretary of Commerce's (Secretary)
discretion to determine whether and to what extent regulatory
requirements may be appropriate, by directing the Secretary to issue
regulations determined to be necessary and advisable for the
conservation of the species. We have flexibility under section 4(d) to
tailor protective regulations based on the contributions of available
conservation measures. The 4(d) regulations may prohibit, with respect
to threatened species, some or all of the acts which section 9(a) of
the ESA prohibits with respect to endangered species.
Critical Habitat
Section 3 of the ESA defines critical habitat as (1) specific areas
within the geographical area occupied by the species at the time of
listing, on which are found those physical or biological features that
are essential to the conservation of the listed species and that may
require special management considerations or protection, and (2)
specific areas outside the geographical area occupied by the species at
the time of listing that are essential for the conservation of a listed
species. In designating critical habitat our regulations direct us to
focus on ``primary constituent elements,'' or PCEs, in identifying
these physical or biological features. Section 4 of the ESA requires us
to consider the economic impacts, impacts on national security, and
other relevant impacts of specifying any particular area as critical
habitat. We may exclude any area from critical habitat if we determine
that the benefits of such exclusion outweigh the benefits of specifying
such area as part of the critical habitat, unless the failure to
designate such an area will result in the extinction of the species.
At the time of a proposed listing determination, ESA section
4(a)(3) and our regulations require us to specify critical habitat to
the maximum extent ``prudent and determinable.'' Critical habitat
designation is not prudent if: (1) The species is threatened by taking
or other human activity and the identification of critical habitat can
be expected to increase such threat(s); or (2) critical habitat
designation would not be beneficial to the species. Critical habitat is
not determinable if: (1) Sufficient information is lacking to perform
the required analyses of the impact of the designation; or (2) the
biological needs of the species are not sufficiently well known to
identify an area as critical habitat. In our proposed rule to designate
specific areas as critical habitat (69 FR 74572; December 14, 2004), we
determined that designating critical habitat for this species is
prudent and determinable. The record continues to support this
determination.
The ESA requires that a final regulation designating critical
habitat be published concurrently with the final determination listing
a species as threatened or endangered, unless: (1) It is essential to
the conservation of such species that the species be listed promptly
(e.g., in instances when a species is listed by emergency rule); or (2)
critical habitat of such species is not
[[Page 7819]]
then determinable. Section 7(a)(2) of the ESA requires that each
Federal agency shall, in consultation with, and with the assistance of,
NMFS, ensure that any action authorized, funded or carried out by such
agency is not likely to jeopardize the continued existence of any
listed species or result in the destruction or adverse modification of
its designated critical habitat.
Summary of Public and Independent Review
Our regulations require that we allow a period of at least 60 days
for the public to review and comment on a proposed rule to list,
delist, or reclassify a species, or to designate or revise critical
habitat. We may extend or reopen the comment period upon finding that
there is good cause to do so by publishing notice in the Federal
Register. We are required to hold at least one public hearing if any
person so requests within 45 days of the publication of a proposed
rule. Notice of the location and time of any hearings is published in
the Federal Register.
A 1994 joint NMFS-FWS policy (Independent Review Policy) requires
us to solicit independent expert review from at least three qualified
specialists, concurrent with the public comment period following a
proposed rule (59 FR 34270; July 1, 1994). In December 2004 the Office
of Management and Budget (OMB) issued a Final Information Quality
Bulletin for Peer Review (Peer Review Bulletin), establishing minimum
peer review standards, a transparent process for public disclosure, and
opportunities for public input. The OMB Peer Review Bulletin,
implemented under the Information Quality Act (Pub. L. 106-554), is
intended to ensure the quality of agency information, analyses, and
regulatory activities and provide for a more transparent review
process.
