Brief Introduction: In order to quantitatively reveal the surface water-heat flux exchange characteristics of the main underlying surface of the Haihe River Basin, and also provide the pixel-scale “ground truth value” for the verification of surface evapotranspiration by remote sensing, since 2006, the forest land in the northern mountainous areas of the Haihe River Basin has been successively Beijing Miyun) has established a multi-scale surface flux and meteorological observation network with farmland (Hebei Huailai), central suburban farmland (Beijing Daxing), and southern plain farmland (Hebei Guantao), covering the main underlying surface of the Haihe River Basin.

Number of Datasets: 34