Australia’s rainforests first to switch from carbon sink to source

The trunks and branches of trees in Australia's tropical rainforests – also known as woody biomass – have become a net source of carbon dioxide to the atmosphere, according to a new international study.   According to the team behind the Nature study, which includes experts from The Australian National University (ANU), Australia’s wet tropics are the first globally to show this response to climate change. The rising temperature, air dryness and droughts caused by human-driven climate change are likely the major culprits.

How Aledade Established A Multi-Million Dollar Climate Program | Charm Industrial

How one employee helped create a multi-million dollar carbon credit program.

Colorado approves grassland carbon project in expansion of biological sequestration programme « Carbon Pulse

"We're Turning Trash Into Gold": Iowa Scientists Convert Corn Stalks Into Underground Carbon Prisons That Seal Abandoned Wells

Amid escalating climate challenges, innovative solutions are emerging from unexpected quarters. One such development involves the reimagining of corn residues

Oysters could help fight climate change, study finds

New research from China suggests that oysters can be good at removing carbon dioxide from oceans, making the bivalves both an important food source and a potential tool in the fight against climate change and ocean acidification. Scientists have long debated whether oysters are a net source or sink of carbon dioxide (CO2) in the […]

Underground carbon storage could run out much sooner than we thought

New research reveals underground carbon storage is far more limited and risky than expected, reshaping climate plans and net-zero strategies.

Exclusive: Terraton wants to be the McDonald's of biochar | TechCrunch

Terraton sees promise in biochar, but the technology has struggled to scale. The startup thinks a franchise model could be what unlocks biochar's potential.

World’s first third-party CO2 storage facility kicks off in Norway

Engineers working on Norway's Northern Lights project have injected CO2 into the Aurora reservoir 2600 meters below the seabed.