Study for the quantitative evaluation of the cloud radiative effects utilizing the Tropical Rainfall Measuring Mission Satellite data and Cloud Lidar observations.

利用在印度尼西亚雅加达和R/V米拉伊上装备的小型Mie激光雷达的观测资料，分析了云底高度。利用地球同步气象卫星观测的等效黑体温度资料、热带测雨使命卫星观测的降水资料和气象资料，结合所获得的云底资料，分析了赤道附近（10 ° N-10 ° S）陆地和海洋地区的云和降水系统的特征。同时利用云底信息、云顶信息和降水资料，可以更清晰地描述云和降水系统的日变化特征及其在陆地和海洋上的差异。

Utilizing the observed data with the compact Mie lidar furnished in Jakarta, Indonesia and also equipped in the R/V Mirai, the cloud base heights were analyzed. Incorporating the Equivalent blackbody temperature data observed from Geosynchronous Meteorological Satellite, the Precipitation data observed from the Tropical Rainfall Measuring Mission Satellite, and the meteorological data, to the obtained cloud base data, we analyzed the features of the cloud and precipitation systems over the land and ocean areas near the equator (10\degree N-10\degree S). Simultaneous utilization of the cloud base information, the cloud top information and the Rain data enabled us to depict the clearer pictures of the features diurnal variation of the cloud and precipitation systems and its difference between over the land and over the ocean.