The squared symbols on the phylogenetic tips show the type of response of each species (negative, neutral or positive), and the bars and dots correspond to 95% CI of Ω values estimated at the plot level. The response of species was considered negative when the 95% CI of Ω completely laid below zero (red colour), positive when the 95% CI completely laid above zero (green colour), and neutral if the 95% CI included zero (grey colour). The gaps in the figure represent those cases where the Poisson models failed to explain the probability of occurrences of species (see text). The scale bar in the phylogeny represents millions of years. The highlighted clades include species that showed similar responses to plot-level canopy cover within their r...
<p>Coloured circles, representing individual plots, vary in size according to observed tree species ...
FIGURE S5. The effects of selection on species tree estimates for the moderate species tree simulati...
<p>Grey horizontal lines represent random expectation (D = 1) and Brownian expectation (D = 0).</p
(a) Plot-level analyses (local scale). The histograms show the distribution of the λ statistic that ...
The colored trees represent individuals of the target species, and the grey circumferences represent...
Evolutionary history can explain species resemblance to a large extent. Thus, if closely related spe...
Evolutionary history can explain species resemblance to a large extent. Thus, if closely related spe...
<p>(a, c) Relationships between abundance of each species and proportion of forest cover at a landsc...
<p>Correlations were conditioned on a spatial distance matrix of the study plots. The correlation co...
<p>The thick lines show means and the shaded regions the interquartile (25%–75%) ranges. The differe...
<p>In each panel, the tree on the left is colored by species prevalence (black to orange), while the...
<p>Plotted curves represent of all well-supported models (null, linear, power-law and logistic model...
FIGURE S5. The effects of selection on species tree estimates for the moderate species tree simulati...
<p>Shading represents the proportion of species that have declined, and <i>n</i> is the number of sp...
<p>Measure of phylogenetic signal based on K for probability of extinction (K = 0 for random continu...
<p>Coloured circles, representing individual plots, vary in size according to observed tree species ...
FIGURE S5. The effects of selection on species tree estimates for the moderate species tree simulati...
<p>Grey horizontal lines represent random expectation (D = 1) and Brownian expectation (D = 0).</p
(a) Plot-level analyses (local scale). The histograms show the distribution of the λ statistic that ...
The colored trees represent individuals of the target species, and the grey circumferences represent...
Evolutionary history can explain species resemblance to a large extent. Thus, if closely related spe...
Evolutionary history can explain species resemblance to a large extent. Thus, if closely related spe...
<p>(a, c) Relationships between abundance of each species and proportion of forest cover at a landsc...
<p>Correlations were conditioned on a spatial distance matrix of the study plots. The correlation co...
<p>The thick lines show means and the shaded regions the interquartile (25%–75%) ranges. The differe...
<p>In each panel, the tree on the left is colored by species prevalence (black to orange), while the...
<p>Plotted curves represent of all well-supported models (null, linear, power-law and logistic model...
FIGURE S5. The effects of selection on species tree estimates for the moderate species tree simulati...
<p>Shading represents the proportion of species that have declined, and <i>n</i> is the number of sp...
<p>Measure of phylogenetic signal based on K for probability of extinction (K = 0 for random continu...
<p>Coloured circles, representing individual plots, vary in size according to observed tree species ...
FIGURE S5. The effects of selection on species tree estimates for the moderate species tree simulati...
<p>Grey horizontal lines represent random expectation (D = 1) and Brownian expectation (D = 0).</p