Listing Determination and Protective Regulations
We solicited public comment on the proposed listing determination
and ESA section 4(d) regulations for the Oregon Coast coho ESU for a
total of 208 days (69 FR 33102, June 14, 2004; 69 FR 53031, August 31,
2004; 69 FR 61348, October 18, 2004; 70 FR 6840, February 9, 2005; 70
FR 37217, June 28, 2005). In addition, we held eight public hearings in
the Pacific Northwest concerning the June 2004 West Coast salmon and
steelhead proposed 4(d) regulations and proposed listing
determinations, including the proposed determination for the Oregon
Coast coho ESU (69 FR 53031, August 31, 2004; 69 FR 61348, October 18,
2004). In compliance with the 1994 Independent Review Policy we
solicited technical review of the June 2004 proposed 4(d) regulations
and listing determinations, including the proposed determination for
the Oregon Coast coho ESU, from over 50 independent experts selected
from the academic and scientific community, Native American tribal
groups, Federal and state agencies, and the private sector. The
individuals from whom we solicited review of the proposals and the
underlying science were selected because of their demonstrated
expertise in a variety of disciplines including: Artificial
propagation; salmonid biology, taxonomy, and ecology; genetic and
molecular techniques and analyses; population demography; quantitative
methods of assessing extinction risk; fisheries management; local and
regional habitat conditions and processes; and conducting scientific
analyses in support of ESA listing determinations. The individuals
solicited represent a broad spectrum of perspectives and expertise. The
individuals solicited include those who have been critical of past
agency actions in implementing the ESA for West Coast salmon and
steelhead, as well as those who have been supportive of these actions.
These individuals were not involved in producing the scientific
information for our determinations and were not employed by the agency.
We received comments from four of these experts. In addition to these
solicited reviews, several independent scientific panels and academic
societies provided technical review of the proposals and the supporting
documentation. With respect to the Peer Review Bulletin's requirements
for ``adequate [prior] peer review,'' we believe the independent expert
review under the 1994 Independent Review Policy, and the comments
received from several academic societies and expert advisory panels,
collectively satisfy the Peer Review Bulletin's requirements (NMFS,
2005b).
In response to our requests for information and comments on the
June 2004 proposed listing determinations, we received over 28,250
comments by fax, standard mail, and e-mail. The majority of the
comments received were from interested individuals who submitted form
letters or form e-mails that addressed general issues not specific to
the Oregon Coast coho ESU. Comments were also submitted by state and
tribal natural resource agencies, fishing groups, environmental
organizations, home builder associations, academic and professional
societies, expert advisory panels, farming groups, irrigation groups,
and individuals with expertise in Pacific salmonids. The majority of
commenters focused on the consideration of hatchery-origin fish in ESA
listing determinations, with only a few comments specifically
addressing the Oregon Coast coho ESU. We also received comments from 4
of the 50 independent experts from whom we had requested technical
review of the scientific information underlying the June 2004 proposed
listing determinations. Their comments did not specifically address the
proposed determination for the Oregon Coast coho ESU. The reader is
referred to the final hatchery listing policy (70 FR 37204; June 28,
2005) and the final listing determinations and ESA section 4(d)
regulations for 16 salmon ESUs (70 FR 37160; June 28, 2005) for a
summary and discussion of issues raised by the comments that were not
specific to the Oregon Coast coho ESU. The comments addressing the
proposed listing determination for the Oregon Coast coho ESU are
summarized below. We did not receive any comments that addressed the
proposed 4(d) regulations in the specific context of the Oregon Coast
coho ESU.
Critical Habitat
We solicited public comment on the proposed critical habitat
designation for Oregon Coast coho for a total of 105 days (69 FR 74578,
December 14, 2004; 70 FR 6394; February 7, 2005). We also contacted the
appropriate Federal, state, and local agencies, scientific
organizations, and other interested parties and invited them to comment
on the proposed rule. To facilitate public participation, we made the
proposed rule available via the Internet as soon as it was signed by
the AA of NMFS (approximately 2 weeks prior to actual publication). In
addition, we held four public hearings in the Pacific Northwest between
January 11, 2005, and January 25, 2005. We received 5,230 written
comments (5,111 of these were ``form e-mails'' with nearly identical
verbiage) during the comment period on the proposed rule. Eight
comments addressed specifically, or in part, the proposed critical
habitat designation for the Oregon Coast coho ESU.
In compliance with the Peer Review Bulletin, prior to publishing
the proposed rule we submitted the initial biological assessments of
our Critical Habitat Analytical Review Teams (CHARTs) to state and
tribal comanagers and asked them to review those findings. These
comanager reviews resulted in several changes to the CHARTs'
preliminary assessments (for
[[Page 7820]]
example, revised fish distribution as well as conservation value
ratings) and helped ensure that the CHARTs' revised findings
incorporated the best available scientific data. Consistent with the
1994 Independent Review Policy, we later solicited technical review of
the entire critical habitat proposal (including the underlying
biological and economic reports) from 45 independent experts selected
from the academic and scientific community, Native American tribal
groups, Federal and state agencies, and the private sector. We also
solicited opinions from three individuals with economics expertise to
review the draft economics analysis supporting the proposed rule. All
three of the economics reviewers and three of the biological reviewers
submitted written opinions on our proposal. We have determined that the
independent expert review and comments received regarding the science
involved in this rulemaking constitute adequate prior review under
section II.2 of the OMB Peer Review Bulletin (NMFS, 2005c) and satisfy
the 1994 Independent Review Policy.
