;model_name = 'MRI-ESM2-0' ;var_name = ['tos','longitude','latitude'] ;model_name = 'NorESM2-LM' ;var_name = ['tas','lon','lat'] ;model_name = 'BCC-CSM2-MR' ;var_name = ['tas','lon','lat'] ; ;model_name = 'CMCC-ESM2' ;var_name = ['tas','lon','lat'] ...
FGOALS-g3、GFDL-CM4、IPSL-CM6A-LR、MPI-ESM1-2-HR和MRI-ESM2-0)的日降水量、最高气温和最低气温进行降尺度和偏差校正,利用风速和校正后的降水、气温变量驱动可变下渗容量(VIC)水文模型,预估SSP2-4.5(中等社会脆弱性和中等辐射强...
MRI-ESM2-0-historical references MRI-ESM2-0.historical – References application/json NorESM2-LM-historical references NorESM2-LM.historical – References application/json NorESM2-MM-historical references NorESM2-MM.historical – References application/json CESM2-WACCM-historical references CESM2-WACCM....
图3给出了CMIP6模式模拟的1901～2014年DTR年际变化的泰勒图,模拟与观测之间的效果可以通过以上3个变量来体现,可以分析得到,MRI-ESM2-0、GISS-E2-1-G、CanESM5、EC-Earth3、EC-Earth3-AerChem、EC-Earth3-Veg、GFDL-CM4、GFDL-ESM4、FGOALS-g3模式与观测的相关性较好,相关系数超过了0.5,说明这些模式在模拟...
来自清华大学等团队的周嘉月等学者选取了两个SSPs-RCPs组合情景:SSP2-4.5(SSP2-RCP4.5)和SSP5-8.5(SSP5-RCP8.5),获取了两个情景下的六个CMIP6模式:CanESM5、FGOALS-g3、GFDL-CM4、IPSL-CM6A-LR、MPI-ESM1-2-HR和MRI-ESM2-0数据,以中国区域地表气象要素驱动数据集(CMFD)格点降水和温度为实测参考,在...
根据PCC、IVS、趋势和RMSE的SPR得分,我们评估了23个CMIP6模型在1979-2017年期间在TP期间在寒冷季节重现SPR的性能。因此,前30%的模型被采用为一组在寒冷季节再现SPR较好的模型。排名前七的模型是EC-Earth3-Veg,MPI-ESM1-2-HR,EC-Earth3-Veg-LR,MRI-ESM2-0,EC-Earth3-CC,FIO-ESM-2-0和BCC-CSM2-MR。
青藏高原CMIP6土壤湿度适用性评估
However, MRI-ESM2-0 model shows a high performance for the physical quantity in the NWP ocean with warming trends similar to references, and it could thus be used as an appropriate driving forcing in dynamic downscaling of this ocean. This study provides objective information for studies ...
BCC-CSM2-MRE3SM-1-1-ECAINM-CM5-0NorESM2-MM BCC-ESM1EC-Earth3IPSL-CM6A-LRSAM0-UNICON CAMS-CSM1-0EC-Earth3-VegKACE-1-0-GTaiESM1 CanESM5EC-Earth3-Veg-LRKIOST-ESM CAS-ESM2-0FGOALS-f3-LMIROC6 CESM2-FV2FGOALS-g3MPI-ESM-1-2-HAM ...
【基于ERA5和CMIP6资料平流层爆发性增温现象研究】本文以ERA5再分析数据下的结果为参考,对比并评估了CMIP6中6个模式(CESM2-WACCM、BCC-ESM1、MRI-ESM2-0、EC-Earth3、CanESM5和NorESM2-MM) Historical实验下无强迫逐日数据对两类SSW (偏移型和分裂型)的基本统计特征的模拟能力。首先,与ERA5下的结果相比,...