Table of Contents
The Land, the Water and the Ecosystem
The Present Challenge for Restoration
Northwest Forest Plan – Differences
of Opinion
Steamboat Creek and Middle South Umpqua
Middle South Umpqua Restoration
Setting Sub-Watershed Priorities
Guidelines for Selecting Projects
Coordination and Administration
Ecosystem Restoration Activities
Tracking System (E*RATS)
Learning to be just one of the
members of the Partnership
Our Basic Marketing Tool . . . This
Business Plan
Issues in the Six Watersheds
Selected for Restoration
Table of Existing Partnerships in
Ongoing Business Plan Projects
The Restoration Business Plan establishes goals and proposes a 10-year, $40 million investment starting in 2001 for restoring the diversity of forest and
stream habitats in six watersheds on the Umpqua National Forest. The Plan proposes an integrated management scheme with activities that will mimic the effects of historic disturbance processes such as fire and insect damage.
This Plan guides the strategic development and funding of an ecosystem restoration program on the Umpqua National Forest. It outlines the learning and community involvement required for basin-scale restoration. Road maintenance, fire management, forest management, and watershed resources (fisheries, wildlife, soil and water, botany) are coordinated around a common mission. Finally, this plan contains the framework for involving partners and other stakeholders in the design, funding, decision-making and implementation of ecosystem restoration projects.
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3.2 million acres, the Umpqua Basin is the Pacific Northwest’s largest watershed with the fewest number of dams. With nearly half of the basin under federal management, this area is the best opportunity in the Northwest for restoring health in a watershed. Resilience to change, sustainability and both species and habitat diversity are the desired properties of watershed health.
At one million mostly-contiguous acres, the Umpqua National Forest contains the headwaters of the Umpqua River and provides refuge habitat for coho salmon, steelhead trout, chinook salmon, and cutthroat trout. These headwaters also provide a source of clean water. The Umpqua also has larger areas of roadless forest areas than other federal lands in the Pacific Northwest. Most important, the basin's fishery still has high species variety and productivity compared to similar watersheds in the Northwest. These positive features provide a sound foundation for a restoration strategy.
Timber harvest, road building and loss of large wood from streams have altered much of the Forest’s aquatic, riparian and terrestrial habitats. There is a shortage of optimum old growth forest habitat. Managed forests have trees of similar ages, lacking diversity because of past timber harvesting techniques. Soil is damaged in old timber harvest units. The health and vigor of sugar pine and western white pine is declining. We are concerned by the hazardous fuel build-ups and stand health in dense forests due to excluding natural fires. Road densities average between 3 and 4 linear miles per square mile. Other concerns are noxious weed infestations, and loss of meadows resulting from suppressed wildfires.
We estimate it will cost between $300 and $400 million for restoration work to address these concerns forest-wide. This estimate includes a broad suite of activities such as road mileage reductions, road improvements, prescribed fire, restorative silvicultural treatments and instream habitat work.
Partners are involved in this restoration plan. Ongoing partnerships, listed in Appendix C, include groups such as the Umpqua Basin Watershed Council, Steamboaters, Oregon Watershed Enhancement Board, Seneca-Jones Timber Company, Coast Fork Willamette Watershed Council, City of Cottage Grove, Little River Committee, and Umpqua Valley Audubon Society. The relicensing of the North Umpqua hydropower project, federal court decisions interpreting the Northwest Forest Plan, and the Clean Water Act and Endangered Species Act implementation as well as the economics and social needs of neighboring communities are other forces that shape this plan.
Visitors to Steamboat and Middle South Umpqua watersheds in 10 years see a landscape in transition. Young stands in key locations are thinned, resulting in a desirable future pattern of young and old forests. Streams have lower water temperatures. Fish habitat is recovering because there are more logs in streams. Prescribed fires reduce forest fuels in key locations. The road network is smaller, well maintained and provides access appropriate for ecosystem management. Roads are better drained, reducing hazards to stream resources and human safety.
Within 10 years, 75 miles of habitat improvements for fish exist in the priority watersheds across the Forest. A map of fish distribution in the lower Steamboat watershed shows an example of stream reaches where habitat improvements are located.
Figure 1: Historic Fish Distribution in Lower Steamboat Creek
The use of fire in key areas such as the Lower Steamboat ecosystem benefits the remnant old forests by reducing fuel levels. These forests function as old growth habitat in a larger landscape where old forests are reduced from historic levels.
