<p>Calculations were made for scenario A1B 2010–2039 (A), A2 2010–2039 (B), A1B 2040–2069 (C) and A2 2040–2069 (D) based on physiognomy (desert, grassland, shrubland, forest) or humidity level. +++ Increasing vertical structure, ++ Either increasing vertical structure or humidity level, + Increasing humidity level, stable physiognomy, - Decreasing humidity level, stable physiognomy, -- Either decreasing vertical structure or humidity level, --- Decreasing vertical structure. Areas where less than 7 models agree on the direction of change are considered under the class “disagreement”.</p
<p>Modelled current biomes in the NDM (4a), projected changes in climatic suitability for the biomes...
Abstract. A well-established and widely used correlative climate-vegetation model (Holdridge Life Zo...
The response of ten atmospheric general circulation models to orbital forcing at 6 kyr BP has been i...
Impacts of climate change on vegetation are often summarized in biome maps, representing the potenti...
Aim. Biome classification schemes are widely used to map biogeographic patterns of vegetation format...
<p>Percentage of the present Andean area where more than 80% of the models (at least 7) agree on the...
The BIOME model of Prentice et al. (1992), which predicts global vegetation patterns in equilibrium ...
The improved process based equilibrium terrestrial biosphere model (BIOME3China) was run under the p...
International audienceA model to predict global patterns in vegetation physiognomy was developed fro...
<p>The spatial breadth of the latitudinal or elevational gradient within the geographic range is ide...
[1] This study uses offline simulations with a land surface model to explore how the future response...
Understanding how terrestrial ecosystems would respond to future climate change can substantially co...
Copyright © 2013 Heike Huebener, Janina Körper. This is an open access article distributed under the...
The biome model of Prentice et al. (1992a) is used to predict global patterns of potential natural p...
a. Predictions under the Representative Concentration Pathway (RCP) 4.5, and agreement between diffe...
<p>Modelled current biomes in the NDM (4a), projected changes in climatic suitability for the biomes...
Abstract. A well-established and widely used correlative climate-vegetation model (Holdridge Life Zo...
The response of ten atmospheric general circulation models to orbital forcing at 6 kyr BP has been i...
Impacts of climate change on vegetation are often summarized in biome maps, representing the potenti...
Aim. Biome classification schemes are widely used to map biogeographic patterns of vegetation format...
<p>Percentage of the present Andean area where more than 80% of the models (at least 7) agree on the...
The BIOME model of Prentice et al. (1992), which predicts global vegetation patterns in equilibrium ...
The improved process based equilibrium terrestrial biosphere model (BIOME3China) was run under the p...
International audienceA model to predict global patterns in vegetation physiognomy was developed fro...
<p>The spatial breadth of the latitudinal or elevational gradient within the geographic range is ide...
[1] This study uses offline simulations with a land surface model to explore how the future response...
Understanding how terrestrial ecosystems would respond to future climate change can substantially co...
Copyright © 2013 Heike Huebener, Janina Körper. This is an open access article distributed under the...
The biome model of Prentice et al. (1992a) is used to predict global patterns of potential natural p...
a. Predictions under the Representative Concentration Pathway (RCP) 4.5, and agreement between diffe...
<p>Modelled current biomes in the NDM (4a), projected changes in climatic suitability for the biomes...
Abstract. A well-established and widely used correlative climate-vegetation model (Holdridge Life Zo...
The response of ten atmospheric general circulation models to orbital forcing at 6 kyr BP has been i...