Comparison of MIROC5 and MIROC6 projections for precipitation over South Korea

S. Chae
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Abstract

This study projected the monthly precipitation for RCP4.5 and RCP8.5 of the MIROC5 and SSP2-4.5 and SSP5-8.5 of MIROC6 GCMs using observations of the historical period (1970 to 2005) of 21 stations in Korea, and then compared the performance before and after bias correction using 6 evaluation indicators. In addition, using the bias corrected GCM’s scenarios, annual precipitation, summer precipitation and winter precipitation in near future period (2021-2060) and far future period (2061-2100) were calculated. Furthermore, the variability of future projection was quantified using the standard deviation and interquartile range values of future precipitation. As a result the rate of change of precipitation was greater in the northern region than in the southern region and in the far future rather than the near future. The variability in the projection were also concluded to be larger in the northern region than that in the southern regions.
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韩国降水的MIROC5和MIROC6预估比较
本文利用韩国21个站点1970 ~ 2005年的历史观测资料,预估了MIROC5的RCP4.5和RCP8.5以及MIROC6的SSP2-4.5和SSP5-8.5的月降水量,并利用6个评价指标比较了偏差校正前后的表现。此外,利用偏差校正后的GCM情景,计算了近未来期(2021-2060)和远未来期(2061-2100)的年降水量、夏季降水量和冬季降水量。此外,利用未来降水的标准差和四分位数差值量化了未来预测的变异性。结果表明,北方地区的降水变化率大于南方地区,远未来的降水变化率大于近未来的降水变化率。预测的变率在北部地区也比南部地区大。
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