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Applications of Ecological Information to Consider
Ecosystem Services in Land Management
People and Ecosystems of the Rogue BasinWorkshop
July 30, 2014
Nikola Smith
Ecologist & Ecosystem Services Specialist
U.S. Forest Service Pacific Northwest RegionNational Forest System (NR) / State and Private Forestry / PNW Research Station
• Definition of ecosystem services
• Ecosystem services and the U.S. Forest Service
• Project-level applications on the Deschutes and
Willamette National Forests
• Watershed investment partnerships on public and
private lands
• Using ecological information to understand a
landscape’s capacity to provide ecosystem services
Outline
“60% of the world’s environmental services are being degraded faster than they can recover”
Millennium Ecosystem Assessment
Ecosystem Services Approach
Clean air and waterMitigation of fire and floods
Climate regulationFish and wildlife habitat
Recreation opportunitiesEconomic benefits
The benefits that people receive from nature
are often undervalued or unrecognized.
Ecosystem Services
The benefits people obtain from ecosystems
Water (quantity)
Fuelwood
Energy and Minerals
Food and Medicines
Fiber
Forage
Timber
Range
Fish and Wildlife
PROVISIONING
Soil formation
Seed dispersal
Pollination
Nutrient cycling
SUPPORTING
CULTURAL
Aesthetic values
Educational values
Spiritual values
Cultural heritage
Recreation
Carbon sequestration
Climate regulation
Soil stabilization
Watershed services
REGULATING
(water quality and flood control)
Going beyond multiple use to tell a more complete story
• Healthy, diverse systems are more resilient
and provide a broader range of services
• Biodiversity influences processes including
plant productivity, soil fertility, water filtration,
nutrient cycling, pollution and waste
reduction, biomass accumulation and
resistance to disease and disturbance
• Holistic approach, including intrinsic value
Biodiversity
sustain the health, diversity, and productivity of the Nation’s forests
and grasslands to meet the needs of present and future generations.
Caring for the land and serving people.
Ecosystem Services and U.S. Forest Service Mission
Ecosystem Services in the USFS Planning Rule
“…..to guide the development, amendment,
and revision of land management plans to
maintain and restore National Forest
System land and water ecosystems while
providing for ecosystem services and
multiple uses….”
Federal Register - April 9, 2012
USDA “All Lands” Approach
"The Forest Service must not be viewed as an agency concerned only with the fate of our National Forests, but must instead be acknowledged for its work in protecting and maintaining all American forests, including state and private lands.”
- U.S. Agriculture Secretary Tom Vilsack
“Integrated Resource Restoration”- Resiliency of ecosystems
- Engagement of diverse groups and individuals
- Utilizing traditional and emerging markets to improve
ecosystem functions
Ecosystem Services as a
Framework for Forest
Stewardship
A collaboration between the Deschutes National
Forest, the Region 6 Regional Office, and the
Pacific Northwest Research Station
How can we bring a new language to
management that reflects the importance of
sustaining resilient forests?
Can this language support more collaborative
decision-making and strengthen our
partnerships?
How can we encourage a more integrated
approach to forest management?
Articulating the Value of Forests
and Forest Management:
Language Matters
Resonance and Relevance
The way we think changes our
behavior
Using ecosystem services to frame forest management is like going from
black and white to color
~ John Allen, Forest Supervisor, Deschutes National Forest
Describing Outcomes
in addition to reporting Outputs
• Acres treated
• Miles restored
• Number of visits
• Board feet sold
• Healthy watersheds
• Resilient, functioning
ecosystems
• Benefits for communities
Sustaining a Value or Set of Ecosystem Services can be Achieved by Management Actions Across Disciplines
Fuel treatment or silviculture prescription
Riparian restoration
Soil Porosity
Roads
Fresh Water
Drinking, aquatic habitat,
recreation
Regulation of erosion and
water flow
Wildlife Habitat
Forest Products
Erosion Regulation /
Water Quality
Cultural Values /
Recreation Opportunities
Fuel Treatment
Increase resilience to
disturbance, sustain
vegetation cover
Avoided Costs for Utilities
Support for the Forest Products Industry
Recreation Economy
A Single Management Action Can
Affect Several Ecosystem Services
The Nature of These Effects Depends on Context
and Landscape Conditions
Whyis our forest important for
human well-being?