Figure 2: Old Forests Prone to Fire in Lower Steamboat Creek
By 2100, visitors see a mosaic of different ages and types of forests. Forest roads are mostly located away from valley bottoms. Mature and older forests predominate with the distribution of young, mature and older forests closer to a pre-management era. The pattern is less fragmented and more variable like the forest pictured here.
Figure 3: Upper Boulder Creek, North Umpqua River
Management of
younger stands today advance the development of the old forests of the next
century in places that they are more likely to persist. A prioritization of
thinning treatments needed to develop the older forests of the future in the
Lower Steamboat watershed shows where these restorative activities occur both
near-term and in the long run. High priority areas are treated first. (See Figure 4.)
In the centuries ahead, land management and prescribed fire replicate natural disturbance processes and sustain an economy. Species formerly at risk recover. A view from space reveals a future pattern of vegetation across the Forest more like that seen today in the center of this satellite image of Boulder Creek in the North Umpqua drainage. (See Figure 5.)
Figure 4: Priority Areas for Thinning Treatments in Lower Steamboat Creek
Figure 5: Satellite Image of Boulder Creek Vicinity North Umpqua River
Unlike the sharp contrast of today’s patchwork of harvest areas and road corridors on Umpqua National Forest, lines between managed areas and surrounding forest are softer. Patches of vegetation of the same age and structure will vary greatly in size and shape. In general, they are larger than today’s clearcuts. Mature and old growth forests that dominate the pattern are connected throughout much of this future landscape.
Visitors see more old growth forests. They find mature and old growth forests along the valley bottoms of major streams. Stream courses are shaped by jams of woody debris trapped behind fallen trees. In the uplands, travelers pass through forests of different ages and densities without sharp boundaries. Openings created by fire and vegetation management are common. The forested ecosystem appears natural and self-maintaining.
Nearly every project on the Umpqua National Forest, including restoration, will face controversy because of how people interpret the intent of the Northwest Forest Plan. Timber interests are concerned that not enough timber is produced through the NW Forest Plan to support the local economies. Closing roads may reduce access timber. Environmental advocates are equally passionate in their belief that agencies are not moving quickly enough to implement protective measures articulated in the NW Forest Plan. Some recreationists prefer road be kept open for access to hunting, wood gathering, etc. while others would welcome the closing of roads to accentuate wilderness values. These differences of opinion often result in legal action that slows projects, including restoration.
Fire can be an important tool for maintaining biological diversity in a landscape. The climate, forest type and fire history of the Umpqua National Forest make it the most practical and safe place for using fire on a landscape scale in the maritime Pacific Northwest. However, using fire prescriptively on a large scale highlights the following concerns and unknowns:
· Protection of “survey and manage” species
· State regulations for providing clean air
· Concerns for public safety and property loss
· Maintenance of fire-adapted ecosystems
· Reduction of long-term fire suppression costs
The following key principles guide the restoration plan. These principles are based on the state-of the-art thinking about relationships between forests, streams and wildlife habitats in landscapes.
The following criteria guide where to work and spend funds first. Is the watershed a . . .
· Key watershed, late successional reserve or adaptive management area as allocated by the Northwest Forest plan?
The Selected priority watersheds are listed in order with the Northwest Forest Plan land allocations in parentheses:
Effective treatments include road mileage reduction, roads improvements, prescribed burning, pre-commercial thinning, and instream habitat improvements.
Figure 6: Priority Watersheds on the Umpqua National Forest
Table 1: 10-Year Goals for Accomplishing Restoration in Priority Watersheds
10-year Outcomes |
Steamboat Creek |
Middle South Umpqua |
Jackson Creek |
Little River |
Fish Creek |
*Upper Row River |
Road improvements (miles) |
99 |
35 |
130 |
69 |
10 |
2 |
Road reductions (miles) |
62 |
38 |
114 |
54 |
9 |
6 |
Prescribed fire (acres) |
8400 |
1200 |
2000 |
4900 |
750 |
400 |
Pre-commercial thinning
(acres) |
1390 |
2300 |
2960 |
3560 |
550 |
350 |
Instream Restoration
(miles) |
17 |
14 |
22 |
11 |
2 |
10 |
Millions of dollars
invested through 2010 (year 2000 dollars) |
12.8 |
6.5 |
12.0 |
7.2 |
1.0 |
1.0 |
*Coast Fork Willamette Sub-basin
This business plan focuses discretionary funds first in Steamboat Creek and second in Middle South Umpqua. A detailed, three-year plan identifies restoration projects valued at $6 million. To date, approximately 20 million dollars of restoration opportunities have been identified in Steamboat Creek and Middle South Umpqua (Table 1).
