Research Explorer

Your browser does not support JavaScript or JavaScript is not enabled. Without JavaScript some functions of this webapplication may be disabled or cause error messages. To enable JavaScript, please consult the manual of your browser or contact your system administrator.

Project

An atmospheric perspective on the risk of freshwater scarcity using precipitation recycling networks

Publications

Less-deadly heatwaves due to soil drought

Hendrik WoutersJessica KeuneIrina PetrovaChiel C. van HeerwaardenAdriaan J. TeulingJeremy S. PalJordi Vilà-Guerau de ArellanoDiego Miralles

Unraveling the origin of rainfall over Horn of Africa drylands

Akash KoppaJessica KeuneDavid A. MacLeodMichael SingerDiego Miralles

Drought self-propagation in drylands through moisture recycling

Jessica KeuneDominik SchumacherPaul DirmeyerDiego Miralles

The contribution of transpiration to precipitation over African watersheds

S. A. Te WierikJessica KeuneDiego MirallesJ. GuptaY. A. Artzy-RandrupL. GimenoR. NietoL. H. Cammeraat

A1 Journal Article in WATER RESOURCES RESEARCH

Drought self-propagation in drylands due to land-atmosphere feedbacks

Dominik SchumacherJessica KeunePaul DirmeyerDiego Miralles

A1 Journal Article in NATURE GEOSCIENCE

A unified framework to estimate the origins of atmospheric moisture and heat using Lagrangian models

Jessica KeuneDominik SchumacherDiego Miralles

A1 Journal Article in GEOSCIENTIFIC MODEL DEVELOPMENT

Soil drought can mitigate deadly heat stress thanks to a reduction of air humidity

Hendrik WoutersJessica KeuneIrina PetrovaChiel C. van HeerwaardenAdriaan J. TeulingJeremy S. PalJordi Vilà-Guerau de ArellanoDiego Miralles

A1 Journal Article in SCIENCE ADVANCES