The Cabinet-Purcell Collaborative--A Trans-border Conservation Network
LCCs have produced a wealth of informational documents, reports, fact sheets, webinars and more to help support resource managers in designing and delivering conservation at landscape scales.
Conservation organizations in British Columbia have long acknowledged the lack of wetland habitat tracking as a serious deficiency in conserving wetlands at ecoregional scales in a changing climate. To help address this, in 2010 a group of partners, including the Canadian Intermountain Joint Venture (CIJV), came together on a multi-year initiative, the BC Wetland Trends Project, to assess wetland trends and develop an approach for future monitoring. One of their first steps was to commission a report to recommend opportunities for tracking wetlands in BC.
GNLCC Rocky Mountain Partner Forum Climate Change and Cold Water Systems Workshop
Workshop Summary Report, June 4-5, 2013
The workshop will focus on adaptation planning and action, how to link science to strategies to actions and scaling up (and down) within the Great Northern Landscape Conservation Cooperative region in terms of: assessing vulnerabilities, identifying adaptation options, prioritizing actions and sharing information on adaptation progress and lessons among practitioners in the region. This workshop is being led by the Wildlife Conservation Society, the Center for Large Landscape Conservation and EcoAdapt.
The Southwestern Crown Collaborative (SWCC) brings together residents, interested citizens, business enterprises, and conservation organizations to consider creative solutions in the management of National Forests in the Blackfoot, Clearwater, and Swan River valleys. It is an open, independent, volunteer organization that encourages broad participation by all interested parties.
February 4, 2014 GNLCC Rocky Mountain Partner Forum Meeting
Webinar: Heart of the Rockies Initiative Conservation Atlas
Summary: As the volume and complexity of spatial data increase, the ability of managers and analysts to use these critical data is compromised. Web/service based data delivery mechanisms provide one method to address this problem, but often require specialized expertise or tools to use. By integrating web services with a user-friendly interface in a commonly used geospatial application, we hope to demonstrate one model for overcoming these data consumption challenges.
Meso-carnivore Monitoring Workshop: Project Map Dec 9-10, 2015
LC MAP, the Landscape Conservation Management and Analysis Portal, allows GNLCC partners to discover, use, develop, manage, and distribute datasets that address LCC priority issues. In FY11, this effort will extend LCMAP to allow users to generate dynamic interactive map viewers, modeled output, and web services for use in ArcExplorer and other client tools.
Seasonal change is important to consider when managing conservation areas at landscape scales. The study of such patterns throughout the year is referred to as phenology. Recurring life-cycle events that are initiated and driven by environmental factors include animal migration and plant flowering. Phenological events capture public attention, such as fall color change in deciduous forests, the first flowering in spring, and for those with allergies, the start of the pollen season.
Produced various Intermoutain West Joint Venture website contnet
Climate Change Sensitivity Database Website
This is the primary access to the LC MAP Data Catalog tool, powered by ScienceBase. LC MAP was originally developed by the U.S. Geological Survey in coordination with the Great Northern LCC and is broadly available for ScienceBase users to share, access, and analyze common datasets. LC MAP was developed to aid resource managers share data across partners agencies and perform intensive geospatial analysis on a landscape scale.
Isaak, D., J. Ver Hoef, and E. Peterson. 2014. New information from old stream data through applications of spatial statistical network models. Atlantic Salmon Conference. Orono, ME, January 9. Oregon Chapter of the American Fisheries Society. Eugene, OR, February 25-28. Idaho Chapter of the American Fisheries Society. Idaho Falls, ID, February 11-13. Water quality workshop: Monitoring, assessment, and management. Boise, ID, February 4-6.
Stream Temperature Scenario Maps, Perennial stream temperature map, Model Prediction Accuracy: Lower Snake, Middle Columbia, John Day, and Deschutes watersheds (HUC 3 - 170601, 170701, 170602, 170703)
Modern climate change has already begun to alter ecological and human systems. Many of the changes projected for the coming century will necessitate management responses if we wish to maintain functioning ecosystems, protect rare species, and derive needed ecosystem services. Prioritizing management actions in the face of climate change and developing adaptation strategies requires an understanding of how climates will change and which species and systems will be most vulnerable to those changes.
One of the first steps towards developing strategies to address climate change is to understand how and to what degree ecological systems and species will be vulnerable to projected changes. The Pacific Northwest Climate Change Vulnerability Assessment (PNWCCVA) is an ongoing effort to provide such an understanding for the systems and species of the northwestern United States and southwestern Canada.
NorWeST stream temperature scenario maps were developed at a 1-kilometer resolution using spatial statistical stream network models. Stream temperature data used to fit the temperature model that created the scenario maps were screened using a consistent set of criteria to ensure the use of accurate temperature measurements.
NorWeST summer stream temperature scenarios were developed for all rivers and streams in the western U.S. from the > 20,000 stream sites in the NorWeST database where mean August stream temperatures were recorded. The scenarios include: 1) Adobe PDF format maps depicting historical and future modeled mean August stream temperatures, 2) graphs (JPG format) demonstrating the accuracy of the temperature model, and 3) GIS shapefiles (SHP format) representing the spatially modeled stream temperatures.
A map service on the www that allows users to zoom to a specific area and the modeled prediction of the stream temperatures at 2040.
A map service on the www that allows users to zoom to a specific area and the modeled prediction of the stream temperatures at 2080.
A map service on the www that allows users to zoom to a specific area and see the historic august stream temperatures based on collected thermograph data.
A map service on the www that allows users to zoom to a specific area and see thermograph point locations in streams that have collected stream temeprature data.