Restoration planning in Steamboat Creek identifies those sub-watersheds and landscape-scale components most important to maintaining healthy ecosystems. This includes places that historically supported old growth forests and quality aquatic habitats. Road restoration over the next several years reduces sediment delivery to streams. Large wood placement in streams stores spawning gravels and slows water velocities. Vegetation treatments restore native species composition and density.
Figure 7:
Restoration Opportunities in Little Rock, Horseheaven and City Creeks
Restoration projects in the Middle South Umpqua improve winter and late summer
fish habitat as well as water quality, including summer water temperature and
fine sediment reduction. Projects also reduce hazardous fuels and enhance stand
structure and species diversity.
Figure 8: Middle South Umpqua
Restoration Opportunities
Completing Watershed
Analysis
Watershed Analyses are key to compiling, justifying and prioritizing the restoration needs of watersheds (5th field scale). Watershed analysis is completed for three ecologically significant watersheds on the following timeline:
To maximize the return on a $40 million investment, the six selected watersheds were run through another screen to identify sub-watersheds where restoration work is focused. The screening criteria include opportunities for restoring old growth forests, high quality aquatic habitat, and strong likelihood of success given funding, timelines and skills.
Table 2: Sub-watershed Focus
Areas for Restoration 2001-2011
Sub-Watershed
Focus Areas (6th
field watersheds) |
Watershed (5th
field scale) |
Little Rock, City, Horseheaven, Cedar, Big Bend, Reynolds |
Steamboat Creek |
Dumont, Boulder |
Middle South Umpqua River |
Beaver, Squaw, Falcon, Abbott, Middle Jackson |
Jackson Creek |
Cultus, Upper Cavitt, Emile |
Little River |
Layng |
Upper Row River |
Rough |
Fish Creek |
Listed in order of priority.
The following guidelines assist in selecting, funding and implementing projects from a list of restoration opportunities identified by watershed analyses:
· Implement projects consistent with the restoration strategy that have complete environmental assessments.
· Anticipate the type of funding and limitations. Initiate environmental planning to have additional projects ready if funding increases or shifts.
· Share personnel and expertise among administrative units to improve efficiency, share successes, and build a cohesive team-approach to restoration instead of functioning in a competitive mode.
· Move restoration work from watershed to watershed in order of priority when restoration is complete or additional work is infeasible. Secondary restoration activities should be accomplished on an opportunistic basis and should not detract from accomplishing primary activities.
· Leverage the additional money from multiple sources. Apply leverage based on excellent performance, marketing, and partnership relationships.
The organization and line of accountability for all restorative work on the Umpqua National Forest are as follows:
· Forest Supervisor and Executive Team approve program of work and projects.
·
Resource Staff Officer is the Program Leader for
Restoration and is accountable to the Forest Supervisor and Executive Team.
· The Forest Restoration Team, working with district restoration coordinators, recommends annual and out-year program of restoration work to the Executive Team.
· Works with district restoration coordinators to develop the annual and three-year programs of work using the Ecosystem Restoration Activities Tracking System (E*RATS).
·
Submits annual program
of work for Forest Restoration to the Executive Team for consideration in the
budget development process.
·
Reconciles the
available monies and restoration work for a given year into program of work
proposals for the ET.
·
Reviews all
restoration proposals for consistency with the Restoration Business Plan.
·
Determines when a
significant portion of work is completed before shifting restorative work to
next highest priority watershed.
·
Works with district
rangers, district restoration coordinators, and partners to market
accomplishments.
·
Team members serve for
a three-year term.
Increased funding for
restoration comes in two ways: (1) through marketing our programs to bring more
money to the Forest and; (2) by shifting the focus of our current programs and
funding to increase the level of restorative activities within prioritized
watersheds.
Most of the Forest’s discretionary funds for restoration go
to Steamboat Creek first, as the highest priority watershed. Some funds are
allocated to other projects that accomplish work consistent with the strategy
or to other districts where critical needs arise. Recommendations from
watershed analyses identify the restoration opportunities. A three-year program
of work is reviewed, revised, and recommended to the Executive Team annually.
Figure 9: Proposed Funding for Watershed Restoration, 2001-2010 (Millions of Dollars)
An information
management system is vital to measuring accomplishments. A clear and graphic
account of both restoration opportunities as well as accomplishments is essential
to communicating objectives, making choices and justifying financial decisions.
