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This map depicts the density of "More Resilient" cells (defined as the top two quintiles from the stratified resilience dataset) within a 3-km radius of every cell. This provides important additional context when making land protection or restoration decisions. Cells with higher density values are embedded in a larger resilient landscape. These areas are more likely to support biodiversity and ecological function over time in a changing climate. To quantify resilience at the landscape scale, we used a density function, where all cells classified in the final top two resilience quintiles were included in the density calculations, regardless of their underlying Ecofacet, and all other cells were ignored. Looking...
Tags: California,
Oregon,
Climate Change,
Ecofacets,
Ecoregions, All tags...
Elevation,
Idaho,
Land facets,
Montana,
Nevada,
Slope,
Soil Orders,
Terrestrial,
Washington,
california,
climate change,
ecofacets,
ecoregions,
elevation,
idaho,
land facets,
montana,
nevada,
oregon,
resilience,
slope,
soil orders,
terrestrial,
terrestrial resilience density,
the nature conservancy,
tnc,
washington, Fewer tags
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