<p>Models were developed with a consensus-forecast approach using the CCCMA and HADCM3 climate models under two scenarios (A2a and B2a) by 2050: blue = current suitable areas projected to be lost with global climate change; black = current suitable areas projected to be retained; and red = areas projected to become suitable. The predicted suitability is based on the 10th percentile training presence threshold.</p
© 2009 The Royal SocietyClimate change is already affecting species worldwide, yet existing methods ...
In an effort to predict the impact of climate change on the distribution of existing invasive specie...
We used near-term climate scenarios for the continental United States, to model 12 invasive plants s...
<p>Projected latitudinal pattern of suitability changes between the present year and 2050 for two sc...
Global climate change and invasions by nonnative species rank among the top concerns for agents of b...
Global climate change and invasions by nonnative species rank among the top concerns for agents of b...
<p>The fine-tuned Maxent (left side) and consensus models (right side) were calibrated on the access...
Correlative models between species occur-rences and climate (here referred to as ‘habitat suitabilit...
<p>Potentially favourable areas according to normal temperatures over 1951–1980 (dark red), and 3°C ...
Global climate change is altering environmental suitability across species ’ ranges (IPCC 2007a), an...
<p>The fine-tuned Maxent (<i>f</i>Maxent) and consensus models were calibrated on the accessible are...
Species distribution models (SDMs) are common tools for assessing the potential impact of climate ch...
<p>Panels a and b represent the projected impacts for <i>Gorsachius magnificus</i> under two future ...
The worldwide climate has been changing rapidly over the past decades. Air temperatures have been in...
The 2080s (using the temperature conditions predicted by the CGCM2 climate model under emissions sce...
© 2009 The Royal SocietyClimate change is already affecting species worldwide, yet existing methods ...
In an effort to predict the impact of climate change on the distribution of existing invasive specie...
We used near-term climate scenarios for the continental United States, to model 12 invasive plants s...
<p>Projected latitudinal pattern of suitability changes between the present year and 2050 for two sc...
Global climate change and invasions by nonnative species rank among the top concerns for agents of b...
Global climate change and invasions by nonnative species rank among the top concerns for agents of b...
<p>The fine-tuned Maxent (left side) and consensus models (right side) were calibrated on the access...
Correlative models between species occur-rences and climate (here referred to as ‘habitat suitabilit...
<p>Potentially favourable areas according to normal temperatures over 1951–1980 (dark red), and 3°C ...
Global climate change is altering environmental suitability across species ’ ranges (IPCC 2007a), an...
<p>The fine-tuned Maxent (<i>f</i>Maxent) and consensus models were calibrated on the accessible are...
Species distribution models (SDMs) are common tools for assessing the potential impact of climate ch...
<p>Panels a and b represent the projected impacts for <i>Gorsachius magnificus</i> under two future ...
The worldwide climate has been changing rapidly over the past decades. Air temperatures have been in...
The 2080s (using the temperature conditions predicted by the CGCM2 climate model under emissions sce...
© 2009 The Royal SocietyClimate change is already affecting species worldwide, yet existing methods ...
In an effort to predict the impact of climate change on the distribution of existing invasive specie...
We used near-term climate scenarios for the continental United States, to model 12 invasive plants s...