Land–atmosphere feedbacks exacerbate concurrent soil drought and atmospheric aridity - Zhou, Sha; Williams, A. Park; Berg, Alexis M.; Cook, Benjamin I.; Zhang, Yao; Hagemann, Stefan; Lorenz, Ruth; Seneviratne, Sonia I.; Gentine, Pierre (Proceedings of the National Academy of Sciences - PNAS, 2019)
Keywords: Aridity; Atmosphere; Atmosphere - chemistry; Atmospheric models; Climate Change; Climate models; compound extreme events; Coupling; Drought; Droughts; ENVIRONMENTAL SCIENCES; Feedback; Geographic Mapping; Geophysics; GLACE-CMIP5; Humidity; Models, Theoretical; Physical Sciences; Precipitation; Pressure; Soil - chemistry; Soil moisture; Soils; Stress (physiology); Vapor pressure; vapor pressure deficit; Vapors; Weather; Vapor Pressure Deficit; Compound Extreme Events; Glace-Cmip5; GLACE-CMIP5; soil moisture; compound extreme events; vapor pressure deficit