Businesses and partnerships depend on such a communication tool. A database
called the Ecosystem Restoration Activities Tracking System (E*RATS) has been
developed to meet these information needs.
E*RATS objectives are to:
·
Define and establish
restoration-related terminology for ease of communication and consistency of
application
·
Implement a GIS
information base to support strategic planning, tracking, and reporting of all
restoration activities.
·
Establish a monitoring
process to track how restoration activities are meeting initiative objectives.
The immediate goals of monitoring are to define restorative activities and to track the implementation of restoration projects forest-wide. Monitoring objectives include:
· Consistency in reporting accomplishments through the use of E*RATS.
· Comparing project accomplishments with restoration goals of the Northwest Forest Plan and the restoration opportunities and recommendations compiled from Watershed Analysis, Road Analysis, and environmental assessments.
· Information sharing among districts, disciplines and stakeholders.
· On-the-ground field review of a representative subset of projects
The following measures are used to assess the progress made implementing this Business Plan:
1) Acres of intermediate treatments (pre-commercial thinning and partial harvest) done to accelerate the development of old forests
2) Acres burned to reduce hazardous fuels
3) Percent of total acres of vegetation treatment opportunities accomplished
1) Miles of roads with drainage improvements (including inactivation)
2) Miles of road reduction treatments (decommissioning and obliteration)
3) Percent of total miles of road treatment opportunities accomplished
1) Miles of improvements
2) Miles of increased access for aquatic species
1) Dollars spent on restorative activities in Priority sub-watersheds (by Line Item and external sources)
2) Dollars spent on restorative activities outside Priority sub-watersheds (by Line Item and external sources)
3) Percentage of Forest budget spent on restorative activities
4) Years to implement $40 million dollars of restoration projects in priority sub-watersheds (projection of current fiscal year restoration budget)
To establish a true collaboration in the Basin:
· Work in tandem with the Bureau of Land Management to establish two federal landowner seats on the Umpqua Basin Watershed Council (UBWC) Management Team.
· Begin melding the separate restoration prioritization efforts of the Province Inter-agency Executive Committee (PIEC) and UBWC into a single basin-wide strategy.
· Contribute a base funding level to the UBWC partnership toward accomplishing its goals as outlined by basin-level restoration plan.
A number of partnerships are on going. They are listed in
Appendix C. More are developed and existing ones are strengthened as this plan
gains momentum.
Customers common to all of these watersheds include an active environmental advocacy community (e.g., Umpqua Watersheds, Audubon Society, Oregon Natural Resource Council), county and local governments, congressional districts, and the citizens of adjacent communities (Roseburg, Medford, Eugene, Cottage Grove, Ashland, Grants Pass, the South Umpqua Corridor towns, and the Portland area).
The types of customers who benefit from these watersheds are typical of the Pacific Northwest. They vary some by watershed. The major customers/ beneficiaries are displayed in Appendix D.
The goals of marketing are to broaden participation in
restoration and to increase support, including funding.
This business plan is the main marketing tool when reaching out to people. Forest employees will read the plan. It will be on display and available to the public at all District Offices. Forest staff will use an accompanying PowerPoint presentation and condensed brochure to present our restoration program to the public. We will outreach to people who believe in this effort, and those who disagree, to stimulate dialogue about restoration. The Business Plan and accompanying marketing materials will be updated to include accomplishments. The plan will be used as the basis of annual restoration meeting reports (e.g., Provincial Interagency Executive Council, Provincial Advisory Council, Umpqua Watershed Council, etc.)
It is critical that the Forest coordinate outreaching efforts to partners. The Forest’s public affairs officer, district rangers, and forest supervisor will coordinate the marketing efforts. The following strategy is established:
· Strive for a consistent message and accompanying high levels of credibility when outreaching with potential partners.
· Coordinate all proposals for partnership funding such as challenge cost sharing, major demonstration proposals, Oregon Watershed Enhancement Board proposals and other proposals from other sources need through the Forest Restoration Team.
· Encourage districts to use creatively secure partners in their respective communities of interest. To minimize conflict and overlap, the following focus areas are established:
· Cottage Grove Ranger District– the Willamette Valley, including Eugene, Cottage Grove and surrounding communities.
· North Umpqua/Diamond Lake Ranger Districts – the Roseburg to Bend corridor, including surrounding communities.
· Tiller Ranger District– the South Umpqua Corridor (including the Cow Creek band) and Medford/Ashland/Grants Pass area.
