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Pinkham Meadow Proposed Action
USDA FOREST SERVICE
KOOTENAI NATIONAL FOREST
REXFORD AND FORTINE
RANGER DISTRICTS
*Photo Credit: Laura Jungst
Pinkham Falls
Page 2 Pinkham Meadow
Introduction The Rexford and Fortine Ranger Districts of the
Kootenai National Forest have developed a
Proposed Action for the Pinkham Meadow
Project. The project area is located South and
West of Eureka, Montana along Pinkham Ridge.
The legal description of the project area includes
all or portions of Townships 33, 34, 35, and 36
North, Ranges 26, 27, and 28 West, Lincoln
County, Montana. A map displaying the proposed
activity area is enclosed.
The project boundary encompasses 108,182
acres, of which 70,170 are National Forest
System Lands (NFSL). To accommodate several
isolated parcels of
NFSL and for ease of
analysis, the boundary
of the project area
includes Non-NFSL.
Proposed activities are
on NFSL only. The
project area ranges in
elevation from
approximately 6700
feet at the top of Lydia
Mountain to 2300 feet
at the mouth of the
Tobacco River. There
are no Inventoried
Roadless Areas within
the project boundary. The project area includes
48,141 acres of NFSL in the Wildland Urban
Interface (WUI). This project also lies within the
Tobacco Bear Outside Recovery Zone (BORZ)
for grizzly bears.
The area is important to Forest users for driving
for pleasure, developed and dispersed camping,
fishing, hunting, hiking, firewood cutting, cross
country skiing, and snowmobiling. The project
area has provided forest products to the regional
economy for many years. Timber harvest and
prescribed fire are important tools for vegetation
management in this area.
Background The Pinkham Meadow Project was initiated in
April of 2013. Following the Project Initiation
Letter, the interdisciplinary team was redirected
to other priority projects. The interdisciplinary
team evaluated the existing conditions and
opportunities for action in the project area. The
Purpose and Need was developed to respond to
the existing conditions in the project area and to
trend the project area towards the desired
conditions identified in the goals and objectives
of the 2015 Kootenai National Forest Land and
Resource Management Plan. This project would
comply with laws, regulations, and policies
regarding management of National Forest
System Lands.
Existing Condition
The project area
contains a variety
of habitat types,
ranging from the
lower elevation
warm, dry types to
higher elevation
cool, moist types.
Riparian corridors
are found along the major streams and tributaries.
The associated fire regimes in this area are highly
influenced by the inland maritime climate. The
project area shows evidence of a range between
frequent, low intensity fire in the low elevations
to mixed severity fires, with inclusions of stand
replacing burns, in the mid to high elevations.
Historic fire severity and frequency varies from
minor surface fires to stand replacing fires with
fire frequencies ranging from 15-350 years. The
existing condition of the landscape has been
influenced by historic fire events, followed by
years of fire suppression and timber harvest. In
areas which experienced frequent low severity
fire, resource specialists found dense stands of
*Photo Credit: Laura Jungst—View from Pink Creek
Page 3 Pinkham Meadow
Douglas-fir with scattered ponderosa
pine and Douglas-fir overstory.
Following fire events in the mid and
high elevations, Douglas-fir, lodgepole
pine, and western larch have
regenerated. There has also been a
gradual conversion of species across
all elevations to tree species that are
shade tolerant, drought intolerant, and
fire-sensitive. These species tend to be
more susceptible to insects and
disease. These conditions have also
changed the stand structure that is
present across much of the landscape,
with a large portion of areas falling
into the small and medium sized
structure categories.
Past management activities have created
openings. Since 1976, opening size has been
typically limited to 40 acres or less. Prior to
1976, management activities created somewhat
larger openings. Many of these openings are not
representative of the conditions that would have
been created in a stand replacing fire event due to
size and shape. Past stand replacing fires in this
area have resulted in a variety of opening sizes
(100-5,000+ acres) and shapes that can be seen in
aerial photos (current and historic). Historic
patch size resulted in large areas of forage
opportunities that eventually grew into areas of
cover and security for big game.
There are currently 419 total miles of National
Forest System Road (NFSR) in the project area.
Of those, 132 miles are closed yearlong, 20 miles
are closed seasonally and there are 267 open
yearlong.
Desired Condition The desired future condition for the project area
is to have forests in a condition that have the
capacity for renewal and recovery from
disturbance. Forests in this condition have high
ecological integrity and are diverse and
productive. This includes healthy stand
conditions, adequate seed sources and productive
soils. Forest age class distribution and species
composition would be in line with reference
ranges. Forests provide a mix of seral and
climax species and are more resilient to climate
change and other disturbance. The majority of
stands would have healthy, vigorously growing
trees, but some areas would still provide dense
hiding cover and security habitat for a variety of
wildlife species. Endemic insect and disease
levels will be present. The desired arrangement
of these stands would modify wildfire behavior
by keeping fire on the ground, allowing for direct
-attack fire suppression on a typical burn day,
especially in the wildland urban interface.
Forests in this condition provide recreational
opportunities, attract visitors and tourists, and
help provide an economic benefit to local
communities.
