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drought.NL

Advancing the understanding and monitoring of drought in a warming world

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Tag: Heatwave

Drought makes heatwaves hotter, but less deadly

On January 21, 2022 By Ryan Teuling In Research

During heatwaves, there is no rain and the soil dries out. This further enhances the rising of heatwave temperatures. But remarkably, desiccated soils also have an advantage: they reduce air humidity and make a heatwave less deadly to humans. Heatwaves and droughts are causing acute excess mortality and damage to …

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Increasing soil drought drives Western European summer warming

On September 20, 2021 By Annemiek Stegehuis In Research

European summers have become warmer in the last decades. To mitigate further warming, we have to better understand the cause of these increasing temperatures. In a recent study, Stegehuis et al. (2021) quantified the contribution of both decreasing soil moisture and atmospheric circulation to summer warming and summer heatwave events. …

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A hot future for European droughts

On October 8, 2020 By Ryan Teuling In Research

Two studies that appeared in Nature Climate Change in 2018 give an insight into the future of droughts in Europe. Not only will higher evaporative demand lead to drier soils and less water availability, but the drier soils will also lead to higher temperature extremes.

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Current drought links

Potential precipitation deficit (KNMI)
Climate dashboard (KNMI)
Drought portal Netherlands
Dutch drought monitor (RWS)
European Drought Observatory (JRC)
Global drought observatory (Copernicus)
U.S. Drought monitor

About

drought.NL is a platform for research on drought processes, quantification, and its impacts on water resources, agriculture, and natural ecosystems. It serves as the informal homepage of the climate hydrology team at Wageningen University.

The climate hydrology team is lead by Ryan Teuling, associate professor in the Hydrology and Quantitative Water Management Group at Wageningen University. Our research focusses on the interaction between hydrological and atmospheric processes, from diurnal to climate change timescales.

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