Inland surface water is a critical resource when scarce and a potential hazard when floods occur. Because the extent of surface water affects habitat condition, weather, and biogeochemical cycles, our ability to accurately track variations in surface water extent is important for resource management, science, commerce, hazard mitigation, and policy making. Openly distributed data derived from sat ...[Read More]
Co-benefits of Nature-based Solutions: what we know and what we should know
Nature-based Solutions are on everyone’s lips in the view of their risk reduction potential but also their social, economic, and environmental side effects (so-called co-benefits). But how significant are these co-benefits? What are NBS? Nature-based Solutions (or in short NBS) are an umbrella term for ecosystem-based solutions to counteract societal challenges such as climate change, disaster, bi ...[Read More]
Amilcare Porporato (2020 John Dalton Medallist) on agile models for complex systems in the environmental sciences
The EGU 2020 John Dalton Medal of the EGU Division on Hydrological Sciences was awarded to Amilcare Porporato for his contributions to the field of ecohydrology and for developing new theories for the analysis of soil-plant-atmosphere systems across scales. Given the online EGU 2020 GA, the medal lecture is postponed to 2021. In April, Amilcare wrote the post below to the HS community. I’m very ha ...[Read More]
Hydrological tipping points: Can we tip the bucket?
We live in a time of unprecedented pressure on water resources. The combination of drivers, such as human water use and land use, climate change by greenhouse gases and the human modification of other components of the Earth system coupled to the water cycle, may be pushing water resources beyond levels of sustainability at all spatial scales (Gleeson et al., 2020; Zipper et al., 2020). A particul ...[Read More]