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

Oxygen depletion in water, called hypoxia, is causing problems. They are piling up in various coastal and freshwater systems.

The model tracks the oxygen "turnover" — how much oxygen is produced and consumed — in inland waters since 1900. The ...

Inland waters, which include streams, rivers, lakes, and reservoirs, are crucial to the health of our planet and different ...

Warmer temperatures are preventing Lakes Michigan and Huron from mixing in winter, which could disrupt nutrient distribution and oxygen levels ... a new era in the world's largest surface freshwater ...

Climate change is revealing oxygen levels in lakes are decreasing faster than experts expected due to warmer temperatures.

Rivers, streams, lakes, and reservoirs aren't just scenic parts of our landscape -- they're also vital engines for life on Earth. These inland waters 'breathe' oxygen, just like we do. But a new study ...

Oxygen depletion in water, called hypoxia, is causing problems. They are piling up in various coastal and freshwater systems. The result? Dying fish, disrupted food webs, poor water quality and ...

Secondly, the longer travel time of freshwater ... and oxygen budgets anymore," Wang adds. "They're changing faster than we thought, and they're crucial pieces of the Earth system puzzle." ...