Table S1: Proportions of unsuitable areas for potential distributions of Clematis sect. Fruticella under four future and three past climate scenarios. Table S2: Percent contributions and permutation importance of environmental variables included in the Maxent models for Clematis sect. Fruticella under current, past, and future scenarios
Climate change is one of the greatest threats to plant endemisms, particularly in mountain ecosystem...
The study of ecological niche occupied by each species in the different ecosystems is an integral pa...
A simplified three-dimensional global climate model was used to simulate the surface temperature and...
Habitat suitability map for the Last Glacial Maximum (A), the Mid-Holocene period (B) and in the cur...
Habitat suitability map for the Last Glacial Maximum (A), the Mid-Holocene period (B) and in the cur...
<p>Results from the six algorithms applied to model the species distribution accounting for climate ...
<p>Stable areas for both species are in dark green, areas predicted suitable during the Last Glacial...
International audienceIt is hypothesized that the principal features of higher plant distributions a...
<p>Models are shown for climatic conditions of (a) the present, (b) 6,000 ybp, (c) 21,000 ybp and (d...
<div><p>Ecological niche models are widely used for mapping the distribution of species during the l...
<p>(a) Current climate; (b) Holocene climatic optimum (HCO, -6k); (c) Last Glacial Maximum (LGM, -21...
The global vegetation response to climate and atmospheric CO₂ changes between the last glacial maxim...
A simplified three‐dimensional global climate model was used to simulate the surface temperature and...
We use a simple statistical approach to reconstruct the global vegetation cover for the LGM (Last Gl...
Correlative ecological niche models are increasingly used to estimate potential distributions during...
Climate change is one of the greatest threats to plant endemisms, particularly in mountain ecosystem...
The study of ecological niche occupied by each species in the different ecosystems is an integral pa...
A simplified three-dimensional global climate model was used to simulate the surface temperature and...
Habitat suitability map for the Last Glacial Maximum (A), the Mid-Holocene period (B) and in the cur...
Habitat suitability map for the Last Glacial Maximum (A), the Mid-Holocene period (B) and in the cur...
<p>Results from the six algorithms applied to model the species distribution accounting for climate ...
<p>Stable areas for both species are in dark green, areas predicted suitable during the Last Glacial...
International audienceIt is hypothesized that the principal features of higher plant distributions a...
<p>Models are shown for climatic conditions of (a) the present, (b) 6,000 ybp, (c) 21,000 ybp and (d...
<div><p>Ecological niche models are widely used for mapping the distribution of species during the l...
<p>(a) Current climate; (b) Holocene climatic optimum (HCO, -6k); (c) Last Glacial Maximum (LGM, -21...
The global vegetation response to climate and atmospheric CO₂ changes between the last glacial maxim...
A simplified three‐dimensional global climate model was used to simulate the surface temperature and...
We use a simple statistical approach to reconstruct the global vegetation cover for the LGM (Last Gl...
Correlative ecological niche models are increasingly used to estimate potential distributions during...
Climate change is one of the greatest threats to plant endemisms, particularly in mountain ecosystem...
The study of ecological niche occupied by each species in the different ecosystems is an integral pa...
A simplified three-dimensional global climate model was used to simulate the surface temperature and...