Another desired condition for the project area
would be to have a transportation system in place
that provides safe and efficient public and
administrative access to the Forest for both
motorized and non-motorized recreation, special
uses, forest resource management, and fire
management activities. It would be efficiently
*Photo Credit: Warren Appelhans—Rexford Bench
Page 4 Pinkham Meadow
maintained, environmentally compatible, and
responsive to public needs and desires. The
transportation system and its use would have
minimal impacts on resources including threatened
and endangered species, sensitive species, heritage
and cultural sites, watersheds, and aquatic species.
There would be no new creation of unauthorized
roads and trails.
Humans would continue to have a presence in the
project area. Opportunities for traditional recreation
activities such as hunting, fishing, gathering forest
products, hiking, cross country skiing and
snowmobiling would be maintained.
Kootenai National Forest Plan The 2015 Kootenai National Forest Land and
Resource Management Plan (Forest Plan) provides
direction for management activities on the Kootenai
National Forest. Forest wide management goals, as
well as specific management area direction,
represent the desired condition that management
actions are designed to achieve. If you would like
more information on the Forest Plan and its
direction, please visit https://www.fs.usda.gov/main/
kootenai/landmanagement/planning .
Management Areas The NFS lands on the Kootenai National Forest have
been divided into management areas (MAs) with specific
direction identified for each management area. The
Pinkham Meadow Project Area includes the following
MAs:
Purpose and Need
The interdisciplinary team has identified the
following purpose and need for treatment to trend
the landscape towards the desired condition
identified above:
Promote resilient vegetation conditions by
trending towards desired landscape-level
vegetation patterns, structure, fuel loading,
and species composition. This project
proposes to accomplish this through applying
commercial and non- commercial vegetation
management treatments and prescribed fire to:
Promote western larch, western white
pine, and ponderosa pine
Trend the structure of the forest to the
larger size class
Decrease tree densities
Reduce hazardous fuels in the WUI
Restore the role of fire on the landscape
Provide a safe and efficient transportation
system for the public and administrative
access that has minimal impacts on resources
such as threatened and endangered species,
sensitive species, old growth, heritage and
cultural sites, watersheds, and aquatic species.
This would be accomplished by:
Prevent creation of new unauthorized
roads
Place roads that are not needed for the
next 10-20 years into Intermittent
Stored Service
Constructing new and improving
existing trails
Proposed Action
The interdisciplinary team has developed a proposed
action that includes timber harvest and associated
fuels treatments, prescribed burning, road
management, and trail management proposals to
Management Area Acres
% of the
Project
Area
MA 3 – Special Areas 112 < 1%
MA 6 – General For-
est 68,924 64%
MA 7 - Primary Rec-
reation 1,133 1%
Other – State and
Private Lands 37,861 35%
Water 151 < 1%
Proposed Action Table 1. Management
Areas in the Pinkham Meadow Project
Page 5 Pinkham Meadow
address the purpose and need. Proposed Action
Table 2 shows a summary of the proposed action. Vegetation Management and Fuels Treatments
Pre-Commercial Thinning: The project proposes approximately 5,589 acres
of pre-commercial thinning. Pre-commercial
thinning is the removal of trees to reduce
stocking levels and concentrate growth on the
most desirable trees. This activity generally
occurs when the trees are less than 20 years old
and realizes no financial gain. The activity would
be accomplished using chain saws. In areas
adjacent to private land, hand piling of slash
followed by pile burning may occur, dependent
upon the fuels created. This responds to the
purpose and need by trending the structure of the
forest to the large size class, decreasing tree
densities and reducing hazardous fuels in the
WUI.
Commercial Thinning:
The project proposes approximately 4,093 acres
of commercial thinning. Commercial thinning is
a silvicultural treatment where subordinate trees
from all crown classes are harvested to reduce
stand density. The primary objectives of this
treatment are to improve stand vigor, enhance
forest health, and recover the economic value of
mortality. The residual stand would be considered
adequately stocked to meet most management
objectives.
View of Tobacco Valley and Canadian Rockies from the Black Butte Fire Look-
out Tower Photo Credit: Warren Appelhans
Vegetation Management &
Fuels Treatment
Approximate
Acres
Pre-Commercial Thin 5,589
Commercial Thin 4,093
Improvement Cut 3,360
Mosaic Harvest 346
Regeneration Harvest 492
Mechanical Fuels Reduction 3,090
Understory Thin/Fuels Reduc-
tion
223
Post and Pole Harvest 393
Prescribed Burning
(Maintenance and Ecosystem)
6,915
Aspen Enhancement 51
Total Vegetation Manage-
ment & Fuels Treatment
24,550
Transportation Manage-
ment
Approximate
Miles
Addition of road to NFSR 1.1
Convert road to trail 0.3
Decommission 2.6
Intermittent Stored Service 10.5
Restrict 12/1 to 4/30 to all
motorized vehicles
4.2
Restrict yearlong to protect
old growth
13.2
Restrict yearlong including
over snow
11.5
Construct new road 1.0
Temporary road construction 6 roads totaling
2.1 miles
BMP maintenance 251.0
Special Use Permit 0.3
Other Actions
Water Fill Site Improvements 7 each
Trail Construction 9.9 miles
Trail Improvements 1.4 miles
Proposed Action Table 2. Summary of
the Proposed Action
Page 6 Pinkham Meadow
In some situations, regeneration may be
initiated, but the new cohort would not be
managed; total emphasis would be on the
residual stand. Commercial thinning would
result in approximately 50% canopy removal.
