A new study reveals significant changes in the global freshwater oxygen cycle. Rivers, streams, lakes, and reservoirs aren’t ...

In a paper published in Cell Reports, researchers document "selfish polysaccharide uptake" in freshwater ecosystems for the ...

These findings underscore the profound impact of climate change on freshwater ecosystems, emphasizing the urgent need for mitigation and adaptation strategies to preserve lake ecosystems worldwide.

The lake's ecosystem houses plates and animals that aren't found anywhere else in the world, including the Baikal seal - the only freshwater seal species. Although other seal species may inhabit ...

The long-term consequences of this change on the lake ecosystem are still being studied ... winters in particular are entering a new era in the world's largest surface freshwater system. It is such a ...

The U.S. and Canada have co-managed the Great Lakes for over a century. Rising political tensions between the two nations ...

WELLINGTON, April 18 (Xinhua) -- Giant freshwater crayfish, up to 25cm long, once roamed New Zealand's ancient lakes around 20 million years ago, three times the size of today's native species, a new ...

Reports, Čačković et al., “Selective heterotopic bacteria can selfishly process polysaccharides in freshwater lakes.” (25)00186-X ...

To explore the role of selfish microorganisms in freshwater systems ... similar to what has been observed in marine ecosystems. "In Crniševo Lake, when there was higher material present, there ...