It has been known for years that the elevational and latitudinal range limits of plant taxa are likely to be correlated (e.g. Humboldt 1817; Pellissier et al. 2013; Randin et al. 2013) and the elevation-for-latitude correspondence model has for long attracted ecologists and biogeographers. However, comparisons of the environmental niche of a common set of native plant species between geographically isolated regions but sharing similar climatic conditions have rarely been achieved (but see Randin et al. 2006 in the Alps). The large number of shared alpine plant species between the Alps and the Caucasus and the increasing availability of georeferenced occurrences and climatic data offer now opportunities to perform such across-mountain range ...
Understanding the environmental factors determining the distribution of species with different range...
Ecological filtering, imposed by climatic constraints or competitive interactions, might shape distr...
International audienceClimate change seriously threatens biodiversity, particularly in mountain ecos...
It has been known for years that the elevational and latitudinal range limits of plant taxa are like...
Aim: Geographic distribution limits of organisms are often affected by climate, but little is known ...
Aim: Previous research on how climatic niches vary across species ranges has focused on a limited nu...
This book presents the first assessment of the high-elevation flora of the Central Caucasus with a c...
This book presents the first assessment of the high-elevation flora of the Central Caucasus with a c...
In the alpine life zone, plant diversity is strongly determined by local topography and microclimate...
Aim: In the alpine life zone, plant diversity is strongly determined by local topography and microcl...
In the alpine life zone, plant diversity is strongly determined by local topography and microclimate...
Aim In the alpine life zone, plant diversity is strongly determined by local topography and microcli...
Aim In the alpine life zone, plant diversity is strongly determined by local topography and microcli...
Understanding the environmental factors determining the distribution of species with different range...
Ecological filtering, imposed by climatic constraints or competitive interactions, might shape distr...
International audienceClimate change seriously threatens biodiversity, particularly in mountain ecos...
It has been known for years that the elevational and latitudinal range limits of plant taxa are like...
Aim: Geographic distribution limits of organisms are often affected by climate, but little is known ...
Aim: Previous research on how climatic niches vary across species ranges has focused on a limited nu...
This book presents the first assessment of the high-elevation flora of the Central Caucasus with a c...
This book presents the first assessment of the high-elevation flora of the Central Caucasus with a c...
In the alpine life zone, plant diversity is strongly determined by local topography and microclimate...
Aim: In the alpine life zone, plant diversity is strongly determined by local topography and microcl...
In the alpine life zone, plant diversity is strongly determined by local topography and microclimate...
Aim In the alpine life zone, plant diversity is strongly determined by local topography and microcli...
Aim In the alpine life zone, plant diversity is strongly determined by local topography and microcli...
Understanding the environmental factors determining the distribution of species with different range...
Ecological filtering, imposed by climatic constraints or competitive interactions, might shape distr...
International audienceClimate change seriously threatens biodiversity, particularly in mountain ecos...