The photo in the center of the page is an
example of a completed commercial thin. This
responds to the purpose and need by promoting
desired tree species, trending the structure of the
forest to the larger size class and decreasing tree
densities.
Improvement Cutting:
The project proposes approximately 3,360 acres
of improvement cutting.
Improvement cutting is
a commercial treatment
that consists of a cutting
made in a stand past the
sapling stage primarily
to improve composition
and quality by removing
less desirable trees of
any species. In practice,
this method improves
the overall vigor of a
stand by removing trees
with short crowns with
low vigor, those with
poor form, those trees competing with more
vigorous or more desired species, or those trees
in excess of desired density levels. The residual
stand would be considered adequately stocked to
meet most management objectives. In some
situations, regeneration may be initiated, but the
new cohort would not be actively managed; the
major emphasis would be on the residual stand.
This responds to the purpose and need for this
project by promoting desired tree species,
trending the structure of the forest to the large
size class, decreasing tree densities and reducing
hazardous fuels in the WUI.
Mosaic Harvest:
The project proposes approximately 346 acres of
mosaic harvest. Mosaic harvest is a
combination of intermediate and regeneration
harvest techniques. The objective of mosaic
harvest is to sustain large fire resistant trees
through time by removing fire susceptible trees
that are competing with and decreasing the vigor
of the fire resistant trees. These fire susceptible
trees are also serving as ladder fuels that
increase the potential for stand replacing fire.
Regeneration may be initiated in many portions
of the stand but would be managed only in areas
where residual tree density is low enough to
permit adequate development of the new cohort.
Dispersal of leave trees would be somewhat
variable because designation would be based on
leaving the most vigorous trees. This responds to
the purpose and need
for this project by
promoting desired tree
species, trending the
structure of the forest to
the large size class,
decreasing tree densities
and reducing hazardous
fuels in the WUI.
Regeneration Harvest:
The project proposes
approximately 492
acres of regeneration
harvest. Regeneration harvest could include
shelterwood with reserves, seed tree with
reserves, or clear cut with reserves. The specific
prescription would be developed during the next
phase of the project, following more in depth
field reconnaissance. Regeneration harvest is
proposed for those stands where the objectives
are to initiate a new stand that is more resistant
to insect and disease attack, to reduce fuel
accumulations, and to capture the economic
value of dead and dying trees. This would be an
even aged silvicultural treatment. Stands have
been identified for regeneration harvest for the
following reasons:
Stands have sustained moderate to heavy
mortality and are too under-stocked to
implement intermediate harvest methods.
*Photo Credit: Megan Strom
Page 7 Pinkham Meadow
This mortality is due to Douglas-fir bark
beetle in Douglas-fir; mountain pine
beetle in lodgepole pine; a variety of
endemic sources, such as stem breakage
due to stem decay in dense, older stands
composed primarily of Douglas-fir,
subalpine fir, spruce, and lodgepole pine
that are declining in vigor; or a
combination of these factors.
Stands that are largely composed of thin-
barked, shallow-rooted species such as
subalpine fir, spruce, and lodgepole pine are
not conducive to intermediate harvest methods.
These species are easily damaged during
harvest operations, and are not wind-firm or
fire-resistant. photo is an Root disease is
prevalent and the stand has a significant
percentage of susceptible species.
While regeneration harvest would retain most
fire-resistant overstory trees, the number of
trees remaining would vary, largely dependent
on their number and condition (vigor/fire
hardiness) prior to harvest.
Patches developed by regeneration harvest
would move toward naturally occurring
opening size and patterns. There are four units
proposed for regeneration harvest that would
create forest openings larger than 40 acres.
Creating openings larger than 40 acres requires
approval by the Regional Forester (FSM
2471.1). Regeneration harvest responds to the
purpose and need for this project by promoting
desired tree species, decreasing tree densities,
and reducing hazardous fuels in the WUI.
Post Treatment Burning:
All harvest treatments (Commercial thin,
improvement cutting, mosaic harvest and
regeneration harvest) would be followed
either by underburning, excavator pile and
burn, or entire tree yard/spot pile and burn to
reduce fuels left by treatment activities and to
prepare sites for regeneration. This responds
to the purpose and need for the project by
restoring fire to the landscape and reducing
hazardous fuels in the WUI.
Mechanical Fuels:
The project proposes approximately 3,090
acres of mechanical fuels reduction.
Mechanical fuels reduction would be used in
areas where stand densities and existing fuel
loads have accumulated to high levels within
the urban interface. The majority of the acres
within these units are conducive to excavator
operations, with slopes generally less than
35%. Treatment would consist of selective
slashing, with the resultant slash and the
existing natural fuels build-up being excavator
piled and the piles burned. Some non-
merchantable and merchantable products,
including but not limited to, the bio-mass
Example Shelterwood with Reserves Harvest
*Photo Credit: Megan Strom
Moose and Calf at Phill’s Lake
*Photo Credit: Warren Appelhans
Page 8 Pinkham Meadow
utilization of chips, tops, firewood, and poles
may be removed. This product removal, where
it occurs, would not be the primary intent of the
treatment, but a by-product that would be
dictated by markets and the desire of the
operator to remove the material. Some areas
may exist within these units that are too steep
or inaccessible for machinery, or where soil
disturbance is a resource concern. In these
areas, denser pockets may be left for wildlife
benefits, or thinned, with the thinning slash
either hand piled or treated with prescribed fire.
