alaska landscape conservation cooperatives:
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Alaska Landscape Conservation Cooperatives:. The Big Picture Approach to Science and Management. LCC Background. What are LCCs? Self-directed partnerships that: Provide science and support for conservation and sustainable resource management; - PowerPoint PPT PresentationTRANSCRIPT
Alaska Landscape Conservation Cooperatives:
The Big Picture Approach to Science and Management
What are LCCs?• Self-directed partnerships that:– Provide science and support for conservation and
sustainable resource management;
– Address landscape-scale stressors, i.e., climate change;
– Bring together resource managers within an ecoregion to identify shared conservation goals;
– Bring together resource managers and scientists to identify and address information gaps;
LCC Background
Who makes up LCC partnerships?
– Federal and state/provincial agencies
– Tribal/First Nations and local governments
–Non-governmental organizations
–Universities, others
LCC Background
Why LCCs?Some conservation challenges are too “Big” to be solved by any one entity.• Geographic “Big” – Landscape-scale stressors and
processes cross jurisdictional boundaries.• Conceptual “Big” – Science questions associated with
management problems are multi-disciplinary in nature.• Effort “Big” – Implementation costs are high; coordination
allows leveraging of funds but increases bureaucratic overhead.
LCC Background
LCC Background
What do LCCs do? Science to Inform Management• Assess landscape condition and vulnerabilities
• Coordinate monitoring
• Facilitate conservation planning
• Deliver information to stakeholders
• Develop analytical and decision-making tools
• Facilitate formation of adaptation strategies
LCC Background
LCC Background
Arctic LCC
For more info: arcticlcc.org
Arctic LCC Strategic Plan Areas of Emphasis
Describe and Forecast Ecosystem Change Terrestrial Observation Network Interdisciplinary Climate Response Research:
Link physical processes/biological response Model Ecosystem Response to Climate
Data Integration and Management Spatial Data
Provide Information to Meet Near-term Management Needs
Arctic LCCLong-term monitoring of climate, hydrology, soils/permafrost,
and vegetation in representative watersheds.
Monitoring Change
Arctic LCC Interdisciplinary Research
Approved for 2013-2014 Starts:• Response of an Arctic Freshwater Ecosystem to Climate and Land-use
Change
• Biological Responses to Increasing Water Temperatures in Lakes of the Barrow/Atqasuk Focus Watershed: An Interdisciplinary Bioenergetics and Contaminants Study
Tentatively Approved, Need Funding Partners for 2014 Starts:• Climate Change Effects on Wetlands, Invertebrates and Shorebirds
• How Will Marine Food Webs in the Coastal Arctic Respond to Increased Runoff Associated With Permafrost Melt?
Explicit investigation of linkages between climate change, physical processes, and biological response.
Arctic LCC Interdisciplinary Research
Approved for 2013-2014 Starts:• Response of an Arctic Freshwater Ecosystem to Climate and Land-use
Change
• Biological Responses to Increasing Water Temperatures in Lakes of the Barrow/Atqasuk Focus Watershed: An Interdisciplinary Bioenergetics and Contaminants Study
Tentatively Approved, Need Funding Partners for 2014 Starts:• Climate Change Effects on Wetlands, Invertebrates and Shorebirds
• How Will Marine Food Webs in the Coastal Arctic Respond to Increased Runoff Associated With Permafrost Melt?
Explicit investigation of linkages between climate change, physical processes, and biological response.
Arctic LCC Strategic Plan Areas of Emphasis
Data Integration and Management Spatial Data
Provide Information to Meet Near-term Management Needs
Western Alaska LCC
Western Alaska LCC Emerging Science Strategy
• Rotate every two-years between Coastal, Freshwater and Terrestrial Systems themes
• Plan focus for each theme 6-12 months in advance
• Always ask for “cross-system” projects – (linkages from changes in physical drivers to
biological / ecological / human impacts)• All projects must be completed within four
years of theme “start”.
INITIAL Ideas for a long-term science strategy
Western Alaska LCC FY2012 –13: Coastal Systems
• Changes in Coastal Storms & their Impacts• Coastal Hazards Workshop (w/ AOOS, Ak CSC),
=> report w/ priority info needs on AOOS website• Inventory of coastal projects (AOOS website)• Integrated suite of projects (RFP) (WALCC website)– spatially detailed projections of storm surge inundation on
Yukon Delta coast region of important migratory waterfowl breeding,
– Results used to assess storm impacts on specific breeding waterfowl & project future impacts under scenario(s) of relative sea level rise.
Western Alaska LCC Emerging Science Strategy
• Rotate every two-years between Coastal, Freshwater and Terrestrial Systems themes
• Plan focus for each theme 6-12 months in advance
• Always ask for “cross-system” projects– (linkages from changes in physical drivers to
biological / ecological / human impacts) • All projects must be completed within four
years of theme “start”.
INITIAL Ideas for a long-term science strategy
Western Alaska LCC Emerging Science Strategy
• Rotate every two-years between Coastal, Freshwater and Terrestrial Systems themes
• Plan focus for each theme 6-12 months in advance
• Always ask for “cross-system” projects– (linkages from changes in physical drivers to
biological / ecological / human impacts)• All projects must be completed within four
years of theme “start”.
INITIAL Ideas for a long-term science strategy
Western Alaska LCC Emerging Science Strategy
• Rotate every two-years between Coastal, Freshwater and Terrestrial Systems themes
• Plan for each theme 6-12 months in advance• Always ask for “cross-system” projects– (linkages from changes in physical drivers to
biological / ecological / human impacts)• All projects must be completed within four
years of theme “start”.
