Projects

Past analysis has shown that temperature-dependent avian malaria is likely to reduce overall available Hawaiian forest bird habitat with temperature increases.

The Invasion of native communities by cool-season introduced grasses, especially smooth brome and Kentucky bluegrass in upland prairies, reed canary grass in wetlands, is on one of the most important management issues on U.S. Fish and Wildlife Service (Service)-owned lands.

The collection of LiDAR data for the James River basin began in 2010. The detailed surface elevation data will be used for conservation planning, design, research, delivery, floodplain mapping and hydrologic modeling utilizing LiDAR technology.

This project will build a Geographic Information System (GIS) database for the Plains and Prairie Potholes LCC comprised of1) wetland abundance, 2) land cover, 3) primary productivity, and 4) wetness.

The rapid expansion of pattern tile drainage (PTD) to enhance agricultural production in the Prairie Pothole Region (PPR) has the potential to negatively impact ecosystem services provided by wetlands.

In the Prairie Pothole Region (PPR) wetland plant, invertebrate, and waterbird productivity are primarily driven by water-level dynamics in response to climate cycles.

The project will utilize a 4.5 million acre study area on the Montana Glaciated Plains.

Will downscale climate data using statistical and dynamical approaches and project future climate at an 8-km grid resolution.

Develop a geo-database for aquatic habitats with emphasis on rivers, streams, and watersheds, and to use to conduct assessments of stream and river health for Great Plains Fish Habitat Partnership.

Complete the National Wetlands Inventory for the remaining portion of the LCC using existing imagery.  Needed to develop geospatial models based on landscape-level land use and to aid in monitoring wetlands to assess effects of climate change.

Map drained wetland basins in the PPR of Iowa and complete data set for the eastern (Region 3) of the U.S. Prairie Pothole Regionl.

WWF and partners will assess the probability of grasslands being converted to cropland in the Northern Great Plains by analyzing land characteristics (e.g. soil properties conducive to specific crops), climate variables (e.g.

The project will use baseline data on pre-restoration measures of baseline hydrology and water quality to evaluate the impacts of large scale wetland and prairire restorations on hydrology and water quality including:  recovery of key habitats and functions; abilities of wetlands to buffer variab

This project has three objectives: (1) evaluate the abilitiy of dual acoustic-ultrasonic recorders to capture nocturnal calls of birds and bats at wind power sites; (2) relate nocturnal calls to results of facility searches at operational wind farms: (3) evaluate whether call activitiy varies in

Land transformations occurring from energy development and agrarian use have altered the natural connectivity of fish communities inhabiting prairie waterways. The nation’s prairie waterways are obstructed by thousands of barriers that include road culverts, irrigation diversions, and dams.

Livestock grazing practices are managed by private landowners and federal and state agencies across the western U.S.

Wetland hydroperiod, the length of time water is available in wetlands, is particularly sensitive to changes in precipitation, temperature and timing due to climate variation. Truncated hydroperiod has major implications for wetland-dependent species (e.g., waterfowl) and human water allocation.

     Habitat loss is one of the key factors contributing to loss of wildlife, but ultimately it comes down to decisions made at he private landowner.  Economin pressures from comodity prices probably heavily wieght in decisions.

A conservation and restoration priorities tool was developed that provides online access to regional information including: climate change projections, watershed condition, freshwater and terrestrial species, forest ecosystem information and invasive species information.

Twelve expert focus groups convened for comprehensive, cross-disciplinary discussions on climate change effects and adaptation strategies in marine/coastal and freshwater ecosystems across the North Pacific LCC landscape. Challenges and science or tool gaps were also discussed.

This project developed hydrologic projections for diverse wetland habitats (e.g.

The North Pacific Forest Landscape Corridor and Connectivity Project utilized a landscape connectivity simulator (UNICOR) and a genetic simulation program (CDPOP) to model the functional (dispersal and genetic) connectivity in the North Pacific Landscape.

This project developed a soil vulnerability index and map indicating where forest cover will be most affected by climate change. Using this map, researchers developed a greater understanding of potential changes in soil moisture and temperature regimes under future climate conditions.

