Projects

Landscape Conservation Cooperatives use a collaborative approach to identify landscape-scale conservation solutions. LCCs work across jurisdictional and political boundaries to work with partners to: meet unfilled conservation needs, develop decision support tools, share data and knowledge and facilitate and foster partnerships.

As part of a shared science strategy, LCCs coordinate closely with the National Climate Change and Wildlife Center and the eight regional Climate Science Centers as well as Migratory Bird Joint Ventures and National Fish Habitat Partnerships across North America.

  • Arctic

The Arctic LCC created the Threatened Eider Geodatabase to serve as a repository for threatened eider distribution information. This database is intended to be a qualitative "first look" at where these two species of eider have been recorded and where surveys have been conducted.

  • Arctic

Natural resource managers and native communities have expressed a need for effectively synthesizing traditional knowledge and western science data. Often wildlife management plans are based on remotely sensed data and data collected by wildlife biologists.

  • Arctic

The identification of heavy metals such as mercury, and highly persistent lipophilic anthropogenic contaminants in the circumpolar food chain of all Arctic countries has raised awareness in wildlife scientists, and human health authorities on the need to better understand the possible climate-med

  • Arctic

The Arctic LCC and National Park Service has partnered together to complete a ShoreZone imagining and mapping project for the entire coastline, lagoons inclusive, from Point Hope to Wales in Northwestern Alaska.

  • Arctic

This project facilitates research within the North Slope science community through improved data sharing and collaboration. This is achieved through the development and implementation of secure data services (SDS) protocols within the North Slope Science Catalog.

  • Arctic

Information on geomorphological and
biological features for 1,095 km of shoreline mapped from the 2013 coastal
imaging survey of St. Lawrence Island. The habitat inventory is comprised of 1,994
along-shore segments (units), averaging 550 m in length (note that the AK Coast

  • Arctic

Federal land managers, non-governmental organizations, and industry have been developing ecological land classifications at regional and landscape-level for Alaska to aid in ecosystem management. An ecoregion map that covers the entire state was produced by Nowacki et al. (2002).

  • Arctic

There are many challenges in detecting precipitation trends in Alaska. The most substantial are the small number of observations, inhomogeneities, differences among gridded data sets, and differentiating between long-term trends and decadal variability.

  • Arctic

The USGS St. Petersburg Coastal and Marine Science Center (USGS St. Pete) processed lidar topographic data in Alaska. Raw lidar data are not in a format that is generally usable by resource managers and scientists for scientific analysis.

  • Arctic

Shorebirds are among the most abundant and visible high-latitude vertebrates. Their ecology makes them particularly sensitive to climate change in the arctic. The current distribution of shorebirds on the Arctic Coastal Plain is poorly known because accurate data exist from just a few locations.

  • Arctic

The most comprehensive historical aerial imagery of Alaska available to the public was collected as part
of the Alaska High-Altitude Aerial Photography Program (AHAP) during 1978-1986. Recent studies

  • Arctic

The primary goal of this project was to predict climate-related changes in the timing and duration of insect prey availability for arctic-breeding shorebirds.

  • North Pacific

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

  • North Pacific

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.

  • North Pacific

The Washington Connected Landscapes Project is a highly leveraged effort to provide scientific analyses and tools necessary to conserve wildlife habitat connectivity.

  • North Pacific

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.

  • North Pacific

A searchable database of climate change researchers, research and tools was developed. This effort was done in cooperation with a similar funded effort by the University of Alaska, SE to cover the North Pacific LCC geographic range.

  • Western Alaska

Lack of complete snow cover for the past 3 winters in southwestern Alaska has forced agencies to postpone moose surveys due to the likelihood of underestimating the population/lack of comparability to previous surveys.

  • Western Alaska

Caribou are an important source of food for residents of western Alaska, but as environmental conditions and migration patterns change, some local hunters have encountered difficulty accessing the Mulchatna caribou herd (MCH).

  • Aleutian and Bering Sea Islands

Accidental introductions of rodents present one of the greatest threats to indigenous island biota. On uninhabited remote islands, such introductions are most likely to come from shipwrecks.

  • Southern Rockies

Project Objectives
Connect scientists/researchers to resource managers, review relevant science projects recently completed by the SRLCC and others, and discuss how resulting data and tools can be applied or incorporated into decision-making processes;

  • Southern Rockies

The Green River Basin Landscape Conservation Design project (GRB LCD) is an opportunity to think, plan, and act across boundaries and jurisdictions to meet mutual goals for agreed upon conservation targets in the ecosystems of the Green River Basin.

  • Arctic

Using a bioclimatic envelope approach, University of Alberta investigators project how the distribution and abundance of boreal forest birds across North America will respond to different scenarios of future climate-change.

