<p>White represents areas that are not climatically suitable. Areas currently climatically suitable are shown in grey, those projected to be climatically suitable by <b>at least</b> one of the six climate models by 2050 are shown in pink and by 2080 in red. The overlap of the current (grey) and the projections to 2050 or 2080 can be seen in dark red. Black indicates the areas where <b>all</b> climate models agree that currently suitable climate will persist by 2080.</p
<p>Future models include years 2030, 2050, and 2080 under the 2.6, 4.5, 6.0, and 8.5 RCPs. The scale...
Predicted suitable areas under changing climate scenarios assuming no dispersal and full / unlimited...
<p>The maps in the first column are based on temperature estimates for the climate changes scenario ...
<p>White represents areas that are not climatically suitable. Areas currently climatically suitable ...
<p>White represents areas that are not climatically suitable. Areas currently climatically suitable ...
<p>Climatic suitability ranges from “low” (light purple) to “excellent” (dark purple). (<b>a</b>) Cu...
<p>Area of current good-condition Lowland grasslands that are projected to remain climatically suita...
<p>A. Distribution of high (red), medium (yellow) and low (blue) climate suitability sectors for the...
<p>The maps in the first column are based on temperature estimates for the climate changes scenario ...
<p>Future maps indicate mean suitability based on three general circulation models. Red, highly suit...
<p>Results from the six algorithms applied to model the species distribution accounting for climate ...
<p>The maps in the first column are based on temperature estimates for the climate changes scenario ...
<p>Gray = unsuitable habitat area; Blue = low habitat suitability area; Green = moderate habitat sui...
<p>The maps in the first column are based on temperature estimates for the climate changes scenario ...
<p>White areas indicate unsuitable climate areas (EI = 0), blue areas indicate marginal climate area...
<p>Future models include years 2030, 2050, and 2080 under the 2.6, 4.5, 6.0, and 8.5 RCPs. The scale...
Predicted suitable areas under changing climate scenarios assuming no dispersal and full / unlimited...
<p>The maps in the first column are based on temperature estimates for the climate changes scenario ...
<p>White represents areas that are not climatically suitable. Areas currently climatically suitable ...
<p>White represents areas that are not climatically suitable. Areas currently climatically suitable ...
<p>Climatic suitability ranges from “low” (light purple) to “excellent” (dark purple). (<b>a</b>) Cu...
<p>Area of current good-condition Lowland grasslands that are projected to remain climatically suita...
<p>A. Distribution of high (red), medium (yellow) and low (blue) climate suitability sectors for the...
<p>The maps in the first column are based on temperature estimates for the climate changes scenario ...
<p>Future maps indicate mean suitability based on three general circulation models. Red, highly suit...
<p>Results from the six algorithms applied to model the species distribution accounting for climate ...
<p>The maps in the first column are based on temperature estimates for the climate changes scenario ...
<p>Gray = unsuitable habitat area; Blue = low habitat suitability area; Green = moderate habitat sui...
<p>The maps in the first column are based on temperature estimates for the climate changes scenario ...
<p>White areas indicate unsuitable climate areas (EI = 0), blue areas indicate marginal climate area...
<p>Future models include years 2030, 2050, and 2080 under the 2.6, 4.5, 6.0, and 8.5 RCPs. The scale...
Predicted suitable areas under changing climate scenarios assuming no dispersal and full / unlimited...
<p>The maps in the first column are based on temperature estimates for the climate changes scenario ...