<p>Arrows indicate causal assumptions among EG and species richness. Topographic gradients act on diversity components via indirect links with climate and vegetation, while climatic gradients act indirectly through their effect on vegetation.</p
Ecological, evolutionary, spatial and neutral theories make distinct predictions and provide distinc...
Elevational gradients of biodiversity have been widely investigated, and yet a clear interpretation ...
Mountains are excellent systems for studying species responses to changing conditions because climat...
Environmental gradients (EG) related to climate, topography and vegetation are among the most import...
The role of environmental gradients as drivers of biological diversity has been the center of many d...
International audienceThe processes involved in shaping latitudinal-diversity gradients (LDGs) have ...
IntroductionThe emergence and maintenance of biodiversity include interacting environmental conditio...
IntroductionThe emergence and maintenance of biodiversity include interacting environmental conditio...
The relative effects of climate and geometric constraints on geographic diversity patterns have long...
Ecologists have developed an abundance of conceptions and mathematical expressions to define b-diver...
Abstract The latitudinal gradient of decreasing richness from tropical to extratropical areas is eco...
Ecologists have developed an abundance of conceptions and mathematical expressions to define β-diver...
The latitudinal diversity gradient (LDG) is one of Earth’s most iconic biodiversity patterns and sti...
IntroductionIdentifying spatial patterns of biodiversity along elevational gradients provides a unif...
The latitudinal gradient in species richness is one of the most apparent macroecological phenomena i...
Ecological, evolutionary, spatial and neutral theories make distinct predictions and provide distinc...
Elevational gradients of biodiversity have been widely investigated, and yet a clear interpretation ...
Mountains are excellent systems for studying species responses to changing conditions because climat...
Environmental gradients (EG) related to climate, topography and vegetation are among the most import...
The role of environmental gradients as drivers of biological diversity has been the center of many d...
International audienceThe processes involved in shaping latitudinal-diversity gradients (LDGs) have ...
IntroductionThe emergence and maintenance of biodiversity include interacting environmental conditio...
IntroductionThe emergence and maintenance of biodiversity include interacting environmental conditio...
The relative effects of climate and geometric constraints on geographic diversity patterns have long...
Ecologists have developed an abundance of conceptions and mathematical expressions to define b-diver...
Abstract The latitudinal gradient of decreasing richness from tropical to extratropical areas is eco...
Ecologists have developed an abundance of conceptions and mathematical expressions to define β-diver...
The latitudinal diversity gradient (LDG) is one of Earth’s most iconic biodiversity patterns and sti...
IntroductionIdentifying spatial patterns of biodiversity along elevational gradients provides a unif...
The latitudinal gradient in species richness is one of the most apparent macroecological phenomena i...
Ecological, evolutionary, spatial and neutral theories make distinct predictions and provide distinc...
Elevational gradients of biodiversity have been widely investigated, and yet a clear interpretation ...
Mountains are excellent systems for studying species responses to changing conditions because climat...
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