We reviewed all comments received from the peer reviewers and the
public for substantive issues and new information regarding critical
habitat for all 13 ESUs addressed in the proposed rule. The reader is
referred to the final critical habitat designations for 12 Pacific
Northwest ESUs (70 FR 52685; September 2, 2005) for a summary and
discussion of general issues, or issues specific to other ESUs. The
comments addressing the proposed critical habitat designation for the
Oregon Coast coho ESU are summarized below.
Comments Specific to Oregon Coast Coho
Below we address the comments received that directly pertain to:
(1) The listing determination for the Oregon Coast coho ESU, and (2)
the designation of critical habitat for the Oregon Coast coho ESU.
(Copies of the full text of comments received are available upon
request, see ADDRESSES and FOR FURTHER INFORMATION CONTACT, above.)
Comments Regarding the Listing Determination
Comment 1: The Oregon Department of Fish and Wildlife (ODFW)
expressed concern regarding the proposed inclusion of the North Fork
Nehalem River coho hatchery program in the Oregon Coast coho ESU. ODFW
explained that the hatchery program propagates two different stocks:
The North Fork Nehalem River hatchery coho stock (ODFW stock
32) and the Fishhawk Lake hatchery coho stock (ODFW stock
99). ODFW noted that both stocks, although founded using local
natural-origin fish, are presently managed as isolated broodstocks.
Although the level of divergence between these hatchery stocks and the
local wild populations is not known, ODFW noted that our hatchery
reviews (NMFS, 2003b, 2004a, 2004b) acknowledged that the level of
divergence may be substantial. ODFW recommended that both the North
Fork Nehalem River and Fishhawk Lake hatchery stocks be excluded from
the ESU.
ODFW also noted that the recently founded Calapooya Creek (Umpqua
River basin, Oregon) hatchery coho stock was not included in our
hatchery reviews. The Calapooya Creek program was a small, short-term
(in operation from 2001-2003), research hatchery program conducted to
evaluate the use of hatchery-reared fish in the supplementation of a
wild coho population. The program is no longer releasing fish, and had
adults returning through 2006. ODFW suggested that, had we included
this stock in our initial evaluations, the progeny expected to return
through 2006 would have been considered as part of the Oregon Coast
coho ESU.
Response: We agree with ODFW's comments that the North Fork Nehalem
River and Fishhawk Lake stocks propagated by the Nehalem hatchery coho
program are substantially reproductively isolated from the local
natural populations, and diverged substantially from the evolutionary
legacy of the ESU. Moreover, since our 2006 final determination these
two programs have been discontinued, with the last adults returning in
2007 (NMFS, 2007a). We conclude that the North Fork Nehalem River and
Fishhawk Lake hatchery coho stocks are not part of the Oregon Coast
coho ESU.
We did not include the Calapooya Creek coho hatchery stock in our
hatchery reviews as the program is no longer collecting fish for
broodstock or releasing smolts. We agree with ODFW that returns from
Calapooya Creek hatchery stock, having been derived from local natural-
origin fish, likely were no more than moderately diverged from the
local natural populations. However, given that the program has been
terminated, and 2006 was the last year of returns, the Calapooya Creek
hatchery stock will not be considered part of the Oregon Coast coho
ESU.
At the time of the 2004 proposed rule and our January 2006 final
determination not to list the ESU, Cow Creek (ODFW stock 37),
the North Umpqua River (ODFW stock 18), the Coos Basin (ODFW
stock 37), and the Coquille River (ODFW stock 44)
hatchery coho programs were considered part of the Oregon Coast coho
ESU. The latter three of these programs have been discontinued since
our 2006 final determination (NMFS, 2007a). The last year of returns
for these programs is 2007. Given that the North Umpqua River, Coos
Basin, and Coquille River hatchery programs have been terminated, and
this winter (2007) is the last year of returns, these stocks will not
be considered part of the Oregon Coast coho ESU.