Hand and excavator piles would be burned
under favorable conditions, usually in the fall,
when fire spread would be minimal. These
units may be underburned following pile
burning to achieve other objectives for the
stand such as treating fine fuels, stimulating
browse and reducing duff. This treatment
responds to the purpose and need for this
project by promoting desired tree species,
trending the structure of the forest to the large
size class, decreasing tree densities and
reducing hazardous fuels in the WUI.
Understory Thinning/Fuels Reduction:
The project proposes approximately 223 acres
of understory thinning/fuels reduction
treatment. This treatment would be
implemented in units where there is a need to
reduce understory fuels. This generally occurs
on a small scale and in close proximity to
private land. Treatment would generally consist
of selective thinning of non-merchantable
understory trees with the resultant slash either
left on the ground to decay, treated with
prescribed fire, or hand piled and the piles
burned. Hand piles would subsequently be
burned under favorable conditions when fire
spread would be minimal. This treatment
responds to the purpose and need for this
project by promoting desired tree species,
trending the structure of the forest to the large
size class, decreasing tree densities and
reducing hazardous fuels in the WUI.
Post and Pole Harvest:
The project proposes approximately 393 acres
of post and pole harvest. This treatment
consists of harvesting small diameter lodgepole
pine trees in stagnant stands to be used for
fencing or furniture. The treatment would result
in a mosaic stand. Fuels would be lopped and
scattered or machine piled and burned. A post
and pole harvest would appear similar to a
commercial thin. This responds to the purpose
and need by decreasing tree densities and
trending the stand toward the larger size class.
Prescribed Burning:
The project proposes approximately 6915 acres
of prescribed burning. Two types of prescribed
burning are proposed in this project.
Maintenance burning occurs 10-25 years
following initial fuels treatment and is used to
reduce the natural fuel loads that have
accumulated in that time. It is typically used in
vegetation types that historically experienced
frequent fire return intervals.
Ecosystem burning is used in stands that were
historically maintained as more open forest
conditions by naturally occurring fires.
This treatment could occur in different fire
regimes resulting in higher fire intensities.
Stand that would benefit from understory thinning *Photo Credit: Megan Strom
Page 9 Pinkham Meadow
Pockets of mortality, generally less than 5-10
acres may be acceptable.
Both ecosystem and maintenance burning would
utilize prescribed fire to simulate historic fire
cycles and reduce the natural fuel loads that have
accumulated over time.
Stands proposed for these treatments are
typically composed of mature ponderosa pine,
Douglas-fir and western larch. Some stand
density and species composition control would
be accomplished as a portion of the smaller, non-
merchantable and less fire-tolerant species
may be killed. Some slashing and/or
pruning may occur prior to burning to help
achieve desired fire behavior or to
facilitate safe holding operations. Prescribed
burning is used to achieve multiple objectives
that may include shrub and browse rejuvenation,
reduction of ground and ladder fuels, reduction
of encroaching understory growth of undesirable
vegetation species and promotion of growth and
regeneration of fire tolerant species. Objectives
would be achieved by burning at low-to-
moderate fire intensities, similar to those that
likely occurred naturally. This responds to the
purpose and need for the project by promoting
desired tree species, trending the structure of the
forest to the large size class, decreasing tree
densities, reducing hazardous fuels in the WUI,
and restoring fire to the landscape.
Management in Old Growth:
Some treatments described above are proposed
within old growth stands in the drier habitat types
in Douglas-fir/ponderosa pine dominated stands
to contribute to their stand resistance and
resiliency (FW-GDL-VEG-01). Approximately
416 acres of vegetation management treatments
are proposed within old growth and 645 acres of
treatment within recruitment potential old
growth. This includes mechanical fuels
treatments and prescribed burning proposed
within old-growth stands or portions of those
stands. The treatments would maintain old-
growth character, improve resilience and
resistance to insect, disease, and fire as part of
the desired conditions of the 2015 Forest Plan.
No regeneration harvest would be conducted
within old growth. The treatments would not
modify the characteristics to the extent that they
would no longer meet the definition of old
growth (FWSTD-VEG-01). Treatment in these
areas would promote historic patch size and
pattern, characteristic forest structure, historic
fuel loadings, and historic species composition –
thus meeting the purpose and need of the
Pinkham Meadow project.
Stand that would benefit from a maintenance burn
*Photo Credit: Warren Appelhans
Prescribed Burning
*Photo Credit: Mike Burow
Page 10 Pinkham Meadow
Management for Aspen Enhancement:
These treatments would be used to revitalize
existing aspen stands that are declining.
Methods to promote aspen regeneration
include cutting of existing aspen and
encroaching conifers, underburning, and
fencing. This treatment meets the purpose
and need for action of promoting resilient
vegetation and desired species compositions.
