Hot air holds more moisture than cold air. That simple truth, while familiar to anyone who’s used a blow dryer or walked outside after a humid shower, is driving a hidden shift in how droughts behave.

As the atmospheric water harvesting industry looks to scale up, it faces challenges, opportunities and ethical conundrums.

Droughts are becoming more severe and widespread across the globe. But it's not just changing rainfall patterns that are to blame. The atmosphere is also getting thirstier. In a new study published in ...

Atmospheric water harvesting (AWH) technologies represent a transformative approach to mitigating global water scarcity by extracting water vapour from ambient air. Recent advances have focused on the ...

Thursday marks the kickoff of the third annual International Atmospheric Water Harvesting Summit, hosted at Arizona State ...

A researcher from Turkey’s Tarsus University has investigated eight different configurations of PV-supported hybrid atmospheric water harvesting (AWH) systems. AWH systems extract water vapor from the ...

Solomon Gebrechorkos receives funding from the UK Foreign, Commonwealth and Development Office (FCDO; grant no. 201880) and the UK Natural Environment Research Council (NERC; grant no. NE/S017380/1).