Comment 2: A comment submitted by the Pacific Rivers Council (PRC)
included a July 2003 report investigating the potential benefits of a
modeled conservation hatchery program in supplementing Oregon Coast
coho (Oosterhout and Huntington, 2003). PRC asserted that the report
supports their position that hatchery fish should be considered as only
a threat to wild salmonid populations, and that any potential short-
term benefits of artificial propagation are outweighed by the long-term
damaging genetic and ecological effects on wild populations. The
Oosterhout and Huntington (2003) report modeled an ``idealized
conservation hatchery'' program and evaluated the success of
supplementation efforts under different scenarios of habitat quality
and marine survival. The authors conclude from their modeling study
that supplementation, even under optimized model assumptions, poses
long-term ecological and genetic risks, and any short-term gains in
salmon abundance are temporary.
Response: The use of artificial propagation represents a broad
spectrum of hatchery practices and facilities, as well as a variety of
ecological settings into which hatchery-origin fish are released. For
this reason it is essential to assess hatchery programs on a case-by-
case basis. Our assessment of the benefits, risks, and uncertainties of
artificial propagation concluded that the specific hatchery programs
considered to be part of the Oregon Coast coho ESU collectively do not
substantially reduce the extinction risk of the ESU in-total (NMFS,
2004b). We noted that these hatchery programs likely contribute to an
increased abundance of total natural spawners in the short term,
although their contribution to the productivity of the supplemented
populations is unknown. Our assessment is consistent with the findings
of Oosterhout and Huntington (2003). The findings of scientific
studies, such as the subject study on simulated conservation hatchery
[[Page 7821]]
programs and their impacts on natural coho populations, inform our
consideration of the benefits and risks to be expected from artificial
propagation. However, it would be inappropriate to rely on theoretical
conclusions about the effectiveness of hatchery programs while ignoring
program-specific information regarding broodstock origin, hatchery
practices, and performance of hatchery- and natural-origin fish.
Comment 3: Douglas County Board of Commissioners (Oregon) submitted
a report (Cramer et al., 2004) that concludes that NMFS' earlier
viability analyses overstate the risks to Oregon Coast coho
populations, and that the 2003 BRT's findings warrant reconsideration.
The Cramer et al. (2004) report asserts that previous viability
assessments failed to adequately consider connectivity among spawner
aggregations, underestimated juvenile over-winter survival in smaller
stream reaches, and underestimated coho population stability. The
report asserts that sharp reductions in ocean harvest rates since 1994,
declining influence of hatchery-origin fish, and improved monitoring
and evaluation under the Oregon Plan confer a very low risk of
extinction even if future marine survival rates are low and remain low.
Response: The Cramer et al. (2004) report does not present any
substantial new information, other than including an additional year of
abundance data that was not available to the BRT. The report emphasizes
selective aspects of the available data including: reduction of threats
by changes in fishery and harvest management; and improved biological
status evidenced by increasing spawning escapements and successful
juvenile rearing throughout the ESU. These observations and analyses
were fully considered in the BRT's review (Good et al., 2005; NMFS,
2003a). The Cramer et al. (2004) report does not, by itself, add to our
consideration of the BRT's findings.
Comment 4: Several commenters felt that effective regulatory
controls and monitoring programs are in place to ensure that harvest
and hatchery practices no longer threaten the ESU.
Response: Many noteworthy and important regulatory changes have
been made that adequately address historically harmful practices.
Changes in ocean and freshwater fisheries management have resulted in
sharp reductions in fishing mortality in Oregon Coast coho populations,
and likely have contributed to recent population increases. It is
unlikely that those harvest controls will weaken in the future, in
light of Federal management of ocean fisheries. Reforms in hatchery
management practices have limited the potential for adverse ecological
interactions between hatchery-origin and natural fish, and have
markedly reduced risks to the genetic diversity and reproductive
fitness for the majority of naturally spawned populations in the ESU.
It is also unlikely those reforms will be weakened in the future.
Comment 5: One commenter was critical of the Oregon Forest
Practices Act, and argued that it is inadequate to prevent the future
degradation of riparian habitats, particularly on private non-
industrial forestlands. The commenter noted that the Forest Practices
Act applies only to the commercial harvest of trees, and that non-
commercial land owners may cut riparian trees without restriction if
they do not sell the wood. The commenter noted that this unregulated
practice is particularly evident in areas with increased rural
residential development along streambanks.
