<p>(A) 2030 scenario A2, (B) 2030 scenario A1B, (C) 2030 scenario B1, (D) 2050 scenario A2, (E) 2050 scenario A1B, (F) 2050 scenario B1, (G) 2080 scenario A2, (H) 2080 scenario A1B, (I) 2080 scenario B1. Colored pixels representing dissimilarity between present day and future predictions: Blue for mean temperature of coldest month, purple for temperature seasonality, green for precipitation seasonality, yellow for precipitation of driest month, and pink for precipitation of wettest month.</p
<p>The colours indicate predicted species richness ranging between dark red (high) and blue (low).</...
<p>The maps in the first column are based on temperature estimates for the climate changes scenario ...
天气和气候是日常生活中人们最关心的事情之一.关于天气、气候的预测问题,自从混沌(chaos)和分形(fractal)理论发现以来和传统有迥然不同的看法.科技部专项基金057-
<p>Climatic suitability ranges from “low” (light purple) to “excellent” (dark purple). (<b>a</b>) Cu...
<p>Pink areas are those with more climatic uncertainty (GCMs predict different values for temperatur...
<p>A. Distribution of high (red), medium (yellow) and low (blue) climate suitability sectors for the...
<p>The maps in the first column are based on temperature estimates for the climate changes scenario ...
<p>Spatial pattern of temperature and precipitation estimated as an average difference between 2099–...
<p>White represents areas that are not climatically suitable. Areas currently climatically suitable ...
<p>White represents areas that are not climatically suitable. Areas currently climatically suitable ...
<p>The maps in the first column are based on temperature estimates for the climate changes scenario ...
<p>White represents areas that are not climatically suitable. Areas currently climatically suitable ...
<p>The maps in the first column are based on temperature estimates for the climate changes scenario ...
The raster data layers contained in this archive represent climatic dissimilarity as the distance in...
<p>(a) Net gains (red), losses (blue) and stable range (yellow), (b) Relative differences in suitabi...
<p>The colours indicate predicted species richness ranging between dark red (high) and blue (low).</...
<p>The maps in the first column are based on temperature estimates for the climate changes scenario ...
天气和气候是日常生活中人们最关心的事情之一.关于天气、气候的预测问题,自从混沌(chaos)和分形(fractal)理论发现以来和传统有迥然不同的看法.科技部专项基金057-
<p>Climatic suitability ranges from “low” (light purple) to “excellent” (dark purple). (<b>a</b>) Cu...
<p>Pink areas are those with more climatic uncertainty (GCMs predict different values for temperatur...
<p>A. Distribution of high (red), medium (yellow) and low (blue) climate suitability sectors for the...
<p>The maps in the first column are based on temperature estimates for the climate changes scenario ...
<p>Spatial pattern of temperature and precipitation estimated as an average difference between 2099–...
<p>White represents areas that are not climatically suitable. Areas currently climatically suitable ...
<p>White represents areas that are not climatically suitable. Areas currently climatically suitable ...
<p>The maps in the first column are based on temperature estimates for the climate changes scenario ...
<p>White represents areas that are not climatically suitable. Areas currently climatically suitable ...
<p>The maps in the first column are based on temperature estimates for the climate changes scenario ...
The raster data layers contained in this archive represent climatic dissimilarity as the distance in...
<p>(a) Net gains (red), losses (blue) and stable range (yellow), (b) Relative differences in suitabi...
<p>The colours indicate predicted species richness ranging between dark red (high) and blue (low).</...
<p>The maps in the first column are based on temperature estimates for the climate changes scenario ...
天气和气候是日常生活中人们最关心的事情之一.关于天气、气候的预测问题,自从混沌(chaos)和分形(fractal)理论发现以来和传统有迥然不同的看法.科技部专项基金057-