The colored trees represent individuals of the target species, and the grey circumferences represent the borders of the sampling units (i.e. circular plots) that are placed across the landscape. (A) The species responds negatively to forest loss at either local (plot-level) and landscape scales (the entire area within the top-left panel), and thus it only occurs in extensively forested areas. (B) The species responds positively to forest loss at both scales, and therefore it tends to grow in extensively deforested areas. (C) The species responds negatively to forest loss at the local scale, but positively at the landscape scale. As such, it tends to occur in isolated forest fragments. (D) The target species responds positively to forest los...
The study investigated the effects of human-induced landscape patterns on species richness in forest...
Spatio-temporal forest cover changes often cause a change of forest plant species diversity. Slow co...
The importance of accounting for edge creation from canopy openings when modeling long-term forest d...
The squared symbols on the phylogenetic tips show the type of response of each species (negative, ne...
Subjective decisions of thematic and spatial resolutions in characterizing environmental heterogenei...
International audienceA variety of landscape models are used to conceptualize and interpret human im...
<p>The modelled vegetation types (1) are used as predictors in species habitat model (2). From the s...
(A) Landscape at time of forest establishment. The distribution on the left is a schematic illustrat...
<p>(a, c) Relationships between abundance of each species and proportion of forest cover at a landsc...
Question: Underlying ecological processes have often been inferred from the analysis of spatial patt...
Rapid deforestation often produces landscape-level changes in forest characteristics and structure, ...
<p>The initial proportion of seedling of shade tolerant and intolerant species can be very different...
<p>Light to dark grey shaded areas depict low to high values for (left panel) herbivore abundance an...
<p>Coloured circles, representing individual plots, vary in size according to observed tree species ...
<p>Causal relationships between forest fragmentation, tree diversity, herbivore abundance, number of...
The study investigated the effects of human-induced landscape patterns on species richness in forest...
Spatio-temporal forest cover changes often cause a change of forest plant species diversity. Slow co...
The importance of accounting for edge creation from canopy openings when modeling long-term forest d...
The squared symbols on the phylogenetic tips show the type of response of each species (negative, ne...
Subjective decisions of thematic and spatial resolutions in characterizing environmental heterogenei...
International audienceA variety of landscape models are used to conceptualize and interpret human im...
<p>The modelled vegetation types (1) are used as predictors in species habitat model (2). From the s...
(A) Landscape at time of forest establishment. The distribution on the left is a schematic illustrat...
<p>(a, c) Relationships between abundance of each species and proportion of forest cover at a landsc...
Question: Underlying ecological processes have often been inferred from the analysis of spatial patt...
Rapid deforestation often produces landscape-level changes in forest characteristics and structure, ...
<p>The initial proportion of seedling of shade tolerant and intolerant species can be very different...
<p>Light to dark grey shaded areas depict low to high values for (left panel) herbivore abundance an...
<p>Coloured circles, representing individual plots, vary in size according to observed tree species ...
<p>Causal relationships between forest fragmentation, tree diversity, herbivore abundance, number of...
The study investigated the effects of human-induced landscape patterns on species richness in forest...
Spatio-temporal forest cover changes often cause a change of forest plant species diversity. Slow co...
The importance of accounting for edge creation from canopy openings when modeling long-term forest d...