Fifty-six million years ago, during the Paleocene-Eocene Thermal Maximum (PETM), global temperatures rose by more than 5°C ...

Globally, soils store more than twice as much carbon as the atmosphere. Therefore, carbon uptake and release by soils constitutes a strong regulator of atmospheric concentrations of the greenhouse gas ...

Globally, soils store more than twice as much carbon as the atmosphere. Therefore, carbon uptake and release by soils constitutes a strong regulator ...

Carbon cycle–climate feedbacks are expected to ... processes on the size of the terrestrial carbon sink. For example, anthropogenic nitrogen deposition, which is not considered in their model ...

The contrasting twin failures of Global Climate Action The history of over thirty years of climate negotiations is a story of ...

These muddy sediments are rich in organic matter and play a central role in the carbon cycle of the Baltic Sea. They are affected both by natural forces such as storms and by anthropogenic impacts ...

New research from France has compared the performance of agrivoltaics in Spain and the Netherlands and have concluded that ...