<p>Plotted curves represent of all well-supported models (null, linear, power-law and logistic model) identified with AICc for each relationship.</p
<p>Coloured circles, representing individual plots, vary in size according to observed tree species ...
The species-area relationship is one of the most important topic in the study of species diversity, ...
(a) Effect of increasing cover crop diversity (species or functional richness) on the relationship b...
<p>Plotted curves represent all well-supported models (null, linear, power-law and logistic model) i...
<p>(a) total species; (b) wide-ranging species; (c) narrow-ranging species. Regression lines are bas...
<p>(a, c) Relationships between abundance of each species and proportion of forest cover at a landsc...
<p>Parameter at population-level: species abundance. Parameters at ensemble-level: rarified number o...
<p>The thick lines show means and the shaded regions the interquartile (25%–75%) ranges. The differe...
<p>The left column (a) is simulated using the power model, the middle column (b) using the random-pl...
<p>Contour plots displaying the predicted species richness based on latitude x elevation interaction...
<p>For narrow-ranging species, the definition of 100 grids is used (see Appendix S2 in <a href="http...
<p>The dotted lines represent the 95% confidence interval for the unburned forests.</p
The squared symbols on the phylogenetic tips show the type of response of each species (negative, ne...
<p>The relationships of regional species richness (RSR), local species richness (LSR) of forest, gra...
The colored trees represent individuals of the target species, and the grey circumferences represent...
<p>Coloured circles, representing individual plots, vary in size according to observed tree species ...
The species-area relationship is one of the most important topic in the study of species diversity, ...
(a) Effect of increasing cover crop diversity (species or functional richness) on the relationship b...
<p>Plotted curves represent all well-supported models (null, linear, power-law and logistic model) i...
<p>(a) total species; (b) wide-ranging species; (c) narrow-ranging species. Regression lines are bas...
<p>(a, c) Relationships between abundance of each species and proportion of forest cover at a landsc...
<p>Parameter at population-level: species abundance. Parameters at ensemble-level: rarified number o...
<p>The thick lines show means and the shaded regions the interquartile (25%–75%) ranges. The differe...
<p>The left column (a) is simulated using the power model, the middle column (b) using the random-pl...
<p>Contour plots displaying the predicted species richness based on latitude x elevation interaction...
<p>For narrow-ranging species, the definition of 100 grids is used (see Appendix S2 in <a href="http...
<p>The dotted lines represent the 95% confidence interval for the unburned forests.</p
The squared symbols on the phylogenetic tips show the type of response of each species (negative, ne...
<p>The relationships of regional species richness (RSR), local species richness (LSR) of forest, gra...
The colored trees represent individuals of the target species, and the grey circumferences represent...
<p>Coloured circles, representing individual plots, vary in size according to observed tree species ...
The species-area relationship is one of the most important topic in the study of species diversity, ...
(a) Effect of increasing cover crop diversity (species or functional richness) on the relationship b...