Tensions grow after research in England finds there may not be enough water for planned carbon capture and hydrogen projects

Ongoing anthropogenically-driven environmental change in rivers (e.g. increasing air temperature, changing river flow extremes, increases in some key …

With increasing human populations, the need for sustainable management of wastewater becomes an ever-increasing issue, yet studies that consider the impact of the final effluent on the receiving rive....

The early stages of peat formation have been assumed to be marked by: rapid loss of porosity, increasing bulk density, and decreasing permeability lea…

Abstract. Reversed eutrophication, called oligotrophication, has widely been documented globally over the last 30 years in rivers, lakes, and estuaries. However, the absence of a comprehensive and har...

Globally peatlands are laterally extensive and represent important stores and sinks of atmospheric carbon. The cold humid island hypothesis proposes t…

Climate change mitigates progress on cleaning up the River Thames: study

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