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Folders: ROOT > ScienceBase Catalog > National and Regional Climate Adaptation Science Centers > Northeast CASC > FY 2019 Projects > Refugia are Important but are they Connected? Mapping Well-Connected Climate Refugia for Species of Conservation Concern in the Northeastern U.S. > Approved DataSets ( Show direct descendants )

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_ScienceBase Catalog
__National and Regional Climate Adaptation Science Centers
___Northeast CASC
____FY 2019 Projects
_____Refugia are Important but are they Connected? Mapping Well-Connected Climate Refugia for Species of Conservation Concern in the Northeastern U.S.
______Approved DataSets
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This dataset represents the connections between each nearby pair of 2080 cores for Saltmarsh sparrow. It is intended to highlight areas important for connecting cores and to visually represent the connections among refugia cores.
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This dataset represents the connections between each nearby pair of 2080 cores for Bicknell's thrush. It is intended to highlight areas important for connecting cores and to visually represent the connections among refugia cores.
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This dataset represents the connections between each nearby pair of 2080 cores for Blackburnian warbler. It is intended to highlight areas important for connecting cores and to visually represent the connections among refugia cores.
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This dataset represents the connections between each nearby pair of 2080 cores for Blackburnian warbler. It is intended to highlight areas important for connecting cores and to visually represent the connections among refugia cores.
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We identified a set of cores for each species that include areas of high relative value to the species either in the present, the future, or both. We assessed and mapped the connections between each nearby pair of cores (both in the future and present) and used the pairwise connectivities to assemble a graph of connections and to score each core’s connectivity in the present and future. Finally, we created an overall score that combines the landscape capability value, the climate refugia value, and the connectivity of each core which we think is a good starting point for conservation of each species. In general we found that the highest habitat values, connectivity, and scores were concentrated both towards the...
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This dataset represents the connections between each nearby pair of 2080 cores for Box turtle. It is intended to highlight areas important for connecting cores and to visually represent the connections among refugia cores.
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This dataset represents the connections between each nearby pair of 2080 cores for Moose. It is intended to highlight areas important for connecting cores and to visually represent the connections among refugia cores.
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This dataset represents the connections between each nearby pair of 2080 cores for Saltmarsh sparrow. It is intended to highlight areas important for connecting cores and to visually represent the connections among refugia cores.
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This dataset represents the connections between each nearby pair of 2080 cores for Saltmarsh sparrow. It is intended to highlight areas important for connecting cores and to visually represent the connections among refugia cores.
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We identified a set of cores for each species that include areas of high relative value to the species either in the present, the future, or both. We assessed and mapped the connections between each nearby pair of cores (both in the future and present) and used the pairwise connectivities to assemble a graph of connections and to score each core’s connectivity in the present and future. Finally, we created an overall score that combines the landscape capability value, the climate refugia value, and the connectivity of each core which we think is a good starting point for conservation of each species. In general we found that the highest habitat values, connectivity, and scores were concentrated both towards the...
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We identified a set of cores for each species that include areas of high relative value to the species either in the present, the future, or both. We assessed and mapped the connections between each nearby pair of cores (both in the future and present) and used the pairwise connectivities to assemble a graph of connections and to score each core’s connectivity in the present and future. Finally, we created an overall score that combines the landscape capability value, the climate refugia value, and the connectivity of each core which we think is a good starting point for conservation of each species. In general we found that the highest habitat values, connectivity, and scores were concentrated both towards the...
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This dataset represents the connections between each nearby pair of 2020 cores for Cerulean warbler. It is intended to highlight areas important for connecting cores and to visually represent the connections among cores.
This package contains results from the Designing Sustainable Landscapes (DSL) Species Refugia project for Cerulean warbler. The following files are included: 1. Raster of Landscape Capability (LC) for CERW (Cerulean warbler) 2. Raster of Climate Refugia (CRefugia) for CERW (Cerulean warbler) 3. Polygon shapefile of all cores for CERW (Cerulean warbler) 4. Conductance among 2020 cores for CERW (Cerulean warbler) 5. Conductance among 2080 cores for CERW (Cerulean warbler)
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This dataset represents the connections between each nearby pair of 2020 cores for American woodcock. It is intended to highlight areas important for connecting cores and to visually represent the connections among cores.
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This dataset represents the connections between each nearby pair of 2080 cores for American woodcock. It is intended to highlight areas important for connecting cores and to visually represent the connections among refugia cores.
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We identified a set of cores for each species that include areas of high relative value to the species either in the present, the future, or both. We assessed and mapped the connections between each nearby pair of cores (both in the future and present) and used the pairwise connectivities to assemble a graph of connections and to score each core’s connectivity in the present and future. Finally, we created an overall score that combines the landscape capability value, the climate refugia value, and the connectivity of each core which we think is a good starting point for conservation of each species. In general we found that the highest habitat values, connectivity, and scores were concentrated both towards the...
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We identified a set of cores for each species that include areas of high relative value to the species either in the present, the future, or both. We assessed and mapped the connections between each nearby pair of cores (both in the future and present) and used the pairwise connectivities to assemble a graph of connections and to score each core’s connectivity in the present and future. Finally, we created an overall score that combines the landscape capability value, the climate refugia value, and the connectivity of each core which we think is a good starting point for conservation of each species. In general we found that the highest habitat values, connectivity, and scores were concentrated both towards the...
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This dataset represents the connections between each nearby pair of 2080 cores for Saltmarsh sparrow. It is intended to highlight areas important for connecting cores and to visually represent the connections among refugia cores.
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This dataset represents the connections between each nearby pair of 2080 cores for American woodcock. It is intended to highlight areas important for connecting cores and to visually represent the connections among refugia cores.
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This dataset represents the connections between each nearby pair of 2080 cores for Bicknell's thrush. It is intended to highlight areas important for connecting cores and to visually represent the connections among refugia cores.
map background search result map search result map American woodcock refugia cores and connectivity scores American woodcock 2020 Conductance American woodcock Climate Refugia 2080 American woodcock Landscape Capability Bicknell's thrush refugia cores and connectivity scores Bicknell's thrush 2080 conductance Bicknell's thrush Landscape Capability Blackburnian warbler refugia cores and connectivity scores Blackburnian warbler Climate Refugia 2080 Blackburnian warbler Landscape Capability Cerulean warbler refugia cores and connectivity scores Cerulean warbler 2020 conductance Moose refugia cores and connectivity scores Moose Climate Refugia 2080 Box turtle Climate Refugia 2080 Saltmarsh sparrow Landscape Capability Saltmarsh sparrow 2080 conductance Saltmarsh sparrow Climate Refugia 2080 Saltmarsh sparrow Landscape Capability Moose refugia cores and connectivity scores Cerulean warbler refugia cores and connectivity scores Blackburnian warbler refugia cores and connectivity scores Bicknell's thrush refugia cores and connectivity scores American woodcock refugia cores and connectivity scores Bicknell's thrush 2080 conductance Cerulean warbler 2020 conductance Saltmarsh sparrow 2080 conductance Bicknell's thrush Landscape Capability Blackburnian warbler Climate Refugia 2080 Blackburnian warbler Landscape Capability Moose Climate Refugia 2080 Box turtle Climate Refugia 2080 Saltmarsh sparrow Landscape Capability Saltmarsh sparrow Climate Refugia 2080 Saltmarsh sparrow Landscape Capability American woodcock 2020 Conductance American woodcock Climate Refugia 2080 American woodcock Landscape Capability