【Other Data Paper】Released online:Aug. 8, 2021 382 0
Lei Shu, Meiling Zhou, Linlin Lu et al.
Keywords： Beijing-Tianjin-Hebei region；built-up area；land use efficiency；SDG11；Google Earth Engine
Abstract：The Beijing-Tianjin-Hebei(BTH) region is one of the most important and fastest-growing urban agglomerations in China. By capturing the dynamic changes of urban land and population in the region and their relationship, adjusting and optim...
【Other Data Paper】Released online:July 14, 2021 367 0
Fan Zongji, Ouyang Xuejun, Zhang Qianmei et al.
Keywords： Dinghushan；bird community；checklist；long-term monitoring；vegetation type
Abstract：Bird diversity and its community structure were important indicators for the long-term monitoring of biodiversity in ecosystems. The typical forest vegetation types were well preserved in Dinghushan National Nature Reserve, including mon...
【Other Data Paper】Released online:June 11, 2021 411 0
Shi Zhifang, Cui Yaoping, Xiong Guangcheng et al.
Keywords： Danjiangkou Reservoir；water body boundary；Google Earth Engine；water source area change
Abstract：The Danjiangkou Reservoir is the water source of the South-to-North Water Diversion Project. The use of remote sensing images to monitor the long-term changes of surface water for the reservoir is of great significance for ensuring the w...
【Other Data Paper】Released online:May 27, 2021 475 0
Li Chunlai, Zeng Xingguo, Zuo Wei et al.
Keywords： Lunar exploration；Chang’ E project；DOM dataset；data pre-process；intensive image matching
Abstract：Chang'E-2 satellite is the second lunar orbiter of China. Its onboard CCD stereoscopic camera can be used to obtain high-precision three-dimensional images of the lunar surface. Chang'-E satellite was successfully launched on October 1, ...
【Other Data Paper】Released online:Feb. 19, 2021 737 25
Chi Wenfeng, Kuang Wenhui, Jia Jing et al.
Keywords： Yellow River Basin；RWEQ；Soil wind erosion modulus
Abstract："Ecological protection and high-quality development of the Yellow River Basin" is one of the major national strategies. Food security and ecological security issues caused by soil erosion have attracted much attention. It is of great sci...
【Water and soil conservation in the middle Yellow River】Released online:Dec. 28, 2020 612 0
Qin Ruijie, Ai Minghao, Zhang Honghong et al.
Keywords： Qiaozigou watershed；Qiaozi Xigou watershed；Qiaozi Donggou watershed；Runoff；Sediment
Abstract：Qiaozigou basin observation station was set up for runoff and sediment observation by Tianshui Water and Soil Conservation Scientific Experimental Station of the Yellow River Conservancy Commission (hereinafter referred to as "Tianshui S...
【Other Data Paper】Released online:Dec. 25, 2020 312 0
Lifang Luo, zhangyaonan, Yufang Min et al.
Keywords： Runoff station；runoff and sediment；observational data；plateau gully region；soil and water loss
Abstract：Xifeng Soil and Water Conservation Scientific Test Station of the Yellow River Water Conservancy Commission (hereinafter referred to as "xifeng station") set up shibamutai runoff station in nanxiaohegou watershed in 1954, to carry out ob...
【Other Data Paper】Released online:Dec. 25, 2020 348 0
Feng Xu, Yufang Min, Xiao Liu et al.
Keywords： Luoyugou watershed；Precipitation；Interval precipitation；the third sub-region of the loess hilly and gully region
Abstract：Precipitation observation is an important part of prototype soil erosion prototype observation and soil and water conservation monitoring. In 1984, with the approval of the Yellow River conservancy commission , the Tianshui soil and wate...
【Other Data Paper】Released online:Dec. 25, 2020 264 0
Ziheng Qiu, Huijuan Min, Hongxing Li et al.
Keywords： gully region of Loess Plateau；runoff field；the Nanxiaohegou watershed；runoff and sediment；soil moisture content
Abstract：Nanxiaohegou watershed is one of the experimental basins used to study about soil and water conservation in the gully region of loess plateau by Xifeng Soil and Water Conservation Scientific Experimental Station of the Yellow River Water...
【Water and soil conservation in the middle Yellow River】Released online:Dec. 25, 2020 329 0
Li Suya, Ma Hongbin, Hongxing Li et al.
Keywords： the middle Yellow River；coarse silt and silty area；the concentrated source area with coarse silt；boundary line delimitation
Abstract：The concentrated source area of coarse mud in the middle Yellow River is the most harmful area to the main channel of the lower reaches of the Yellow River. By defining the specific scope of this area and strengthening the regional soil ...