Whatstructures, processes and
functions sustain the benefits that people value?
Howdoes our management affect
structures, processes, functions and benefits?
A New Approach Results In:
•new drivers for decision-making
•integration of efforts across disciplines
•local community support
Participatory Process
“We feel the role of forest
management can only be successful
through active participation by all
those with a vested interest in
protecting the ecological resilience and
sustainability of our
forested lands.”
- Forest Service Chief Tom Tidwell
From Theory to Practice:The Marsh Project
Crescent Ranger District, Deschutes National Forest
Fire Regime Condition Class 3
• Dense lodgepole pine stands
• Mixed conifer has contiguous ladder fuels
• Reminiscent of conditions pre-Davis Fire (2003)
State’s largest Oregon Spotted Frog habitat
Habitat for rare graminoids
Matsutake mushroom, big game and fish habitat
Great grey and northern spotted owl
Two Late Successional Reserves
Oregon Cascades Recreation Area
Important for late season water storage and flows to Little Deschutes River
Limited motorized access, valued for dispersed recreation
Identify Values & Benefits
Describe Attributes & Components
Define Current
Condition
Potential Management
Actions
Pos/Neg Effects and Trade-offs
Internal and External Workshops:
Collaborative Identification of Priority Ecosystem Services
• Cultural Resources
• Dispersed Camping
• Educational Opportunities
• Existence Value of Botanical
Resources and Wildlife Species
• Firewood
• Fishing and Hunting
• Recreation: Hiking, X-Country Skiing,
Snowshoeing, Biking, Kayaking,
Canoeing
• Low Use and Development
• Matsutake Mushrooms
• OHV use
• Post and Poles
• Scenery, Pristine Viewshed
• Solitude, Wildness
• Timber Volume
• Water Quality, Quantity and
Storage
• Wildlife Viewing
integrated systems approach
↑
↗
→
↘
↓
Strongly
PositiveSlightly
Positive
Neutral
Slightly
NegativeStrongly
Negative
Solitude,
Spiritual,
Self-
Discovery
AccessMatsutake
Harvest
Clean, Cold
Water
Flora &
fauna
biodiversity
Soil Health
Water
Storage &
Filtration
Natural
disturbance
processes
(fire &
floods)
Road
maintenance ↘ ↗ → ↗ ↘ → ↗ →
Lodgepole
encroachment
thinning↗ ↗ ↘ ↗ ↑ ↗ ↗ ↑
Removal of
Reed Canary
Grass↗ → → ↗ ↑ ↗ ↑ ↗
Hardwood
Restoration ↗ → ↘ ↑ ↑ ↑ ↑ ↑
Ecosystem Services
Management Effects
Matrix
Ecosystem ServicesCultural Supporting RegulatingProvisioning
Ma
na
ge
me
nt
Act
ion
Developed in collaboration with Pete Caligiuri, The Nature Conservancy
Management Activities That
Provide Multiple Benefits
(preliminary list)
• Addressing lodgepole pine encroachment
• Ditch closure
• Maintaining and improving dispersed recreation
• Reducing the risk of wildfire and insect impacts
• Reed canary grass removal
Participatory Planning Approach
• Collaboratively evaluate the inherent capacity of the landscape to provide ecosystem services
• Understand changes to that capacity based on historic land uses and existing conditions
• Cooperatively develop a restoration plan that is ecologically sustainable and economically viable
• Express management objectives in terms of ecosystem service outcomes and ecological context
What is this landscape about?
natural foundational processes
Geology and
Landforms
Hydrology and
Fisheries
Vegetation and
Habitats
Fire
Regimes
How do functions and processes extend beyond our boundary?
What and where are challenges and stressors on the system?
