<p>A) Suitable habitat in current time is shown in grey using a liberal threshold (T10), with the occurrence data overlaid. All occurrence data were downloaded from the Global Biodiversity Information Facility. B-C) Suitable habitat in 2050s and 2080s, predicted by four or more GCMs using a liberal threshold (T10) is also depicted. Areas of loss (red), gain (green), and stable (grey) were calculated by subtracting suitable habitat from the previous time frame.</p
<p>Current predicted species richness for full model (A) and climatic model (B).</p
<p>Panel 3a shows the study region for native (green) and introduced (brown) study areas. Occurrence...
<p>Panel A represents current distribution modelling & panel B represents modelling for the Last Gla...
Warmer colors show areas with better-predicted conditions. Black dots show the species presence loca...
<p>Predicted percent change (gain and loss) of projected suitable habitat through time using agreeme...
Habitat suitability map for the Last Glacial Maximum (A), the Mid-Holocene period (B) and in the cur...
Habitat suitability map for the Last Glacial Maximum (A), the Mid-Holocene period (B) and in the cur...
<p>Output shows marginal (green) to optimal (dark blue) habitat. Sampling locations used to build EN...
<p>Average MaxEnt predictions from 40 runs for each species at the scale of 1×1 km resolution. The p...
The maps were obtained thresholding the continuous prediction of probability of suitability using th...
<p>a) 0.5 threshold as per the previous figures, b) 0.75 threshold. The higher threshold greatly con...
<p>Maps (A) current global distribution using MaxEnt model, (B) 2050, (C) 2070. Relative importance ...
<p>In relation to the present day, predictions are shown for the mean (± 1 S.E) percentage by which ...
<p>Habitat availability and connectivity for the original range and the projected ranges for 2050 an...
<p>Maps (A) current global distribution using MaxEnt model, (B) 2050, and (C) 2070. Relative importa...
<p>Current predicted species richness for full model (A) and climatic model (B).</p
<p>Panel 3a shows the study region for native (green) and introduced (brown) study areas. Occurrence...
<p>Panel A represents current distribution modelling & panel B represents modelling for the Last Gla...
Warmer colors show areas with better-predicted conditions. Black dots show the species presence loca...
<p>Predicted percent change (gain and loss) of projected suitable habitat through time using agreeme...
Habitat suitability map for the Last Glacial Maximum (A), the Mid-Holocene period (B) and in the cur...
Habitat suitability map for the Last Glacial Maximum (A), the Mid-Holocene period (B) and in the cur...
<p>Output shows marginal (green) to optimal (dark blue) habitat. Sampling locations used to build EN...
<p>Average MaxEnt predictions from 40 runs for each species at the scale of 1×1 km resolution. The p...
The maps were obtained thresholding the continuous prediction of probability of suitability using th...
<p>a) 0.5 threshold as per the previous figures, b) 0.75 threshold. The higher threshold greatly con...
<p>Maps (A) current global distribution using MaxEnt model, (B) 2050, (C) 2070. Relative importance ...
<p>In relation to the present day, predictions are shown for the mean (± 1 S.E) percentage by which ...
<p>Habitat availability and connectivity for the original range and the projected ranges for 2050 an...
<p>Maps (A) current global distribution using MaxEnt model, (B) 2050, and (C) 2070. Relative importa...
<p>Current predicted species richness for full model (A) and climatic model (B).</p
<p>Panel 3a shows the study region for native (green) and introduced (brown) study areas. Occurrence...
<p>Panel A represents current distribution modelling & panel B represents modelling for the Last Gla...