The project proposes 51 acres of this
vegetation management activity.
Transportation Management
Add a Road to NFSR:
The project proposes the addition of 1.1 miles of
road in the Roberts Mountain area to the National
Forest Road System. This road already exists on
the landscape, but is currently defined as an
“undetermined” road and is not considered part
of the Forest Service road atlas. The
interdisciplinary team has determined a need for
this road and adding this road to NFSR would
allow for management options. This responds to
the purpose and need to create a safe and
efficient transportation system.
Convert Road to Trail:
This project proposes converting 0.3 miles of
Road 7277 to a trail. This portion of the road is
currently open and considered part of the
Kootenai River Rails to Trails. The last 0.3 miles
of this road would be closed and converted to
trail. This responds to the purpose and need to
create a safe and efficient transportation system.
Road Decommissioning:
This project proposes to decommission all or
portions of 10 roads. (412B, 412C, 412D, 15061,
15071, 15071A, 1042C, 15562, 15562A,
15562B, 7281, 7293H, 7959D, 7278) for a total
of 2.6 miles. Roads proposed for
decommissioning have been identified as no
longer needed for current or future resource
management.
Decommissioning would stabilize and restore the
road prisms to a more natural state by restoring
the pre-construction drainage patterns. The
resulting long-term reduction in impacts
produced by these roads would benefit the
streams in the Project Area.
Decommissioning would also reduce the costs of
maintaining the transportation system. The
methods to be used for decommissioning would
be determined on a site-specific basis, and could
include the following: full re-contouring to
restore the original ground slope, partial re-
contouring to fill ditches or remove unstable road
shoulders, removing culverts and other drainage
structures, ripping the roadbed to reduce
compaction, installing water-bars, out-sloping the
road prism, seeding and fertilizing disturbed soil,
or blocking the road entrance and abandoning the
road to allow re-vegetation. This responds to the
purpose and need to create a safe and efficient
transportation system.
Place Roads into Intermittent Stored Service:
This project proposes to place all or portions of
nine roads (412, 7194, 7959B, 7958C, 7958D,
7958F, 7939P, 7939Q, 7939W) for a total of 10.5
miles into intermittent stored service. The
Current Aspen Enhancement at Camp 32
*Photo Credit Megan Strom
Page 11 Pinkham Meadow
objective of intermittent stored service is to
reduce the risks, impacts, and maintenance costs
associated with roads that are not needed for a
period of 10 to 20 years. These roads are
typically restricted to public motorized vehicle
use yearlong, but may have some administrative
use. They currently continue to affect water
quality and wildlife security, and incur
maintenance costs. Placing roads into storage
would benefit these resources and result in lower
maintenance costs. Actions to accomplish placing
a road into intermittent stored service status may
include removing culverts on live, intermittent,
and ephemeral streams, restoring stream
crossings and natural drainage patterns, out-
sloping the road surface, removing unstable
material at seeps and slumps, installing water
bars and cross-drains, and seeding disturbed
sites. The road prism remains on the landscape
for long-term future resource management. The
advantage of placing a road into stored status
rather than decommissioning it is that the road
remains a National Forest System Road (NFSR).
A decommissioned road is no longer considered
a road, and is not to be considered for future use.
This responds to the purpose and need to create a
safe and efficient transportation system.
Restrict Roads Seasonally:
The project proposes to restrict all motorized
vehicles from three roads (7147E, 7147K,
7298E) from December 1 to April 30, annually.
This is a total of 4.2 miles. These roads would be
seasonally restricted to all motor vehicles to
facilitate the existing cross country ski use at
Virginia Hill. This responds to the purpose and
need to create a safe and efficient transportation
system.
Restrict Roads Yearlong:
The project proposes to restrict yearlong all or
portions of 11 roads (3668E, 3705, 7147A,
7147L, 7147S, 7214G, 7293J, 7926, 7938,
7926A, 7976) to protect Old Growth stands.
These restrictions would take place on 13.2 miles
of road that are currently open yearlong. This
responds to the purpose and need to create a safe
and efficient transportation system that
minimizes effects to old growth.
Restrict Roads Yearlong to all vehicles including over-snow vehicles:
The project proposes to restrict yearlong to all
motorized vehicles (including over-snow
vehicles) on all or portions of 10 roads (14980,
14981, 14982, 7147K, 7147M, 7147N, 7943,
7943A, 7943B, 7951). These roads are currently
restricted yearlong to wheeled motorized
vehicles and would apply to 10.1 miles of road.
The restrictions would facilitate the existing
cross country ski use at Virginia Hill and Skid
Creek. The project also proposes restricting 1.4
miles of the 7185 road to all motorized vehicles.
This road is currently restricted seasonally. This
responds to the purpose and need for a safe and
efficient transportation system. The project also
proposes restricting 1.4 miles of the 7185 road to
all motorized vehicles for management of the
Black Butte Lookout Tower. This road is
currently restricted seasonally. This responds to
the purpose and need for a safe and efficient
transportation system.
