Agricultural use of peatlands significantly alters their greenhouse gas emission profiles, especially by turning them into potent sources of nitrous ...

A 2021 study also found the carbon capture process emits significant amounts of methane, a potent greenhouse gas that’s ...

New research from UC Davis, the Chinese Academy of Sciences and Texas A&M University reveals that massive emissions, or burps, of carbon dioxide from natural earth systems led to significant decreases ...

A batch of mosquitos trapped by Macon Mosquito Abatement District has tested positive for West Nile Virus. No human cases ...

Taking carbon out of the atmosphere is essential for slowing global warming—and a team of Cornell University researchers has ...

The world’s sawmills and plantation forests offer a powerful weapon against climate change, a new study has found. A paper ...

Cremation is a popular alternative to burial that's becoming more common, but just how long does the whole process take from ...

A new book traces how the American prairie was nearly destroyed and why its return is so necessary for our future.

Rivers have long played a key role in the planet’s carbon cycle. They move and release gases like carbon dioxide (CO₂) and methane (CH₄), connecting land, air, and ocean systems.

These microscopic recyclers, particularly in the soil, exhale carbon dioxide during heterotrophic respiration. And as climate change warms the planet, this breath of microbes could become a roar.

The present study attempts to model the yield of anaerobic gases released during decomposition of different types of organic matter (green leaves, barks, twigs, plant ... Romeiro, F. and Bitar, A.L.