Projected Increases in Global Terrestrial Net Primary Productivity Loss Caused by Drought Under Climate Change - Cao, Dan; Zhang, Jiahua; Han, Jiaqi; Zhang, Tian; Yang, Shanshan; Wang, Jingwen; Prodhan, Foyez Ahmed; Yao, Fengmei (Earth's future, 2022)
Keywords: Agricultural land; Carbon; Carbon budget; Carbon dioxide; Carbon sinks; Climate change; Climatic zones; Coniferous forests; Drought; Drought effects; drought sensitivity; Ecosystem disturbance; Evaluation; Extreme drought; Fertilizers; future climate scenarios; Future climates; Grasslands; Land management; Net Primary Productivity; Northern Hemisphere; NPP loss; Precipitation; Productivity; Rainforests; Regions; Simulation; Terrestrial ecosystems; Terrestrial environments; Tropical forests; Vegetation; Vegetation effects