<p>Effect sizes for changes in range size weighted by change in climate space, from species distribution models with vs. without dispersal by a) grain and b) extent for each taxa. Effect sizes are calculated as in <a href="http://www.plosone.org/article/info:doi/10.1371/journal.pone.0194650#pone.0194650.e001" target="_blank">Eq 1</a>. Higher effect sizes indicate larger influences of incorporating dispersal in a model on projected range changes.</p
Abstract The spatial extent at which landscape structure best predicts population response, called t...
1. Species distribution models are increasingly used to address conservation questions, so their pre...
<p>A species current range (inner dark blue object) and suitable habitat (outer light blue object) a...
<p>Effect size for changes in range size weighted by change in climate space, from species distribut...
<div><p>Background</p><p>There is ample evidence that biotic factors, such as biotic interactions an...
There is ample evidence that biotic factors, such as biotic interactions and dispersal capacity, can...
<p>a) Number of climate models, b) model spatial extent, and c) model spatial grain (sq km) for the ...
Background There is ample evidence that biotic factors, such as biotic interactions and dispersal ca...
Background There is ample evidence that biotic factors, such as biotic interactions and dispersal ca...
<p>a) Number of taxa, b) type of taxa, c) realm and d) continent considered in relevant publications...
International audiencePredictions of future species' ranges under climate change are needed for cons...
International audiencePredictions of future species' ranges under climate change are needed for cons...
© 2015 by The University of Chicago. Predicting changes in species’ distributions is a crucial probl...
The spatial extent at which landscape structure best predicts population response, called the scale ...
It has been known for some time that the slope of the species–area relationship increases asymptotic...
Abstract The spatial extent at which landscape structure best predicts population response, called t...
1. Species distribution models are increasingly used to address conservation questions, so their pre...
<p>A species current range (inner dark blue object) and suitable habitat (outer light blue object) a...
<p>Effect size for changes in range size weighted by change in climate space, from species distribut...
<div><p>Background</p><p>There is ample evidence that biotic factors, such as biotic interactions an...
There is ample evidence that biotic factors, such as biotic interactions and dispersal capacity, can...
<p>a) Number of climate models, b) model spatial extent, and c) model spatial grain (sq km) for the ...
Background There is ample evidence that biotic factors, such as biotic interactions and dispersal ca...
Background There is ample evidence that biotic factors, such as biotic interactions and dispersal ca...
<p>a) Number of taxa, b) type of taxa, c) realm and d) continent considered in relevant publications...
International audiencePredictions of future species' ranges under climate change are needed for cons...
International audiencePredictions of future species' ranges under climate change are needed for cons...
© 2015 by The University of Chicago. Predicting changes in species’ distributions is a crucial probl...
The spatial extent at which landscape structure best predicts population response, called the scale ...
It has been known for some time that the slope of the species–area relationship increases asymptotic...
Abstract The spatial extent at which landscape structure best predicts population response, called t...
1. Species distribution models are increasingly used to address conservation questions, so their pre...
<p>A species current range (inner dark blue object) and suitable habitat (outer light blue object) a...