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. 2016 Mar 25;11(3):e0152495. doi: 10.1371/journal.pone.0152495

Table 2. Description of the climate change scenarios used in this study.

Center AOGCM SRES ΔTavg (°C) ΔPrec (%) ΔPrat (%)
CCCMA CGCM3.1 (T47) A2 +5.0 +18.2 −4.2
A1B +3.9 +15.3 −3.6
B1 +2.8 +7.7 −3.2
CNRM CM3 A2 +4.5 +9.4 −4.0
A1B +3.5 +8.4 −3.1
B1 +2.2 +5.4 −2.5
CSIRO MK3.0 A2 +3.9 +11.8 −1.6
A1B +2.8 +6.7 −2.8
B1 +1.8 +4.8 −1.5
CSIRO MK3.5 A2 +4.7 +11.0 −2.7
A1B +3.9 +15.4 −0.7
B1 +2.9 +7.3 −2.5
GFDL CM2.0 A2 +5.2 +3.9 −7.4
A1B +4.3 +9.6 −3.4
B1 +2.8 +8.1 −2.0
IPSL CM4 A2 +6.9 +2.8 −2.4
A1B +5.8 +5.4 −2.8
B1 +4.2 +1.6 −2.2
CCSR MIROC3.2 (Medres) A2 +6.8 −0.8 −9.3
A1B +5.8 +3.1 −7.1
B1 +4.0 +5.7 −5.2
MIUB ECHO-G A2 +5.0 +12.6 −0.1
A1B +4.8 +11.4 −0.2
B1 +3.4 +5.9 +0.3
MRI CGCM2.3.2 A2 +3.7 +13.7 −1.1
A1B +3.3 +11.0 −1.3
B1 +2.5 +8.9 +0.2
Average ± SD +4.1 ± 1.3 +8.3 ± 4.5 −2.8 ± 2.3

Each scenario combines an atmosphere-ocean general circulation models (AOGCM) from a given research center to an emissions scenario from the special report of emissions scenarios (SRES). ΔTavg: projected change in average annual temperature between 1961–1990 and 2071–2100 for the study area; ΔPrec: projected change in total annual precipitation; ΔPrat: projected change in useful precipitation (ratio of summer precipitation to total annual precipitation). Minimum and maximum values for each variable are in bold character.