· Recognize partners in a timely manner, comply with promises and expectations, and use both personal contact and written reports.
· Deterioration of road system from aging and insufficient maintenance
· Degradation of fish habitat from past removals of wood from stream
· Road corridors that disrupt and fragment aquatic and old growth forest habitats
· Conflicting recreation use and stream management objectives in Riparian Reserves along Steamboat Creek
· Old Growth forest at risk of loss from wildfire
· Perceived conflicts between timber harvest direction for Matrix lands and protection of species and their habitats.
· Intermingled private & Bureau of Land Management lands
· Upper South Umpqua is a higher aquatic priority but lacks watershed analysis
· Perceived conflicts between timber harvest direction for Matrix lands and protection of species and their habitats.
· Strong interest in maintaining access to traditional use areas of the Cow Creek Band of Umpqua Tribe of Indians.
· Jackson Creek valley bottom road is one of the highest priorities for relocation yet is also one of the most popular access roads on the Forest.
· Intermingled private & Bureau of Land Management lands
· Intermingled
private & Bureau of Land Management lands make completion of the Water Quality
Mgmt. Plan and large-scale restoration projects challenging.
· Contradiction
implied by Little River AMA’s theme, “development and testing of approaches to
integration of intensive timber production with restoration and maintenance of
high quality riparian habitat”.
· NWFP direction for timber harvest (matrix allocation) perceived to conflict with Willamette valley recreation use and Municipal Watershed needs.
· Soda Springs dam prevents access to anadromous species.
· Copeland Creek is a higher aquatic priority but lacks watershed analysis
· Don Morrison, soil scientist and team leader
· Chris Hughes, financial manager
· Bob Deane, engineer
· Ken Ferguson (Umpqua Basin Watershed Council), collaborator
· Cheryl Walters, public affairs officer, and line officers
· John Chatel, fisheries biologist
· Terry Brumley, restoration program leader
A facilitator and note taker will be present at all restoration team meetings. These responsibilities will rotate among District Restoration Staff.
Partner |
Watershed |
Interest |
Shared Interest |
Contribution |
Umpqua
Basin Watershed Council |
Umpqua |
Watershed
restoration |
Watershed
restoration |
Leadership,
financing |
Provincial
Inter-agency Executive Council |
Umpqua |
Watershed
restoration |
Watershed
restoration |
Leadership |
ODOT |
Umpqua |
Watershed
restoration |
Establish
native grasses at Toketee airstrip |
Leadership,
financing |
Native
Plant Society |
Umpqua |
watershed
restoration |
Noxious
weed control |
Financing,
in-kind contributions |
|
|
|
|
|
North
Umpqua Foundation |
Steamboat
Creek |
instream
restoration |
Little
Rock Creek instream restoration |
public
outreach, financing, monitoring |
Steamboaters |
Steamboat
Creek |
instream
restoration |
Little
Rock Creek instream restoration |
Financing,
volunteer effectiveness monitoring |
Rocky
Mountain Elk Foundation |
Steamboat
Creek |
Elk
habitat |
Road
reduction |
Financing |
University
of Wisconsin |
Steamboat
Creek |
Masters
thesis |
|
Effectiveness
monitoring, |
University
of Washington |
Steamboat
Creek |
Masters
thesis |
Fire
behavior in Riparian areas |
Validation
monitoring |
Umpqua
Valley Audubon Society |
Steamboat
Creek |
Conservation |
Little
Rock Creek watershed restoration |
Volunteer
labor, financing, monitoring |
Oregon
Dept. of Fish and Wildlife |
Steamboat
Creek |
instream
restoration |
Little
Rock Creek watershed restoration |
Project
planning, implementation, monitoring |
Oregon
Watershed Enhancement Board |
Steamboat
Creek |
Watershed
restoration |
Little
Rock Creek watershed restoration |
Financing,
peer review |
Umpqua
Basin Watershed Council |
Steamboat
Creek |
Watershed
restoration |
Watershed
restoration, Little Rock Creek |
Leadership,
financing, peer & program review |
Forest
Service Region 6 Fisheries Program |
Steamboat
Creek |
Instream
restoration |
Little
Rock Creek watershed restoration |
Project
