<p>Linear regressions between richness of forest bird species and a) tree biomass and b) distance to the nearest primary forest border.</p
<p>(a, c) Relationships between abundance of each species and proportion of forest cover at a landsc...
<p>Relationship between the number of shrubland bird species per plot and the area of developed land...
<p>The red solid line is from multiple OLS regression by adding the cubic term. Gray shaded areas sh...
<p>(a) total species; (b) wide-ranging species; (c) narrow-ranging species. Regression lines are bas...
<p>(A) Alien species richness (number of species per plot) as a function of elevation. Roadside plot...
<p>Signs indicate the direction of the effect of each variable. The explanatory variables include di...
<p>Regression models for geographic distribution of species richness and abundance.</p
<p>Regression lines for A and B are also shown. The scale on the “x” axis for A is logarithmic.</p
<p>Linear regressions between the log-abundance inside the optimal habitat and log-abundance over th...
<p>Graph axes are the logarithm of cumulative area in patches up to a given size, versus the logarit...
<p>Linear regressions between the presence area (given as a percentage of the whole study area) and ...
<p>Spatial regression (trend surface models) that illustrate predicted z-values of species richness ...
<p>Relationship between log FID and log Starting Distance (the distance at which an approach to the ...
<p>Responses of bird species richness and functional diversity to vertical (VD) and horizontal veget...
<p>Linear regression of the relationship between generation time and average Dayhoff distances at th...
<p>(a, c) Relationships between abundance of each species and proportion of forest cover at a landsc...
<p>Relationship between the number of shrubland bird species per plot and the area of developed land...
<p>The red solid line is from multiple OLS regression by adding the cubic term. Gray shaded areas sh...
<p>(a) total species; (b) wide-ranging species; (c) narrow-ranging species. Regression lines are bas...
<p>(A) Alien species richness (number of species per plot) as a function of elevation. Roadside plot...
<p>Signs indicate the direction of the effect of each variable. The explanatory variables include di...
<p>Regression models for geographic distribution of species richness and abundance.</p
<p>Regression lines for A and B are also shown. The scale on the “x” axis for A is logarithmic.</p
<p>Linear regressions between the log-abundance inside the optimal habitat and log-abundance over th...
<p>Graph axes are the logarithm of cumulative area in patches up to a given size, versus the logarit...
<p>Linear regressions between the presence area (given as a percentage of the whole study area) and ...
<p>Spatial regression (trend surface models) that illustrate predicted z-values of species richness ...
<p>Relationship between log FID and log Starting Distance (the distance at which an approach to the ...
<p>Responses of bird species richness and functional diversity to vertical (VD) and horizontal veget...
<p>Linear regression of the relationship between generation time and average Dayhoff distances at th...
<p>(a, c) Relationships between abundance of each species and proportion of forest cover at a landsc...
<p>Relationship between the number of shrubland bird species per plot and the area of developed land...
<p>The red solid line is from multiple OLS regression by adding the cubic term. Gray shaded areas sh...
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