A map service on the www that allows users to see the NorWeST project's production unit watersheds.
Isaak, D., S. Wenger, E. Peterson, J. Ver Hoef, C. Luce, S. Hostetler, J. Dunham, J. Kershner, B. Roper, D. Nagel, D. Horan, G. Chandler, S. Parkes, S. Wollrab. 2015. Development and application of NorWeST stream temperature climate scenarios for the Pacific Northwest. North Pacific Landscape Conservation Cooperative webinar, January 27.
Temperature in aquatic ecosystems is a fundamentally important property that dozens of resource agencies across the Northwest routinely monitor. Significant amounts of stream temperature data have been collected during the last two decades, but strategic coordination of these collection efforts within and among agencies is lacking and many redundancies exist.
Seth Wenger, is a staff scientist for Trout Unlimited whose current research focuses on potential effects of climate change on fish. He holds a PhD in Ecology from the University of Georgia.
The NorWeST webpage hosts stream temperature data and climate scenarios in a variety of user-friendly digital formats for streams and rivers across the western U.S. The temperature database was compiled from hundreds of biologists and hydrologists working for >100 resource agencies and contains >200,000,000 hourly temperature recordings at >20,000 unique stream sites.
Greater sage-grouse Centrocercus urophasianus (Bonaparte) currently occupy approximately half of their historical distribution across western North America. Sage-grouse are a candidate for endangered species listing due to habitat and population fragmentation coupled with inadequate regulation to control development in critical areas. Conservation planning would benefit from accurate maps delineating required habitats and movement corridors.
Isaak, D, S. Wenger, E. Peterson, J. V. Hoef, C. Luce, D. Nagel, S. Hostetler, J. Dunham, J. Kershner, B. Roper, D. Horan, G. Chandler, S. Parkes, and S. Wollrab. 2015. NorWeST stream temperature model: Data structure, covariates, and applications. EPA Region 10 webinar. February 11.
These GIS data are intended to assist users in understanding general patterns in bull trout distributions and inferring potential alteration of these distributions with changes in future mean annual air temperatures. The data have been developed specifically for bull trout and are not intended for use with other aquatic organisms unless similar linkages with air temperatures can be established. The data are most appropriate for broad scale displays and inference (i.e., map scales ~ 1:1,000,000) and should not be applied at finer scales, where local conditions may cause significant deviati
Range-wide network of priority areas for greater sage-grouse - a design for conserving connected distributions or isolating individual zoos?
Time: 11:00 am-12:00 pm Mountain Time / 10:00-11:00 am Pacific Time
Hosts: Pacific Northwest Climate Change Collaboration (C3) and Great Northern LCC
Presenter: Dan Isaak, Research Fisheries Scientist, Boise Aquatic Research Lab, Rocky Mountain Research Station, US Forest Service
Ecological Minimums Required by Greater Sage-grouse Metadata Webpage
Ecological Minimums Required by Greater Sage-grouse Project Webpage
The imminent demise of montane species is a recurrent theme in the climate change literature, particularly for aquatic species that are constrained to networks and elevational rather than latitudinal retreat as temperatures increase. Predictions of widespread species losses, however, have yet to be fulfilled despite decades of climate change, suggesting that trends are much weaker than anticipated and may be too subtle for detection given the widespread use of sparse water temperature datasets or imprecise surrogates like elevation and air temperature.
Webinar: Mapping basic requirements for greater sage-grouse
The Washington Connected Landscapes Project: Statewide Analysis presented a vision for a connected network of habitats for wildlife in current condition. This climate-gradient corridor analysis and report adds a climate change lens to that assessment, by identifying corridors intended to improve the ability of wildlife and their habitats to respond to future changes in climate.
This document is an addendum to the Washington Connected Landscapes Project: Columbia Plateau Climate-Gradient Corridor Analysis (WHCWG 2013a; available from http://waconnected.org). It includes supplemental maps and guidance that can help prioritize and implement connectivity conservation actions that may benefit species under climate change. The analyses presented in the addendum build upon the climate-gradient corridors modeled for the Columbia Plateau Ecoregion and a surrounding buffer area (Fig. 1; WHCWG 2013a).
Washington Connected Landscapes Project: Statewide Analysis Summary Report
These data are an appended version of the Landscape Integrity Core Areas vector map developed as part of the Washington Habitat Connectivity Working Group (2010) landscape integrity analysis. The average mean annual temperature, standard deviation of mean annual temperature, and additional statistics were calculated for the pixels in each core area and appended to the core area attribute table.
The Washington Wildlife Habitat Connectivity Working Group is an open scientific collaborative effort to produce connectivity and tools for Washington and surrounding habitats. The Washington Connected Landscapes Project is the name for the suite of analysis and tools being produced by the working group.
These data represent a normalized least-cost corridor mosaic (see WHCWG 2010 and McRae and Kavanagh 2011) calculated using temperature gradients following the climate gradient linkage-modeling methods outlined in Nunez (2011), using an adapted version of the Linkage Mapper software (McRae and Kavanagh 2011). These data are depicted in Figure 5a in Nunez (2011).
These data represent a normalized least-cost corridor mosaic (see WHCWG 2010 and McRae and Kavanagh 2011) calculated using temperature gradients and a landscape integrity resistance raster following the climate gradient linkage-modeling methods outlined in Nuñez (2011), using an adapted version of the Linkage Mapper software (McRae and Kavanagh 2011). These data are depicted in Figure 5b in Nuñez (2011).
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Webinar: Washington Connected Landscapes Project - Statewide Analysis