10Ma青藏高原周边蒙古高原、云贵高原、天山等区域隆升敏感性试验模拟输出的大气环流数据

利用美国国家大气研究中心（NCAR）大气环流模式CAM进行有、无蒙古高原、天山—帕米尔高原、云贵高原、以及青藏高原主体的地形敏感性试验。获得模式输出的高水平分辨率0.47°×0.63°（纬度×经度）月平均气象变量数据。包含无蒙古高原、天山—帕米尔高原、云贵高原、青藏高原主体以及全地形控制试验共5组试验的夏季（6、7和8月）平均降水、850 hPa水平风场、地表温度数据，以NETCDF格式存储。本数据集对深入认识青藏高原周边地形对亚洲气候格局的形成演化具有参考价值。

This dataset is developed based on topographic sensitivity experiments conducted using the Community Atmosphere Model (CAM) from the U.S. National Center for Atmospheric Research (NCAR). A total of five experimental groups are designed, including a full-topography control experiment and four experiments with individual removal of the Mongolian Plateau, Tianshan-Pamir Plateau, Yunnan-Guizhou Plateau, and the main body of the Tibetan Plateau respectively. High-resolution (0.47° × 0.63°, latitude × longitude) monthly-averaged meteorological variable data were output from the model simulations. The dataset contains summer (June, July and August) averaged precipitation, 850 hPa horizontal wind field, and surface temperature data from all five experimental groups, and all data are stored in NETCDF format. This dataset provides valuable references for in-depth understanding of the formation and evolution of Asian climate patterns shaped by the topography surrounding the Tibetan Plateau.