CAJ | 학술논문

通过两组区域气候模拟数值实验,检验了RegCM3对三江平原下垫面变化的敏感性.结果表明,在10 km×10 km分辨率下,在每组气候模拟数值实验中,只改变三江平原下垫面地表数据,对比不同下垫面的气温和降水量的模拟结果,发现其差异明显,特别是在下垫面地表数据明显变化的地方.这说明RegCM3对三江平原下垫面改变具有很高的敏感性,可以使用该模式对下垫面变化的三江平原区域气候进行数值模拟.
통과량조구역기후모의수치실험,검험료RegCM3대삼강평원하점면변화적민감성.결과표명,재10 km×10 km분변솔하,재매조기후모의수치실험중,지개변삼강평원하점면지표수거,대비불동하점면적기온화강수량적모의결과,발현기차이명현,특별시재하점면지표수거명현변화적지방.저설명RegCM3대삼강평원하점면개변구유흔고적민감성,가이사용해모식대하점면변화적삼강평원구역기후진행수치모의.
Numerical simulation is an effectual method to understand the climate effect of the underlying surface.The sensitivity of RegCM3 to the underlying surface changes in the Sanjiang Plain was verified through two groups of numerical experiments.The results showed that the differences were obvious in both of the numerical experiments when the underlying surface was changed merely at 10 km resolution,the differences of the simulations results were biggest where the underlying surface was changed most intensively.It indicated that the sensitivity of RegCM3 to the underlying surface changes in the Sanjiang Plain was high,and RegCM3 could be used to simulate the regional climate in the Sanjiang Plain.