Construct New Road:
The project also proposes to construct 1 mile of
new road as access to Pinkham Falls upon
*Photo Credit: Annora Nelson
Page 12 Pinkham Meadow
decommissioning the current access road, NFSR
15061. The interdisciplinary team has
determined that the location and condition of
current road is not sustainable. The new road will
be designed for better access and maintenance.
This responds to the purpose and need to create a
safe and efficient transportation system.
Other Actions
Temporary Roads:
For this proposal, six harvest units would require
the construction of a temporary road. This
includes units 38, 52, 53, 55, 162, and 184, for a
total of 2.1 miles. This responds to the purpose
and need for the project to allow completion of
the vegetation management activities.
Water Fill Site Improvements:
Improvements are proposed on seven existing
fire apparatus fill sites in order to provide a safe,
stable and efficient location for large water
tenders and fire engines to re-fill their water
supply. These locations would be utilized in the
event of a wildfire within the area or in support
of prescribed burning operations. All laws and
regulations would be followed and required
permits obtained.
Turn-Around Improvement would consist of
creating a wide enough area close to the fill site
for a large water tender to turn around. This
would be accomplished by removing material
from adjacent road banks, or adding fill material
to low areas. Leveling/Fill Material would
consist of creating a level parking pad for fire
apparatus to fill from in order to maximize the
capacity of their water tanks. Surface Hardening
would consist of adding rock and/or gravel to the
parking pad, turn around location or the
streambank. Pool Development would include
placing large rocks in the stream to facilitate the
formation of adequate pools for drafting water.
Fill Slope Improvement would consist of creating
a safe walking route from the parking pad to the
View of Lake Koocanusa from top of Weaver Draw
*Photo Credit: Laura Jungst
Proposed Action Table 3. Proposed Fill Site Improvements
Page 13 Pinkham Meadow
stream and/or creating a level area large enough
to place a filler pump.
Trail Construction:
This project includes a proposal to construct
approximately three miles of trail in Weaver
Draw. Members of the public have proposed this
trail and recommended it allow the use of
mountain bikes. It would begin at Camp 32
developed campground and connect to Road
7182 (Pinkham). This trail would be for non-
motorized uses only. This responds to the
purpose and need to create a safe and efficient
transportation system by providing a trail
specifically designed for mountain bikes.
Also, approximately 7.5 miles of non-motorized
rail would be constructed as a portion of the
Pacific Northwest National Scenic Trail between
the Abayance Bay Marina and the Koocanusa
bridge. This responds to the purpose and need for
a safe and efficient transportation system by
moving the trail off the currently designated
route along Highway 37.
Trail Improvements:
This project also includes a proposal to improve
and reroute sections on approximately 1.5 miles
of the Kootenai River Rails to Trails in the
Tobacco River Fishing Access Area. This would
include building switchbacks, building
approximately 1.0 miles of boardwalk through
areas with existing trail erosion issues and
creation of overlooks at scenic points on the
already existing trail. The proposed reroute
would add less than 500 feet of trail, but would
offer a defined trail rather than the multiple user
created trails through this area.
Timelines
A decision for this project is scheduled for the
winter of 2018. Implementation of project
activities is expected to begin in the spring of
2018 and last for approximately 10 years.
Design Features
Project specific design features will be
developed and refined through the project
analysis process. All design features will be
included in the decision document.
This is the proposed Weaver Draw fill site im-
provement area from both directions. Proposed
activities include creating a level parking pad and
turnaround improvements.
*Photo Credit: Warren Appelhans
Page 14 Pinkham Meadow
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Page 15 Pinkham Meadow
Pinkham Meadow Proposed Unit Information
Unit Activity Acres
1 Improvement Harvest 14
2 Precommercial Thin 21
3 Improvement Harvest 18
4 Improvement Harvest 75
5 Regeneration Harvest 22
6 Improvement Harvest 10
