The dataset of integrated land-atmosphere-carbon- hydrology interaction observations in East Monsoon RegionThe Ningxiang Station of the Integrated Observing Platform for the land-atmosphere-carbon-hydrology in the Eastern Monsoon Region of the Institute of Atmospheric Physics of the Chinese Academy of Sciences is located in Yangliuqiao Village, Shuangjiangkou Town, Ningxiang County, Changsha City, Hunan Province, China. The flux observation tower of the platform is 20 m high, and the observation subsurface is relatively flat and homogeneous with deciduous and coniferous forests, with a canopy height of about 7.5 m. The platform was constructed in August 2012, and since then it has conducted observations of meteorological baseline, carbon fluxes, and groundwater depth. The integrated observational dataset includes meteorological elements at hourly resolution, carbon flux data at half-hourly and hourly resolution and groundwater depth data at half-hourly and hourly resolution.
中国1km分辨率USGS分类标准的土地覆盖数据集(1980-2020年)土地覆盖数据是基于USGS分类标准与IGSNRR土地覆盖分类标准的异同,设计了IGSNRR分类标准转换为USGS分类标准的转换规则,并利用该规则将中国多时期土地利用遥感监测数据集转换为USGS分类标准的土地覆盖数据集。该数据可被用于区域气候模式,体现中国各地区近年快速城镇扩张引起的土地利用的变化。
西南四省市0.01度分辨率人为热排放数据集(1997-2019年)人为热排放数据是基于历年人口密度分布以及月廓线对西南四省市历年能源消耗的时空间分布进行降尺度,构建了西南地区考虑城镇化进程的人为热排放时空分布数据。该数据可被用于时空变化的人为热排放参数化方案的构建,可被中国气象局国家气象信息中心用于陆表气象要素多源资料融合产品研发。
西南四省市0.01度分辨率人类取水用水数据集(1999-2019年)人类取用水数据是基于历年人口密度分布、社会经济密度分布以及灌溉面积分布对西南四省市历年供水用水的时空间分布进行降尺度,构建了西南地区考虑人为扰动的人类取水用水时空分布数据。该数据可被用于时空变化的人类取水用水参数化方案的构建,可被中国气象局国家气象信息中心用于陆表气象要素多源资料融合产品研发。