Other commenters doubted whether regulations, restoration programs,
and other protective efforts would improve habitat conditions in the
foreseeable future. One commenter noted that there is an insufficient
data record to evaluate the success of protective efforts aimed at
restoring riparian habitats, particularly in increasing the recruitment
of large woody debris. Several other commenters doubted whether forest
management under the Oregon Plan has resulted, or will result, in an
increased amount of large-diameter trees (important for the recruitment
of large woody debris in coho rearing areas). The commenters argued
that the shorter rotations being implemented on private industrial
forest lands reduce the size of trees delivered to streams in
landslides, and thus may result in diminished stream complexity in
important coho rearing habitats.
Response: Our review suggests that there are likely to be
improvements in some aspects of habitat condition, declines in others,
and a continuation of current conditions in still others (NMFS, 2005a).
For example, the Northwest Forest Plan instituted riparian habitat
buffers and other measures on Federal lands that improved many of the
historical forestry practices that led to the loss and degradation of
riparian habitats. Development and implementation of Total Maximum
Daily Loads under the Federal Clean Water Act are likely to result in
improved water quality. Restoration efforts have treated approximately
seven percent of the stream miles within the range of the ESU over the
last 7 years with the intent of restoring stream complexity and
riparian habitats and improving water quality, though it is unclear how
much restoration is likely to occur in the future, given funding
uncertainties.
Forest practices on state and private land include some
improvements over historically harmful practices, such as the
establishment of riparian management areas under revisions to Oregon
forest practice rules in the 1990s. However, there are also offsetting
practices that are expected to degrade habitat conditions and
complexity, such as shorter harvest rotations, road construction, and
logging on unstable slopes and along debris flow paths (NMFS, 2005a).
For agricultural lands, riparian management is governed by
agricultural water quality management plans under Oregon Senate Bill
1010, as well as by subsequently developed riparian rules which
synthesize elements of individual Senate Bill 1010 plans for a given
basin. These agricultural plans and rules do not specify the vegetation
composition or size of the riparian areas to be established. The lack
of specificity of these agricultural plans makes the enforcement and
effectiveness of these plans uncertain (NMFS, 2005a). Any modest
improvements in riparian vegetation on agricultural lands under current
rules that might be expected may be offset by habitat declines
resulting from urban and rural development (NMFS, 2005a). On balance,
habitat conditions on agricultural lands are not likely to show
significant improvement or decline.
Future urbanization and development within the range of the ESU is
projected at approximately 20 percent population growth, representing
slightly more than 30,000 people over the next 40 years (NMFS, 2005a).
Most of this development is expected to be concentrated in lowland
areas with high intrinsic potential for rearing coho. Current urban or
rural growth boundaries encompass approximately nine percent of high
intrinsic potential riparian habitat areas, so future urbanization and
development activities could have significant implications for some
coho populations. The degree of potential impacts on coho habitat (both
positive and negative) is highly uncertain and depends largely on the
spatial distribution of future urbanization and development activities,
their proximity to riparian areas, and the kinds of development
activities undertaken and the land management practices used.
Comment 6: Several commenters expressed concern that inadequate
funding has limited the ability of many
[[Page 7822]]
Oregon agencies to monitor non-permitted habitat-affecting activities,
effectively enforce regulations, and ensure proper reporting of
permitted activities. The commenters felt that these inadequacies
should be considered evidence of uncertainty that some as yet, unproven
elements under the Oregon Plan will be implemented.
Response: The commenters are correct that the availability of
necessary funding and staffing resources is an important consideration
in evaluating how likely it is that a given protective effort will be
implemented. Our review has noted that funding declines have led to the
loss of staff at the Oregon Department of Environmental Quality,
Department of Forestry, and ODFW (NMFS, 2005a). The reduced funding has
slowed the completion of Total Maximum Daily Load water quality
standards, and reduced the ability to monitor water quality, habitat
structure and complexity, and fish populations.
Comments Regarding the Designation of Critical Habitat
Comment 7: One Federal commenter provided information recommending
changes to designated stream reaches in several watersheds due to
errors in interpreting existing salmon distribution maps, recent field
surveys, and the location of impassible barriers. This commenter also
questioned the inclusion of Jackson and Josephine counties as within
the range of areas designated as critical habitat for Oregon Coast coho
salmon.