INITIAL Ideas for a long-term science strategy
Western Alaska LCC FY2014 –15: Freshwater Systems
• Topic: Changes in Stream & Lake Temperatures and their Impacts
• Details being developed, Sept. RFP
• Major components:– Recommendations from recent statewide
workshop on Stream and Lake Temperature– Projects investigating potential Impacts
Northwest Boreal LCC
Northwest Boreal LCC• NWB LCC was initiated in 2011
• International partnership– Over 20 participating
organizations• Alaska• Yukon Territory• British Columbia• Northwest Territories
Northwest Boreal LCC• Science and management Information Needs
Assessment– Informal questionnaire– Priority biological and cultural resources– Management Framing Workshop
• Focusing on users’ needs
Information Needs Assessment
• Drivers of change in boreal ecosystems
– Wildfire
– Invasive species
– Insect disturbance
– Permafrost dynamics
– Vegetation composition change
– Land-use change
• Impacts on biological and cultural resources
Northwest Boreal LCC Drivers of Change
• Baseline data – Assessments/syntheses
• Coordinated monitoring• Understanding relationships• Projecting future states• Adaptation framework and best
management practices
Northwest Boreal LCC Categories of Activity
• Improved geo-spatial data layers, specifically as they relate to habitat maps (vegetation, soils, permafrost)
• Anthropogenic footprint (current and projected)
• Projections of future forest disturbance regimes (fire, insect pest outbreaks) and impacts on priority resources
• Climate-change related impacts on subsistence/rural communities
• Products/data that span the US-Canadian border
Northwest Boreal LCC Example Information Needs
Northwest Boreal LCC
www.nwblcc.org
Aleutian Bering Sea Islands LCC
Aleutian Bering Sea Islands LCC
Strategic Science Planning
• Focus on landscape level stressors:– Climate Variability and Change– Commercial Fisheries– Marine Shipping– Invasive/Introduced Species– Contaminants and Pollutants– Ocean Acidification
Aleutian Bering Sea Islands LCC
Marine Shipping
• Increased vessel traffic through Aleutians & Bering Strait increase with loss of ice
• Real-time, archived vessel tracking AIS (Automatic Identification System) data
• Increased risk of oil or other spills, ballast water invasives, or rat “spills”
Halpren et al 2008
Aleutian Bering Sea Islands LCC
Climate Variability & Change
• Changing sea ice has major implications for region
• Several large-scale investments with partners (e.g., SNAP, NOAA, AOOS) to assess vulnerability of species to sea-ice loss
A climate vulnerability workshop with Alaska Climate Science Center
Aleutian Bering Sea Islands LCC
Invasive, Introduced Species
• Alaska Maritime Refuge - Removing introduced species with terrestrial mammal focus
• Aquatic invasives = risk for fisheries and subsistence resources
Focus on prevention and early detection of introduction through education
Aleutian Bering Sea Islands LCC
Pollutants & Contaminants
• Threats from global transport in atmosphere and marine waters as well as “bio-transport” by species migrating from lower latitudes
• Used defense sites Includes marine debris • Community health & subsistence harvest
• Marine debris ingestion and plastics toxicology
Marine debris inventory Evaluating the effectiveness of remediation
efforts at former defense sites; UAA using fish/birds as bio-indicators for contaminants distribution
Aleutian Bering Sea Islands LCC
Help us continue our effort to develop our strategic science plan
ABSILCC.ORG
North Pacific LCC
New Website: www.nplcc.org
Together, Alaska and northwest Canada LCCs can: • Jointly address state- or region-wide information
needs
LCC Coordination
Together, Alaska and northwest Canada LCCs can: • Jointly address state- or region-wide information
needs • Serve as a forum for learning and information
exchange
LCC Coordination
Together, Alaska and northwest Canada LCCs can: • Jointly address state- or region-wide information
needs • Serve as a forum for learning and information
exchange– At multiple levels
• Facilitate communication and collaboration– Among agencies/organizations– Across disciplines– Across jurisdictional boundaries
LCC Coordination
Cross - LCC Collaboration Integrated Ecosystem Model
Cross - LCC Collaboration
Burned area
Fire Severity
ALFRESCO
DOS-TEM
GIPL-1
Soil m
oistu
re
Mos
s & O
rganic
s
Veg.
cano
py
Vegetation type
Soil Thermal Properties
Downscaled GCM Data
Integrated Ecosystem Model
Cross - LCC Collaboration Integrated Ecosystem Model
Examples of Anticipated Products • Climate
– Historical and projected temperature, precipitation• Disturbance
– Historical and projected area burned– Susceptibility to thermokarst
• Landcover and Vegetation– Projected treeline– Projected distribution of vegetation types through time
• Ecosystem Dynamics– Carbon fluxes, net primary productivity, carbon released by fire
• Soil Properties– Permafrost distribution, active layer thickness
LCC Contacts• Aleutian and Bering Sea Islands
Doug Burn – Coordinator ([email protected])Aaron Poe - Science Coordinator ([email protected])
• ArcticGreg Balogh - Coordinator ([email protected] )Philip Martin - Science Coordinator ([email protected])
• North PacificJohn Mankowski – Coordinator ([email protected])Mary Mahaffy - Science Coordinator ([email protected])
• Northwestern Interior ForestJohn DeLapp – Coordinator ([email protected])Amanda Robertson - Science Coordinator ([email protected])
• Western AlaskaKaren Murphy – Coordinator ([email protected])Joel Reynolds - Science Coordinator ([email protected])