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Table 2 Global climate models (GCMs) used in this study

From: Impacts of climate change on regional hydrological regimes of the Wujiang River watershed in the Karst area, Southwest China

  ID  
Models A1 B A Country Source
  B 1 2   
BCCR.BCM20 1 1 1 Norway Bjerknes Centre for Climate Research, University of Bergen, Norway
CCMA.CGCM3.1_T47 2 2 2 Canada Canadian Centre for Climate Modeling and Analysis
CCMA.CGCM3.1_T63 3 3   Canada Canadian Centre for Climate Modeling and Analysis
CCMA.CGCM3.1_T 4 4 3 France Meteo–France/Centre National de Research Meteorologiques
CSIRO.MK30 5 5 4 Australia Australian Commonwealth Scientific Industrial and Research Organisation
CSIRO.MK35 6 6 5 Australia Australian Commonwealth Scientific Industrial and Research Organisation
GFDL.CM20 7 7 6 USA Geophysical Fluid Dynamics Laboratory
GFDL.CM21 8 8 7 USA Geophysical Fluid Dynamics Laboratory
GISS.AOM 9 9   USA NASA Goddard Institute of Space Studies
GISS.EH 10    USA NASA Goddard Institute of Space Studies
GISS.ER 11 10 8 USA NASA Goddard Institute of Space Studies
IAP.FGOALS_g10 12 11   China Institute of Atmospheric Physics, Chinese Academy of Sciences
INGV.ECHAM4 13   9 Italy National Institute of geophysics and volcanology Italy
INM.CM30 14 12 10 Russia Institute for Numerical Mathematics
IPSL.CM4 15 13 11 France Insitut Pierre–Simon Laplace
MIROC3.2_hires 16 14   Japan National Institute for Environmental Studies Japan
MIROC3.2_medres 17 15 12 Japan National Institute for Environmental Studies Japan
MIUB.ECHO_G 18 16 13 Germany Meteorological Institute of the University of Bonn
MIUB.ECHAM5 19 17 14 Germany Max–Planck–Institut fur Meteorologie
MRI.CGCM2.3.2 20 18 15 Japan Meteorological Research Institute
NCAR.CCSM3 20 19 16 USA National Center for Atmospheric Research
NCAR.PCM 22 20 17 USA National Center for Atmospheric Research
UKMO.HadCM3 23 21 18 UK UK Met. Office,UK
UKMO.HadGEM1 24   19 UK UK Met. Office,UK