Response: In light of the specific comments received, we have
reviewed all the data regarding habitat areas occupied by coho salmon
and the location of impassible barriers. This review included
discussions with local ODFW biologists familiar with the areas in
question. The majority of suggested revisions were found to be
warranted, and, as a result, we have updated the endpoints delineating
areas occupied by coho salmon, including those designated as critical
habitat, in ten watersheds (see ``Summary of Changes from the Proposed
Critical Habitat Designation''). We have also removed Josephine and
Jackson counties from the relevant critical habitat table in our
regulations. These counties overlap slightly with upland areas in
watersheds occupied by Oregon Coast coho salmon, but they do not
contain stream reaches designated as critical habitat for this ESU.
Comment 8: Two commenters questioned the ``medium'' conservation-
value rating assigned by the CHART to the habitat area for Devils Lake
coho. These areas are within a larger Devils Lake/Moolack Frontal
watershed. The commenters cited recent genetic data establishing that
coho from Rock Creek/Devils Lake are genetically distinct from other
populations in the ESU. The commenters believed that the coho in Devils
Lake possess a unique and distinct genetic heritage warranting a
``high'' conservation value rating.
Response: The CHART considered these comments along with recent
population identification work (Lawson et al., 2007) and genetic
analyses by Johnson and Banks (2007). The team maintained that the
Devils Lake/Moolack Frontal watershed (which contains Devils Lake) was
still of medium conservation value, noting that Devil's Lake coho are
one of ten small and dependent populations in this watershed and appear
to be most closely related to coho in the nearby Siletz River. The team
acknowledged that Devils Lake was the most productive of these ten
populations but that the overall watershed did not warrant a high
conservation value relative to other adjacent watersheds with more
extensive habitat areas and functionally independent populations (e.g.,
the Siletz River and Yaquina River watersheds). Regardless, Devils Lake
and all other habitat areas in the Devils Lake/Moolack Frontal
watershed are designated as critical habitat for Oregon Coast coho
salmon.
Comment 9: One tribal government expressed support of the proposed
exclusion of Indian lands from the area eligible for critical habitat
designation. The tribe agreed with our proposal that designating Indian
lands as critical habitat would adversely impact tribal partnerships
with us and limit the benefits that result from collaboration.
Additionally, the tribe felt that the proposal to not designate Indian
lands as critical habitat appropriately acknowledges tribal sovereignty
and authority in managing natural resources on their lands.
Response: This final rule maintains the exclusion of Indian lands
for the reasons described in the Exclusions Based on Impacts to Tribes
section below.
Comment 10: Several commenters argued that the conservation
benefits provided by certain conservation measures on non-Federal lands
provide sufficient protections so that there would be minimal benefit
of designating the affected areas as critical habitat. One commenter
felt that existing forest protections under the Oregon Forest
Protection Act and associated best management practices adequately
protect the PCEs found on private and state forest lands in the State
of Oregon. Another commenter felt that protections under the Oregon
Plan have demonstrated conservation benefits that warrant the exclusion
of affected areas from designation as critical habitat. Another
commenter felt that existing regulatory and other mechanisms under
these conservation measures are inadequate to protect the ESU and its
habitats. The commenter argued that it is essential to designate
critical habitat in these areas where existing regulatory mechanisms do
not prevent or alter certain activities that would adversely modify
habitat.
Response: The comments imply that if an area is covered by a
management plan, it either does not meet the ESA section 3(5)(a)
definition of critical habitat or it must be excluded from critical
habitat under ESA section 4(b)(2). Neither assertion is correct.
Section 3(5)(a) of the ESA defines critical habitat as occupied
areas containing physical or biological features that are (1) essential
to the conservation of the species and (2) which may require special
management considerations or protections. Consistent with the statute,
in identifying areas meeting the definition of critical habitat for
this ESU, we identified the physical or biological features essential
to the conservation of the ESU, identified the occupied areas where
these features are present, and then determined whether these features
in each area may require special management considerations and
protections. The bases for these conclusions are described further
below and in a separate report (NMFS, 2007b).