  • Arctic

More information is needed about species composition, abundance, or distribution of the microfauna and meiofauna living within the interstitial spaces of the littoral zones along the Beaufort Sea coast.

  • Arctic

Hydrologic data for the Alaska Arctic are sparse, and fewer still are long-term (> 10 year) datasets. This lack of baseline information hinders our ability to assess long-term alterations in streamflow due to changing climate.

  • Gulf Coast Prairie

Conserving migratory or wide-ranging species presents considerable challenges, as these individuals move across disparate jurisdictions often crossing international borders among crucial stages of their annual cycle.

  • Great Plains

Groundwater pumping for irrigated agriculture has depleted regional aquifers that sustain habitat for native fishes in the western Great Plains of North America.

  • Great Plains

The Great Plains LCC funded/facilitated meeting in relation to the Lesser Prairie Chicken Managment Plan developed by the Western Association of Fish and Wildlife Agencies. Project funding also went toward a literature review of Lesser Prairie Chickens.

  • Great Plains

DJ Case will work with PLJV and other project cooperators to develop, conduct, and analyze 14 focus groups with key landowners in six states within the GPLCC.

  • Great Plains

The Arkansas River Shiner (ARS), *Notropis girardi*, is a federally threatened minnow that now occurs natively in modest numbers only in the South Canadian River, following decades of range contraction and population losses.

  • Great Plains

The black‐tailed prairie dog (Cynomys ludovicianus) is considered an indicator species for the short grass prairie of North America; however, this species currently occupies an estimated 2% of its original distribution.

  • Great Plains

This project expands upon the first version of the SGP-CHAT and create a more robust spatial planning tool (SPT) for directing conservation of the lesser prairie chicken (LPC).

  • Great Plains

Playa wetlands are critical resources of the Great Plains, providing a range of ecological functions such as groundwater recharge, surface water storage, wetland habitat, and sediment filtering.

  • Great Plains

While habitat selection and population estimates are well documented for spring migrating birds in the central Platte River system, little information or monitoring efforts on the North Platte River exist, particularly for the multiple priority bird species known to be present.

  • Great Plains

While we assessed the vulnerability of a number of different wildlife and plant species to climate change, none of those species exhibited high vulnerability to changes projected for the region and there was limited differentiation in vulnerability between the individual species.

  • Great Plains

Rate of global biodiversity loss increased significantly during the 20th century associated with human environmental alterations.

  • Great Plains

The range-wide plan (RWP) has been developed in response to concerns about lesser prairie-chicken (LPC) habitat threats which may be impacting LPC populations, and the proposed listing under the Endangered Species Act (ESA).

  • Great Plains

Potamodromous migrations, those that occur entirely in fresh waters, are made by a variety of minnows (Family Cyprinidae) in, and between, freshwater habitats around the world.

  • Great Plains

Species populations are in a state of flux due to the cumulative and interacting impacts of climate change and human stressors across landscapes.

  • Great Plains

Landscape Design has been described as the bridge between landscape ecology and conservation delivery. It recognizes the need for humans to live and work in the landscape and it seeks to understand the patterns and the underlying processes of those patterns.

  • Great Plains

Genetic, demographic, and environmental processes affect natural populations synergistically, and understanding their interplay is crucial for the conservation of biodiversity.

  • Great Plains

We used the United States National Grid to develop a sampling grid for monitoring programs in the Great Plains Landscape Conservation Cooperative, delineated by Bird Conservation Regions 18 and 19.

  • Great Plains

Biodiversity in stream networks is threatened globally by interactions between habitat fragmentation and altered hydrologic regimes.

  • Great Plains

Reduced to its most fundamental level, the management problem addressed by this project is the basic conflict between the fact that fish need water and the reality that the amount and quality of the water available has been dramatically altered by human activities.

  • Great Plains

Within grassland communities of the GPLCC one such key indicator species is the Lesser Prairie-chicken (Tympanuchus pallidinctus). Lesser Prairie-chicken range extends across the southern portion of the GPLCC area throughout Texas, Oklahoma, New Mexico, and Kansas.

  • Great Plains

Mapping ecological systems of Kansas and Nebraska expands upon previous work completed for Texas and Oklahoma and advances the desire of regional and state partners to have a consistently mapped seamless land cover for the Great Plains region.

  • Great Plains

Land-use change, invasive species, and climate change have dramatically impaired ecosystem function worldwide. Understanding how changes to ecosystems impact species of conservation concern is essential for effective conservation delivery.

  • Great Plains

Natural resource management requires decision making in the face of uncertain future conditions.

  • Great Plains

Grassland Species as Indicators for use in Climate Change Modeling

  • Great Plains

A return on Investment Approach to restoring natural Flow Regimes in the Red River