The Province of British Columbia, Ministry of Forests, Lands, & Natural Resource Operations, in partnership with Simon Fraser University and the Alaska Coastal Rainforest Center, led a third workshop to develop cross-boundary geospatial and climate data sets in support of regional conservatio

The Cascadia Parner Forum fosters a network of natural resource practitioners working with the NPLCC and GNLCC to guild the adaptive capacity of the landscape and species living within it.

The project incorporates Heiltsuk Traditional Knowledge and Values into ecosystem-based management planning within Strategic Landscape Reserve Design (SLRD) Landscape Units. The SLRD process seeks to identify areas to set aside from logging (harvesting) over short and long term timeframes.

This project will utilize traditional ecological knowledge to establish traditional gathering practices. Interviews will be conducted with traditional gatherers (a.k.a. subsistence) over the last two generations to get baseline data.

The overarching goal of the project was to develop overlapping conceptual models of environmental and community health indicators in reference to climate forecasts.

This project initiated the first large-scale Tribal government discussions on the relationship of scientific research and traditional knowledge in the activities of the NPLCC. The project: 1.

The project had 2 broad objectives. The first objective was to meet the needs of the Yurok Tribe in collecting and documenting TEK to inform tribal planning related to climate change impacts to culturally significant wildlife and habitats that support these species.

Central Council Tlingit and Haida Indian Tribes of Alaska (Central Council) assisted the Organized Village of Kasaan (OVK) in their NPLCC grant, Traditional Ecological Knowledge and Climate Change project.

A combination of focus groups and usability tests were used to explore the needs and preferences of a variety of NPLCC stakeholders as regards data management platform content, format, and features.

This project built on previous National Wildlife Federation work and literature reviews for the North Pacific Landscape Conservation Cooperative (NPLCC).

This project obtained information regarding past catastrophic events, such as tsunamis, and TEK through oral history interviews with Tolowa elders regarding the effects of climate change and tsunamis on traditional smelt fishing camps; generated a GIS model of coastal inundation due to sea level

This project will create a targeted and easily understandable guide to tools that support landscape-level planning in the face of climate change for NPLCC partners. The guide will build on previous NPLCC research on decision support needs with an emphasis on tools currently in use in the region.

A sea level rise vulnerability assessment has been completed for the shorelines of San Juan County Washington.

A recent (2008-2012) outbreak of Geometrid moths has decimated subsistence berry harvest in South Central Alaska. This project will develop a risk model to predict where subsistence berry plants will be most resistant to Geometrid attack.

This project used sound science and best management practices in the development and preparation of a coast redwoods for climate change workshop and related field trip involving multiple partners and others.

This project will provide a comprehensive synthesis of beaver recolonization science and techniques for successful reintroduction or population expansion through a thorough, in-depth, coordinated review of all North American beaver-related information, including identification of research gaps an

The Quartz Valley Indian Reservation will partner with tribes, federal agencies and higher education institutions in the Klamath Basin on a tribal youth intern program for the summer of 2014.

A "gateway" using Data Basin technology has been developed to serve the data integration, collaboration and outreach needs of the NPLCC.

This project will complete a tribally-based climate change vulnerability assessment t and adaptation plan for Eulachon that spawn in the Chilkoot and Chilkat rivers near Haines, Alaska.

In-person workshops will be conducted to bring the results from the USGS Program on Coastal Ecosystems Response to Climate Change's study on projected climate change effects on coastal environments (funded by NPLCC and NW CSC) to managers in their communities.

This project builds upon existing data and collaborations to incorporate climate change and economic considerations into a decision support framework for prioritizing restoration of passage.

This project will assess impacts of climate change on stream resources by considering the role of thermal heterogeneity and altered hydrologic regimes.

This project will look at how climate change has altered hydrologic systems, Pacific salmon habitat, and survival of salmon in the Nooksack River watershed. It will develop an adaptation plan that can be adopted and integrated into management plans.

We will translate existing modeled hydroclimatic data into metrics used for water crossing design and replacement.

This project aims to support dry forest and savannah habitats in The Georgia Basin. Management objectives are to synthesize existing data into GIS tools that will prioritize land acquisition and conservation investment.