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Linkage Networks’ Synthesis Analysis The focal species and landscape integrity approaches identify habitat concentration areas (HCAs) and core habitats, respectively, and areas of the landscape important for connecting them. As in the Statewide Analysis and the Analysis of the Columbia Plateau Ecoregion (WHCWG, 2010, 2012), we consider that a linkage network consists of the combination of all the HCAs and the linkages modeled for a particular focal species, or core areas and modeled linkages for landscape integrity (WHCWG, 2010). These networks are useful individually, informing decisions pertaining to maintaining and restoring connectivity for the particular focal species (or species considered similar enough in...
The Washington Connected Landscapes Project: Cascades to Coast Analysis produced the following geospatial data layers for landscape integrity: (1) a raster dataset depicting habitat suitability, (2) a vector dataset of core habitat depicting areas of high concentrations of suitable habitat, (3) a raster dataset depicting the landscape’s resistance to movement, (4) a raster dataset of cost-weighted distance depicting the permeability of the landscape for movement between core habitat areas, (5) a vector dataset depicting the least-cost paths between core habitat areas, and (6) a raster dataset depicting the least-cost corridors between core habitat areas. The data layers are provided in multiple file formats that...
The Washington Connected Landscapes Project: Cascades to Coast Analysis produced the following geospatial data layers for western gray squirrel (Sciurus griseus): (1) a raster dataset depicting habitat suitability, (2) a vector dataset of core habitat depicting areas of high concentrations of suitable habitat, (3) a raster dataset depicting the landscape’s resistance to movement, (4) a raster dataset of cost-weighted distance depicting the permeability of the landscape for movement between core habitat areas, (5) a vector dataset depicting the least-cost paths between core habitat areas, and (6) a raster dataset depicting the least-cost corridors between core habitat areas. The data layers are provided in multiple...
The Washington Connected Landscapes Project: Cascades to Coast Analysis produced the following geospatial data layers for fisher (Pekania pennanti): (1) a raster dataset depicting habitat suitability, (2) a vector dataset of core habitat depicting areas of high concentrations of suitable habitat, (3) a raster dataset depicting the landscape’s resistance to movement, (4) a raster dataset of cost-weighted distance depicting the permeability of the landscape for movement between core habitat areas, (5) a vector dataset depicting the least-cost paths between core habitat areas, and (6) a raster dataset depicting the least-cost corridors between core habitat areas. The data layers are provided in multiple file formats...
The Washington Connected Landscapes Project: Cascades to Coast Analysis produced the following geospatial data layers for mountain beaver (Aplodontia rufa): (1) a raster dataset depicting habitat suitability, (2) a vector dataset of core habitat depicting areas of high concentrations of suitable habitat, (3) a raster dataset depicting the landscape’s resistance to movement, (4) a raster dataset of cost-weighted distance depicting the permeability of the landscape for movement between core habitat areas, (5) a vector dataset depicting the least-cost paths between core habitat areas, and (6) a raster dataset depicting the least-cost corridors between core habitat areas. The data layers are provided in multiple file...
The Washington Connected Landscapes Project: Cascades to Coast Analysis produced the following geospatial data layers for cougar (Puma concolor): (1) a raster dataset depicting habitat suitability, (2) a vector dataset of core habitat depicting areas of high concentrations of suitable habitat, (3) a raster dataset depicting the landscape’s resistance to movement, (4) a raster dataset of cost-weighted distance depicting the permeability of the landscape for movement between core habitat areas, (5) a vector dataset depicting the least-cost paths between core habitat areas, and (6) a raster dataset depicting the least-cost corridors between core habitat areas. The data layers are provided in multiple file formats that...
The Washington Connected Landscapes Project: Cascades to Coast Analysis Report is divided into three sections. Section 1 of this report contains four chapters. Chapter 1 provides an introduction to the project and the region. In Chapter 2, we provide an overview of the methodological approaches used to model connectivity across the Cascades to Coast region. This chapter focuses on providing an overview of the approaches and rationale for the decisions we made. The tools and methods used are similar to those used in the WHCWG’s previous work (WHCWG, 2010, 2012), and in related analyses (Gallo et al., 2019). Readers should refer to those reports and the documentation for the tools used (e.g. LinkageMapper; McRae &...
The Washington Connected Landscapes Project: Cascades to Coast Analysis produced the following geospatial data layers for American beaver (Castor canadensis): (1) a vector dataset of core habitat depicting areas of high concentrations of suitable habitat, (2) a raster dataset depicting the landscape’s resistance to movement, (3) a raster dataset of cost-weighted distance depicting the permeability of the landscape for movement between core habitat areas, (4) a vector dataset depicting the least-cost paths between core habitat areas, and (5) a raster dataset depicting the least-cost corridors between core habitat areas. The data layers are provided in multiple file formats that include: (1) an ArcGIS Pro file geodatabase,...
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