Section 4(b)(2) of the ESA gives the Secretary discretion to
exclude areas from critical habitat if he determines that benefits of
exclusion outweigh the benefits of designation. Exercising the
discretion to exclude an area from critical habitat requires evidence
of a benefit of exclusion. Section 4(b)(2) and the supporting
legislative history make clear that the consideration and weight given
to impacts are within the Secretary's (H.R. 95-1625) discretion and
that exclusion is not required even when the benefits of exclusion
outweigh the benefits of designation. In other critical habitat
designations for Pacific salmon and steelhead, the Secretary excluded
areas from critical habitat on private lands covered by habitat
conservation plans because there was evidence in the record that
exclusion would enhance the relationship between the landowner and the
agency. That improved relationship was expected to result in improved
implementation of the plan and incentives for the development of other
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plans, increasing conservation benefits for fish (70 FR 52630;
September 2, 2005). Regarding private and state lands subject to
Oregon's forest practice laws, there is no conservation agreement in
place between landowners and NMFS, nor any evidence in the record
supporting a conclusion that conservation actions of landowners subject
to these laws would improve as a result of exclusion. The same is true
for lands generally covered by the Oregon Plan. Based on our review of
available information, we found there were insufficient data and
analysis to conclude that there is a benefit of exclusion. Absent
evidence of a benefit of exclusion, we could not conclude that the
benefits of exclusion outweigh the benefits of inclusion.
Comment 11: Two Federal commenters felt that all Federal lands
merited exclusion from designation as critical habitat. They contended
that conservation benefits under PACFISH, the Northwest Forest Plan,
and National Forest Land and Resource Management Plans (LRMPs) provide
necessary protection and special management that eliminates the need to
designate habitats on Federal lands as critical. These commenters
contended that designating critical habitat on these Federal lands was
unnecessarily duplicative of existing ESA section 7 consultation
processes, inefficient (e.g., citing costs of re-initiating
consultation), while offering no additional conservation benefit to the
listed species. They believed that excluding Federal lands would be
consistent with our exclusion of military lands that are subject to
Integrated Natural Resource Management Plans, which they felt contain
similar provisions for the protection and restoration of listed
species.
Response: ESA section 4(b)(2) provides the Secretary with
discretion to exclude areas from the designation of critical habitat if
the Secretary determines that the benefits of exclusion outweigh the
benefits of designation, and the Secretary finds that exclusion of the
area will not result in extinction of the species. In the proposed
rule, and the reports supporting it, we explained the policies that
guided us and provided supporting analysis for a number of proposed
exclusions. We also noted a number of additional potential exclusions,
including those associated with the Oregon Coast coho salmon due to
conservation measures within the Northwest Forest Plan on Federal
lands, explaining that we were considering them because the Secretary
of the Interior had recently made similar exclusions in designating
critical habitat for the bull trout. In the final rule designating
critical habitat for 12 Pacific Northwest ESUs (70 FR 52630; September
2, 2005), we considered extensive comments supporting and opposing the
exclusion of Federal lands, as well as comments concerning alternative
approaches for assessing the benefits of exclusion versus inclusion of
lands as critical habitat. That final rule also stated the following
with regard to the potential exclusion of Federal lands and alternative
approaches to designation:
We will continue to study this issue and alternative approaches
in future rulemakings designating critical habitat. In particular,
we intend to analyze the planning and management framework for each
of the ownership categories proposed for consideration for
exclusion. In each case, we envision that the planning and
management framework would be evaluated against a set of criteria,
which could include at least some or all of the following:
1. Whether the land manager has specific written policies that
create a commitment to protection or appropriate management of the
physical or biological features essential to long-term conservation
of ESA-listed salmon and steelhead.
2. Whether the land manager has geographically specific goals
for protection or appropriate management of the physical or
biological features essential to long-term conservation of ESA-
listed salmon and steelhead.
3. Whether the land manager has guidance for land management
activities designed to achieve goals for protection or appropriate
management of the physical or biological features essential to long-
term conservation of ESA-listed salmon and steelhead.
4. Whether the land manager has an effective monitoring system
to evaluate progress toward goals for protection or appropriate
management of the physical or biological features essential to long-
term conservation of ESA-listed salmon and steelhead.
5. Whether the land manager has a management framework that will
adjust ongoing management to respond to monitoring results and/or
external review and validation of progress toward goals for
protection or appropriate management of the physical or biological
features essential to long-term conservation of ESA-listed salmon
and steelhead.
6. Whether the land manager has effective arrangements in place
for periodic and timely communications with NOAA on the
effectiveness of the planning and management framework in reaching
mutually agreed goals for protection or appropriate management of
the physical or biological features essential to long-term
conservation of ESA-listed salmon and steelhead.
