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- Wang, Yunqiang, et al. Show all 10 Authors
- Ecological indicators 2019 v.102 pp. 507-518
- air temperature; arid zones; autumn; carbon; climate change; data collection; evapotranspiration; gross primary productivity; growing season; hydrologic cycle; land restoration; moderate resolution imaging spectroradiometer; net primary productivity; normalized difference vegetation index; remote sensing; spring; summer; temporal variation; terrestrial ecosystems; vegetation; water management; water use efficiency; China
- ... Vegetation coverage has been effectively increased across the Chinese Loess Plateau (CLP) mainly because of the implementation of large-scale revegetation programs. Understanding the entire CLP’s ecosystem carbon-water relationship and its response to the vegetation coverage increase and climate change is essential for the water resources management in this semi-humid to arid region. Water-use eff ...