What is our management vision?
Where can we be most effective?
How can we work across programs and with partners to achieve our goals?
Underlying Processes and Functions (Foundation)
Nutrient cycling , Nutrient fixation (red alder), Soil formation , Natural Disturbance (Fire, wind,landslides, insects and disease) ,Water cycling (Collection, storage, release, filtration, cooling) ,Carbon cycling , Photosynthesis (Oxygen production) , Elevational diversity, Air purification
Clean cold water• drinking water
Food• fish, plants, elk, deer,
upland birds• First foods
(huckleberries)Forest products
• Wood products• Special forest products
Mineral sources• Stream gravel• Road rock
Jobs and economic activity
Riparian•Aquatic, floodplain
Upland Forest•Old growth, mid-seral, early seral
Shrub•Vine maple patches
Meadows•Wet and dry
Ponds and seepsRock talus
Visual qualitySceneryFirst foods (huckleberries)Recreation potential
• Dispersed camping• Swimming holes• Hiking, fishing, hunting
Existence valueSpiritual (Native values andgeneral recreation)Solitude, SpaceCultural heritageRich settlement historyPublic accessSpecial or unique species
Human Actions (Potential to affect above or below): Flood Control Dam, Forest Management, Road Construction and Maintenance, Fire Suppression , Recreation
Watershed Investment Partnerships
Medford is investing $8 million in approximately 30 miles of stream restoration
to mitigate temperature impacts from treated wastewater discharge
at 50% of chiller costs
Compliance Achieved
Cost - A lot
Grey Infrastructure
Cooling Towers
Green Infrastructure
Restore 30 miles of stream
Ecological Value
Not Much
Ecological Value
HUGE
Compliance Achieved
Cost - A lot less
Eugene Water and Electric Board (EWEB)
McKenzie Collaborative
payments to private landowners to maintain high quality riparian areas
partnerships with The Freshwater Trust and Oregon Watershed
Enhancement Board to restore degraded areas
working with the Willamette National Forest to maintain the quality of the
McKenzie headwaters, including stewardship contracting
Vegetation and Fire Regimes
Timber
Habitat
Biodiversity
Water quantity, quality and storage
Recreation
Grazing
Firewood
Carbon sequestration
First foods
Sense of place
Geology, Landforms and
Soils
Nutrient cycling
Site productivity
Delivery of wood and gravels (aquatic habitat)
Flow regime, Flood potential
Groundwater storage and delivery
Sense of place
How Does Ecological Information Enhance our Understanding of a
Landscape’s Capacity to Provide Ecosystem Services?
Hydrology and Fisheries
Water quantity
Water quality
Recreation
Food
Aquatic habitats
Biodiversity
Cultural and spiritual values
Wildlife
Biodiversity
Recreation and Tourism
Food
Pollination
Seed dispersal
Inspiration
Intrinsic value
Geology, Landforms and Soils
Vegetation and Fire Regimes
Wildlife
Hydrology
Integrating Knowledge Across Program Areas
• Interaction amongst landscape components and objectives
• Targeting actions to maximize efficiency
• Rationale for management (and instead of or)
Water Quality
TimberTimber
Biodiversity
People and Ecosystems of the Rogue Basin
Assessing Risks and Sustaining Values
o How do people benefit from the land?
o How do ecological processes and
structures support those benefits?
o What threatens the ability of the land to
provide those benefits over time?
o What management actions are needed
across jurisdictions?
What Does An Ecosystem Services Approach Offer?
• Highlights the connection between ecological conditions,
flows of goods and services, and public welfare
• Incorporates stakeholder values, builds transparency and
increases trust
• Integrated program delivery
• Illustrates the rationale for management actions including
trade-offs and uncertainties
• Pro-active vision rather than reactive mitigation
Thank you!
Nikola Smith
Ecologist and Ecosystem Services Specialist
U.S. Forest Service Pacific Northwest RegionNational Forest System (NR), State and Private Forestry, PNW Research Station
503-808-2270