NMFS has continued dialogue with the Federal land management agencies
since that time. Although we have not yet developed the type of
information that would allow us to exclude Federal lands at this time,
we will work with the land management agencies to develop the
information and consider exclusion of Federal lands, as well as
alternative approaches to designation, where the analysis provides
appropriate support. We anticipate that further analyses using
principles such as those above can result in additional data to inform
the ESA Section 4(b)(2) analysis regarding possible exclusion of
Federal lands from critical habitat designations.
Comment 12: One commenter and a peer reviewer expressed concern
that the economic analysis failed to consider the full range of
economic benefits of salmon habitat conservation and, therefore,
provided a distorted picture of the economic consequences of
designating versus excluding eligible habitat areas. The commenter
expressed concern that the economic impact of not designating
particular areas would impede recovery efforts, and this cost should be
considered in the economic analysis. The commenter cited the lack of
consideration in the economic analysis of the potential benefits of
critical habitat designation to: (1) Other aquatic and riparian
species; (2) water quality; (3) recreation; and (4) increased
recreational, commercial, and tribal harvest opportunities that would
be available with recovery.
Response: As described in the economic analysis (NMFS, 2007c) and
ESA section 4(b)(2) report (NMFS, 2007d), we did not have information
available at the scale of this designation that would allow us to
quantify the benefits of designation in terms of increased fisheries.
Such an estimate would have required us to estimate the additional
number of fish likely to be produced as a result of the designation,
and would have required us to determine how to allocate the economic
benefit from those additional fish to a particular watershed. Instead,
we considered the ``benefits of designation'' in terms of conservation
value ratings for each particular area (see ``Methods and Criteria Used
to Designate Critical Habitat'' section below). We also lacked
information to quantify and include in the economic analysis the
economic benefit that might result from such things as improved water
quality or flood control, or improved condition of other species.
Moreover, we did not have information at the scale of this
designation that would allow us to consider the relative ranking of
these types of benefits on the ``benefits of designation'' side of the
ESA section 4(b)(2) balancing process. Our primary focus was to
determine, consider, and balance the benefits of designating these
[[Page 7824]]
areas to the conservation of the listed species. Given the
uncertainties involved in quantifying or even ranking these ancillary
types of benefits, we did not include them in our analysis.
Final Species Determination
The Oregon Coast coho ESU includes all naturally spawned
populations of coho salmon in Oregon coastal streams south of the
Columbia River and north of Cape Blanco (63 FR 42587; August 10, 1998).
One hatchery stock is considered part of the ESU: The Cow Creek (ODFW
stock 37) hatchery coho stock.
On June 14, 2004, we proposed that five artificial propagation
programs should be considered part of the ESU (69 FR 33102), including
the North Fork Nehalem River (ODFW stock 32), the North
Umpqua River (ODFW stock 18), Coos Basin (ODFW stock
37), and the Coquille River (ODFW stock 44) coho
hatchery programs. Informed by our analysis of the comments received
from ODFW, and other recently available information (see Comment 1 and
response, above), we conclude that these four hatchery programs are not
part of the Oregon Coast coho ESU.
Assessment of the Species' Status
The steps we follow in making a listing determination are to:
Review the status of the species, analyze the factors listed in section
4(a)(1) of the ESA to identify threats facing the species, assess
whether certain protective efforts mitigate these threats, and predict
the species' future persistence. Below we summarize the information we
evaluated in reviewing the status of the Oregon Coast coho ESU. We
considered the information included in the record for our January 2006
determination in a manner consistent with the Court's ruling in Trout
Unlimited. We also considered additional status information that was
readily available since our January 2006 decision, to determine if this
new information is consistent with our conclusion based on the January
2006 (as the Court has ordered us to consider it).
We begin a typical listing determination for a salmon ESU by
gathering the most recent available and relevant biological information
and appointing a panel of Federal scientists (the BRT) familiar with
the biology and population dynamics of salmon. This panel reviews the
status information, considers and discusses various possible
interpretations of the information, and prepares a written report
containing its recommendations as well as the basis for them. In
addition, the documents underlying the BRT's conclusions are made
available to the decision maker for consideration. Typically, the BRT's
review takes about 3-6 months to complete.
At the same time, regulatory staff gather updated information about
the status and trends for other related factors, including the
potential contributions (both positive and negative) from hatchery
programs, the condition of the habitat, and the expected implementation
and effectiveness of conservation efforts. This information is
considered together with the BRT's recommendations in forming a final
determination and preparing a written explanation of that
determination.
While the above steps were conducted for Oregon Coast coho prior to