7 Improvement Harvest 119
8 Improvement Harvest 9
9 Improvement Harvest 50
10 Improvement Harvest 34
11 Improvement Harvest 16
12 Regeneration Harvest 18
13 Improvement Harvest 129
14 Commercial Thin 7
15 Improvement Harvest 20
16 Improvement Harvest 26
17 Improvement Harvest 386
19 Regeneration Harvest 89
20 Regeneration Harvest 41
21 Mosaic Harvest 126
22 Regeneration Harvest 97
23 Improvement Harvest 171
24 Improvement Harvest 51
25 Improvement Harvest 29
26 Improvement Harvest 70
27 Improvement Harvest 23
28 Improvement Harvest 25
29 Improvement Harvest 40
30 Regeneration Harvest 38
31 Improvement Harvest 13
32 Improvement Harvest 28
34 Mosaic Harvest 8
35 Improvement Harvest 66
36 Improvement Harvest 50
37 Commercial Thin 22
38 Commercial Thin 49
39 Commercial Thin 46
40 Improvement Harvest 47
41 Improvement Harvest 82
42 Improvement Harvest 44
43 Improvement Harvest 30
44 Improvement Harvest 24
45 Improvement Harvest 324
46 Improvement Harvest 21
47 Regeneration Harvest 44
48 Regeneration Harvest 39
50 Mechanical Fuels 25
51 Mechanical Fuels 29
52 Improvement Harvest 37
53 Regeneration Harvest 27
54 Improvement Harvest 24
55 Mosaic Harvest 169
56 Improvement Harvest 11
57 Commercial Thin 24
58 Improvement Harvest 39
59 Improvement Harvest 48
60 Mechanical Fuels 25
61 Improvement Harvest 39
62 Mechanical Fuels 23
63 Improvement Harvest 99
66 Mechanical Fuels 34
67 Mechanical Fuels 107
68 Commercial Thin 153
69 Mechanical Fuels 92
70 Mechanical Fuels 20
71 Mechanical Fuels 6
72 Mechanical Fuels 16
74 Commercial Thin 49
75 Mechanical Fuels 9
76 Improvement Harvest 178
77 Understory Thin/Fuels Reduction 93
78 Mechanical Fuels 371
79 Mechanical Fuels 23
80 Mechanical Fuels 41
81 Mechanical Fuels 37
82 Mechanical Fuels 41
84 Mechanical Fuels 62
85 Mechanical Fuels 24
86 Mechanical Fuels 213
87 Mechanical Fuels 83
88 Mechanical Fuels 35
Page 16 Pinkham Meadow
Pinkham Meadow Proposed Unit Information
90 Mechanical Fuels 65
92 Commercial Thin 58
93 Mechanical Fuels 87
94 Mechanical Fuels 71
95 Mechanical Fuels 42
96 Commercial Thin 89
98 Mechanical Fuels 40
100 Commercial Thin 57
101 Commercial Thin 52
102 Commercial Thin 43
103 Commercial Thin 41
104 Commercial Thin 8
105 Commercial Thin 15
106 Commercial Thin 45
107 Commercial Thin 45
108 Commercial Thin 30
109 Commercial Thin 41
110 Precommercial Thin 56
111 Commercial Thin 32
113 Precommercial Thin 31
114 Commercial Thin 25
115 Commercial Thin 43
116 Mechanical Fuels 30
117 Mechanical Fuels 28
118 Commercial Thin 35
119 Commercial Thin 30
120 Commercial Thin 44
122 Commercial Thin 75
123 Commercial Thin 49
124 Commercial Thin 27
125 Commercial Thin 52
126 Mechanical Fuels 27
127 Commercial Thin 35
128 Commercial Thin 46
129 Commercial Thin 49
131 Commercial Thin 56
132 Underburn 108
133 Underburn 418
134 Underburn 39
135 Underburn 197
136 Underburn 555
137 Underburn 62
138 Underburn 241
139 Understory Thin/Fuels Reduction 105
141 Underburn 39
142 Underburn 158
143 Underburn 108
146 Underburn 589
148 Precommercial Thin 235
149 Underburn 48
150 Underburn 28
151 Underburn 2059
152 Underburn 1783
156 Mechanical Fuels 119
157 Mechanical Fuels 126
158 Improvement Harvest 38
159 Mechanical Fuels 32
160 Mechanical Fuels 42
161 Mechanical Fuels 27
162 Improvement Harvest 166
163 Commercial Thin 95
164 Precommercial Thin 26
165 Commercial Thin 17
166 Commercial Thin 52
167 Improvement Harvest 114
168 Improvement Harvest 7
169 Regeneration Harvest 32
170 Improvement Harvest 15
171 Mechanical Fuels 33
172 Improvement Harvest 142
173 Regeneration Harvest 27
174 Regeneration Harvest 20
175 Improvement Harvest 19
176 Improvement Harvest 116
178 Improvement Harvest 22
179 Understory Thin/Fuels Reduction 8
180 Improvement Harvest 29
181 Understory Thin/Fuels Reduction 7
182 Commercial Thin 10
183 Improvement Harvest 109
184 Improvement Harvest 32
185 Commercial Thin 26
Page 17 Pinkham Meadow
Pinkham Meadow Proposed Unit Information
186 Commercial Thin 19
187 Commercial Thin 27
188 Commercial Thin 10
189 Commercial Thin 18
190 Commercial Thin 43
191 Commercial Thin 40
192 Commercial Thin 32
193 Commercial Thin 8
194 Commercial Thin 33
195 Commercial Thin 33
196 Commercial Thin 31
197 Commercial Thin 44
198 Commercial Thin 71
199 Commercial Thin 112
200 Commercial Thin 7
201 Commercial Thin 43
202 Commercial Thin 20
203 Commercial Thin 9
204 Commercial Thin 32
205 Commercial Thin 26
206 Commercial Thin 150
207 Commercial Thin 20
208 Commercial Thin 63
