Volume 76,Issue 6,2018 Table of Contents
综述
The Tibetan Plateau surface-atmosphere coupling system and its weather and climate effects： The Third Tibetan Plateau Atmospheric Scientific Experiment ZHAO Ping, LI Yueqing, GUO Xueliang, XU Xiangde, LIU Yimin, TANG Shihao, XIAO Wenming, SHI Chunxiang, MA Yaoming, YU Xing, LIU Huizhi, JIA La, CHEN Yun, LIU Yanju, LI Jian, LUO Dabiao, CAO Yunchang, ZHENG Xiangdong, CHEN Junming, XIAO An, YUAN Fang, CHEN Donghui, PANG Yang, HU Zhiqun, ZHANG Shengjun, DONG Lixin, HU Juyang, HAN Shuai and ZHOU Xiuji 2018,76(6):833-860 [Abstract View PDF (11.68 M) Advances in the study of linkage between the Tibetan Plateau thermal anomaly and atmospheric circulations over its upstream and downstream regions LIU Ge, ZHAO Ping, NAN Sulan, CHEN Junming and WANG Huimei 2018,76(6):861-869 [Abstract View PDF (2.91 M)
论文
Part Ⅰ: Data analysis MA Tingting, WU Guoxiong, LIU Yimin, JIANG Zhihong and YU Jiahui 2018,76(6):870-886 [Abstract View PDF (2.28 M) The influence of surface potential vorticity density forcing over the Tibetan Plateau in the 2008 winter storm. Part Ⅱ: Numerical simulation YU Jiahui, LIU Yimin, MA Tingting and WU Guoxiong 2018,76(6):887-903 [Abstract View PDF (5.26 M) Identification of a gravity wave process over the Tibetan Plateau and its impact on the weather LI Chiqin, ZUO Qunjie, GAO Shouting and LU Rong 2018,76(6):904-919 [Abstract View PDF (4.73 M) Long-term variation characteristics of surface heat flux over the Tibetan Plateau before and after the onset of the South Asian summer monsoon HAN Yizhe, MA Weiqiang, MA Yaoming and SUN Cuiyan 2018,76(6):920-929 [Abstract View PDF (1.44 M) Impact of the spring sensible heat flux over the Tibetan Plateau on summer rainfall over East China and its role in rainfall prediction LI Xiuzhen, TANG Xuzi, LI Shihua, JIAN Maoqiu and WEN Zhiping 2018,76(6):930-943 [Abstract View PDF (4.45 M) A study of the meteorological background of convective systems over the Tibetan Plateau HU Liang, XU Xiangde and ZHAO Ping 2018,76(6):944-954 [Abstract View PDF (1.76 M) Evaluation of the WRF model to simulate atmospheric boundary layer over Nagqu area in the Tibetan Plateau XU Lujun, LIU Huizhi, XU Xiangde, Du Qun and Wang Lei 2018,76(6):955-967 [Abstract View PDF (4.43 M) NPP/VⅡRS satellite retrieval of summer convective cloud microphysical properties over the Tibetan Plateau YUE Zhiguo, YU Xing, LIU Guihua, DAI Jin, ZHU Yannian, XU Xiaohong, HUI Ying and CHEN Chuang 2018,76(6):968-982 [Abstract View PDF (20.49 M) The climatic characteristics of summer convection over the Tibetan Plateau revealed by geostationary satellite LI Bo, YANG Liu and TANG Shihao 2018,76(6):983-995 [Abstract View PDF (7.35 M) Comparative analyses of vertical structure of a deep convective cloud with multi-source satellite and ground-based radar observational data at Naqu over the Tibetan Plateau WANG Hui and GUO Xueliang 2018,76(6):996-1013 [Abstract View PDF (10.97 M) A study of convective clouds in the Tibetan Plateau based on dual polarimetric radar observations MEI Yao, HU Zhiqun, HUANG Xingyou and CHEN Chao 2018,76(6):1014-1028 [Abstract View PDF (7.36 M) A comparative analysis of precipitable water vapor in the Tibetan Plateau HU Heng, CAO Yunchang, YIN Cong and DUAN Xiaomei 2018,76(6):1029-1039 [Abstract View PDF (1.98 M) Variations of soil moisture over Nagqu at different time scales based on network observations LI Bo, ZHANG Miao, TANG Shihao and DONG Lixin 2018,76(6):1040-1052 [Abstract View PDF (3.74 M) Numerical studies on microphysical properties of clouds and precipitation in the summer of 2014 over the Tibetan Plateau TANG Jie, GUO Xueliang and CHANG Yi 2018,76(6):1053-1068 [Abstract View PDF (8.47 M)