planning, implementation and peer review |
|
||||
Bureau
of Land Management, Roseburg District |
Little
River |
forest
health, road assessment and maintenance |
Sugar
pine genetic improvement, Cavitt Creek road inventory. Little
River Water Quality Management Plan |
Leadership,
Wolfpine timber sale, Cavitt Creek road inventory, WQMP, & fertilization research project implementation |
Umpqua
Basin Watershed Council |
Little
River |
Road
assessment and maintenance |
Cavitt
Creek road inventory |
Leadership,
financing |
Seneca/Jones
Timber Company |
Little
River |
Road
assessment and maintenance |
Cavitt
Creek road inventory |
Financing,
project implementation |
Bureau
of Land Management, Roseburg District |
Little
River |
Road
assessment and maintenance |
Fertilization
and water quality research |
Leadership,
project implementation |
Oregon
Department of Environmental Quality |
Little
River |
Clean
Water Act implementation |
Little
River Water Quality Management Plan |
Leadership,
facilitation with partners |
Pacific
Southwest Forest Research |
Little
River |
Soil
productivity research |
Restoration
of soil productivity |
Experimental
design, project implementation, effectiveness monitoring |
Diamond
Lake Ranger District |
Little
River |
Soil
productivity research |
Restoration
of soil productivity |
Experimental
equipment design |
Pacific
Northwest Forest Research |
Little
River |
AMA
science advisor |
Soil
productivity research, fuels and fire management, song bird response to
thinning, western red cedar silviculture, Douglas fir uneven-age management |
Experimental
design, project implementation, effectiveness monitoring |
SW
Oregon Insect & Disease Technical Center |
Little
River |
Forest
health, Insect & Disease research, adaptive management |
Sugar
pine genetic improvement |
Leadership,
Wolfpine project implementation |
Dorena
Tree Improvement Center |
Little
River |
Forest
health, Insect & Disease research, adaptive management |
Sugar
pine genetic improvement |
Experimental
design, project implementation, effectiveness monitoring |
Wolf
Creek Job Corp Forestry Crew |
Little
River |
Forestry
education |
Project
implementation |
Forestry
labor, inventory and monitoring |
National
Science Foundation |
Little
River |
Landscape
ecology research |
Fire
history Masters thesis |
Financing |
USGS
Biological Resource Division |
Little
River |
Water
quality |
Fertilization
and water quality research |
Experimental
design, project implementation, effectiveness monitoring |
Little
River Committee |
Little
River |
Forest
management & water quality |
Little
River Water Quality Management Plan |
Data
collection and reporting |
|
||||
Private
landowners |
Middle
South Umpqua |
Fish
population monitoring |
Outmigrant
fish traps |
Labor/in-kind
contributions |
|
||||
Private
landowners |
Jackson
Creek |
Fish
population monitoring |
Outmigrant
fish traps |
Labor/in-kind
contributions |
Wild
Turkey Federation |
Jackson
Creek |
Watershed
Restoration |
Early
seral habitat enhancement. |
Financial |
|
||||
Coast
Fork Willamette Watershed Council |
Layng
Creek |
Watershed
Restoration |
Watershed
Restoration |
Public
Outreach |
City
of Cottage Grove |
Layng
Creek |
Municipal
Watershed |
High
Water Quality |
Monitoring |
Major
customers/ beneficiaries |
Watersheds |
|||||
Steamboat Creek |
Middle South Umpqua |
Jackson Creek |
Fish Creek |
Layng Creek |
Little River |
|
Scenic
Touring |
|
X |
X |
|
|
|
BLM |
|
|
|
|
|
X |
Private
land owners |
|
|
|
|
|
X |
Research Scientists |
X |
|
X |
|
|
X |
Timber
industry |
X |
X |
X |
X |
X |
X |
Cow
Creek Band of the Umpqua Tribe of Indians |
|
|
X |
|
|
|
Miners |
X |
|
|
|
|
|
Little
River Committee |
|
|
|
|
|
X |
Dispersed
campers |
X |
X |
X |
|
|
X |
Hikers |
X |
X |
X |
X |
X |
X |
Hunting |
X |
X |
X |
X |
|
X |
Anglers |
X |
X |
X |
X |
|
X |
Municipal
water supply |
|
|
|
|
X |
|
Developed-site
campers |
X |
X |
X |
|
X |
X |
Hydropower
(diversion that feeds Soda Springs reservoir) |
|
|
|
X |
|
|
Steamboat
Inn |
X |
|
|
|
|
|
Access
corridor for Wilderness users (hikers, horse packers) |
X |
|
X |
X |
|
|
Wolf
Creek Job Corps |
|
|
|
|
|
X |
Wildlife
watchers |
X |
X |
X |
X |
X |
X |