209 Commercial Thin 94
210 Commercial Thin 110
211 Commercial Thin 50
212 Commercial Thin 70
213 Mechanical Fuels 111
214 Commercial Thin 25
215 Commercial Thin 31
216 Commercial Thin 55
217 Commercial Thin 42
218 Commercial Thin 35
219 Commercial Thin 355
220 Commercial Thin 31
221 Commercial Thin 79
222 Commercial Thin 47
223 Commercial Thin 24
224 Commercial Thin 81
225 Commercial Thin 127
226 Commercial Thin 31
227 Commercial Thin 41
228 Commercial Thin 35
229 Commercial Thin 30
230 Commercial Thin 39
231 Commercial Thin 41
232 Commercial Thin 34
233 Mechanical Fuels 20
234 Underburn 36
235 Precommercial Thin 46
236 Underburn 109
237 Underburn 41
238 Underburn 20
239 Underburn 123
240 Underburn 108
241 Underburn 45
242 Precommercial Thin 159
243 Precommercial Thin 10
244 Precommercial Thin 50
245 Precommercial Thin 145
246 Precommercial Thin 419
248 Precommercial Thin 24
249 Precommercial Thin 32
250 Precommercial Thin 56
252 Precommercial Thin 61
253 Precommercial Thin 45
254 Precommercial Thin 8
255 Precommercial Thin 9
256 Precommercial Thin 22
257 Precommercial Thin 24
258 Precommercial Thin 19
259 Precommercial Thin 20
260 Precommercial Thin 127
261 Precommercial Thin 57
262 Precommercial Thin 78
263 Precommercial Thin 15
264 Precommercial Thin 81
265 Precommercial Thin 128
266 Precommercial Thin 53
267 Precommercial Thin 54
268 Precommercial Thin 129
269 Precommercial Thin 98
271 Precommercial Thin 90
272 Precommercial Thin 120
Page 18 Pinkham Meadow
Pinkham Meadow Proposed Unit Information
273 Precommercial Thin 29
275 Precommercial Thin 35
276 Precommercial Thin 160
277 Mechanical Fuels 128
278 Mechanical Fuels 11
279 Mechanical Fuels 25
280 Mechanical Fuels 65
281 Mechanical Fuels 51
282 Mechanical Fuels 33
283 Mechanical Fuels 60
284 Mechanical Fuels 47
285 Mechanical Fuels 66
286 Understory Thin/Fuels Reduction 10
287 Commercial Thin 20
288 Mechanical Fuels 28
290 Mechanical Fuels 71
291 Mechanical Fuels 31
293 Mechanical Fuels 62
294 Improvement Harvest 31
295 Mosaic Harvest 43
296 Mechanical Fuels 88
297 Mechanical Fuels 5
298 Mechanical Fuels 107
299 Post and Pole Harvest 377
300 Post and Pole Harvest 16
301 Precommercial Thin 28
302 Precommercial Thin 78
303 Precommercial Thin 119
304 Precommercial Thin 108
305 Precommercial Thin 72
306 Precommercial Thin 55
307 Precommercial Thin 62
308 Precommercial Thin 89
309 Precommercial Thin 195
310 Precommercial Thin 20
311 Precommercial Thin 146
312 Precommercial Thin 37
313 Precommercial Thin 36
314 Precommercial Thin 92
315 Precommercial Thin 13
316 Precommercial Thin 134
317 Precommercial Thin 7
318 Precommercial Thin 6
319 Precommercial Thin 7
320 Precommercial Thin 10
321 Precommercial Thin 12
322 Precommercial Thin 10
323 Precommercial Thin 12
324 Precommercial Thin 11
325 Precommercial Thin 20
326 Precommercial Thin 6
327 Precommercial Thin 3
328 Precommercial Thin 6
329 Precommercial Thin 6
330 Precommercial Thin 5
331 Precommercial Thin 6
332 Precommercial Thin 10
333 Precommercial Thin 5
334 Precommercial Thin 5
335 Precommercial Thin 5
336 Precommercial Thin 6
337 Precommercial Thin 6
338 Precommercial Thin 6
339 Precommercial Thin 6
340 Precommercial Thin 6
341 Precommercial Thin 5
342 Precommercial Thin 6
343 Precommercial Thin 5
344 Precommercial Thin 6
345 Precommercial Thin 21
346 Precommercial Thin 25
347 Precommercial Thin 29
348 Precommercial Thin 40
349 Precommercial Thin 9
350 Precommercial Thin 24
351 Precommercial Thin 5
352 Precommercial Thin 14
353 Precommercial Thin 6
354 Precommercial Thin 11
355 Precommercial Thin 21
356 Precommercial Thin 10
357 Precommercial Thin 5
358 Precommercial Thin 16
Page 19 Pinkham Meadow
Pinkham Meadow Proposed Unit Information
359 Precommercial Thin 5
360 Precommercial Thin 5
361 Precommercial Thin 25
362 Precommercial Thin 19
363 Precommercial Thin 21
364 Precommercial Thin 16
365 Precommercial Thin 29
366 Precommercial Thin 22
367 Precommercial Thin 22
368 Precommercial Thin 23
369 Precommercial Thin 5
370 Precommercial Thin 39
371 Precommercial Thin 8
372 Precommercial Thin 35
373 Precommercial Thin 7
374 Precommercial Thin 54
375 Precommercial Thin 35
376 Precommercial Thin 51
377 Precommercial Thin 11
378 Precommercial Thin 8
379 Precommercial Thin 178
380 Precommercial Thin 31
381 Precommercial Thin 29
382 Aspen Enhancement 6
383 Aspen Enhancement 13
384 Aspen Enhancement 18
385 Aspen Enhancement 4
386 Aspen Enhancement 4
387 Aspen Enhancement 4
388 Aspen Enhancement 2
389 Precommercial Thin 419