<p>Species-specific variations in modeled habitat use for May, July, and September months (2004–2011); each gradient represents a 10% difference in habitat selection.</p
<p>(A) Difference in local species richness between July and January, with positive values (in red) ...
<p>Values with different alphabetic (lowercase) superscripts differ significantly between habitats w...
<p>Black bar: annual and biennial species, gray bar: perennial species) in vegetation (top) and seed...
<p>Species-specific habitat use across months and years (2004–2011); each gradient represents a 10% ...
<p>Multi-species high-use foraging areas across months and years (2004–2011); each gradient represen...
<p>Gartersnake habitat models and percent change in selection across seasons.</p
<p>Variation explained by year and the number of predictor variables selected by Random Forest model...
Optima (dots) and tolerances (error bars) of the species that contributed the most to community diss...
<p>Percent change in suitable area compared to the current model for each species-climate model comb...
While biological distributions are not static and change/evolve through space and time, nonstationar...
<p>Comparison of estimates of population differentiation (<i>F</i><sub>ST</sub>) between sampling ye...
Generalized linear model outputs showing the significant differences in herbivore species richness a...
<p>Ratios with 95% confidence intervals that did not include 1 indicated selection (>1) or avoidance...
<p>Values with different alphabetic (lowercase) superscripts differ significantly (<i>p</i> < 0.01) ...
Species distribution models have many applications in conservation and ecology, and climate data are...
<p>(A) Difference in local species richness between July and January, with positive values (in red) ...
<p>Values with different alphabetic (lowercase) superscripts differ significantly between habitats w...
<p>Black bar: annual and biennial species, gray bar: perennial species) in vegetation (top) and seed...
<p>Species-specific habitat use across months and years (2004–2011); each gradient represents a 10% ...
<p>Multi-species high-use foraging areas across months and years (2004–2011); each gradient represen...
<p>Gartersnake habitat models and percent change in selection across seasons.</p
<p>Variation explained by year and the number of predictor variables selected by Random Forest model...
Optima (dots) and tolerances (error bars) of the species that contributed the most to community diss...
<p>Percent change in suitable area compared to the current model for each species-climate model comb...
While biological distributions are not static and change/evolve through space and time, nonstationar...
<p>Comparison of estimates of population differentiation (<i>F</i><sub>ST</sub>) between sampling ye...
Generalized linear model outputs showing the significant differences in herbivore species richness a...
<p>Ratios with 95% confidence intervals that did not include 1 indicated selection (>1) or avoidance...
<p>Values with different alphabetic (lowercase) superscripts differ significantly (<i>p</i> < 0.01) ...
Species distribution models have many applications in conservation and ecology, and climate data are...
<p>(A) Difference in local species richness between July and January, with positive values (in red) ...
<p>Values with different alphabetic (lowercase) superscripts differ significantly between habitats w...
<p>Black bar: annual and biennial species, gray bar: perennial species) in vegetation (top) and seed...