<p>Potentially favourable areas according to normal temperatures over 1951–1980 (dark red), and 3°C of temperature increase (dark+light red is the potential expansion area) (Panel A). White dots represent locations already infested. Invasion probability predicted by the dispersal model: in 2005 (Panel B), in 2025 under the assumption of a stable climate (Panel C), and in 2025 under the assumption of a constant warming (+0.03°C/yr) (Panel D). White dots represent locations infested until 2005, and in Panel A, white dots with a black point inside represent infested locations where the predicted invasion probability in 2005 is zero.</p
Recent trends in globalization, human mobility surge and global trade aggravated the expansion of al...
<p>The maps in the first column are based on temperature estimates for the climate changes scenario ...
A framework for identifying species that may become invasive under future climate conditions is pres...
The 2080s (using the temperature conditions predicted by the CGCM2 climate model under emissions sce...
Predicted suitable areas under changing climate scenarios assuming no dispersal and full / unlimited...
We used near-term climate scenarios for the continental United States, to model 12 invasive plants s...
Spatial patterns of species-specific establishment threat under current, 2050s and 2070s climate sce...
1 Insect pests, biological invasions and climate change are considered to representmajor threats to ...
<p>White represents areas that are not climatically suitable. Areas currently climatically suitable ...
Brown areas are modeled suitable conditions; gray areas are unsuitable conditions.</p
Brown areas are modeled suitable conditions; gray areas are unsuitable conditions.</p
<p>Models were developed with a consensus-forecast approach using the CCCMA and HADCM3 climate model...
International audienceIn this paper, we investigate how climate, land use, habitat characteristics, ...
<p>Climatic suitability ranges from “low” (light purple) to “excellent” (dark purple). (<b>a</b>) Cu...
<p>The maps illustrate the results of the Eurasian Ruffe prediction models with Figure 5A dispersal ...
Recent trends in globalization, human mobility surge and global trade aggravated the expansion of al...
<p>The maps in the first column are based on temperature estimates for the climate changes scenario ...
A framework for identifying species that may become invasive under future climate conditions is pres...
The 2080s (using the temperature conditions predicted by the CGCM2 climate model under emissions sce...
Predicted suitable areas under changing climate scenarios assuming no dispersal and full / unlimited...
We used near-term climate scenarios for the continental United States, to model 12 invasive plants s...
Spatial patterns of species-specific establishment threat under current, 2050s and 2070s climate sce...
1 Insect pests, biological invasions and climate change are considered to representmajor threats to ...
<p>White represents areas that are not climatically suitable. Areas currently climatically suitable ...
Brown areas are modeled suitable conditions; gray areas are unsuitable conditions.</p
Brown areas are modeled suitable conditions; gray areas are unsuitable conditions.</p
<p>Models were developed with a consensus-forecast approach using the CCCMA and HADCM3 climate model...
International audienceIn this paper, we investigate how climate, land use, habitat characteristics, ...
<p>Climatic suitability ranges from “low” (light purple) to “excellent” (dark purple). (<b>a</b>) Cu...
<p>The maps illustrate the results of the Eurasian Ruffe prediction models with Figure 5A dispersal ...
Recent trends in globalization, human mobility surge and global trade aggravated the expansion of al...
<p>The maps in the first column are based on temperature estimates for the climate changes scenario ...
A framework for identifying species that may become invasive under future climate conditions is pres...