Causal approaches employed at the scale of commercial agriculture are required to build high-quality evidence that climate-smart agricultural interventions result in real emissions reductions and removals. Such project-scale empirical data are additionally required to demonstrate and advance the viability of process-based models and digital measurement, reporting and verification as tools to scale soil carbon accounting.

Causal approaches employed at the scale of commercial agriculture are required to build high-quality evidence that climate-smart agricultural interventions result in real emissions reductions and removals. Such project-scale empirical data are additionally required to demonstrate and advance the viability of process-based models and digital measurement, reporting and verification as tools to scale soil carbon accounting.

Causal approaches employed at the scale of commercial agriculture are required to build high-quality evidence that climate-smart agricultural interventions result in real emissions reductions and removals. Such project-scale empirical data are additionally required to demonstrate and advance the viability of process-based models and digital measurement, reporting and verification as tools to scale soil carbon accounting.

Causal approaches employed at the scale of commercial agriculture are required to build high-quality evidence that climate-smart agricultural interventions result in real emissions reductions and removals. Such project-scale empirical data are additionally required to demonstrate and advance the viability of process-based models and digital measurement, reporting and verification as tools to scale soil carbon accounting.

Yale community members will engage in a series of events during Climate Week in New York, including a two-day event at the Yale Club, underscoring the many ways the university is advancing solutions to climate change, biodiversity loss, and other planetary challenges.

In a Q&A, geochemist Gabby Kitch talks about an innovative Yale Center for Natural Carbon Capture project that will accelerate the oceans’ natural ability to store carbon dioxide.

📢 🗓️ 🌊 Very much looking forward to the upcoming Sabin Center for Climate Change Law and New York Sea Grant Marine Carbon Dioxide Removal Law and Policy Symposium on 19 September 2025 where YCNCC Ma...

Chemical weathering of silicate rocks occurs along a continuum from terrestrial to marine environments.

Amazon forests are undergoing rapid transformations driven by deforestation, climate change, fire, and other anthropogenic pressures, leading to the hypothesis that they may be nearing a catastrophic ...

Yale School of the Environment scientists find that the common mineral can promote harvests and help fight climate change.

YCNCC SLT member and Yale Chemistry Prof Hailiang Wang won prestigious $2 million Brown Investigator Award from Caltech

Adding lime to agricultural soils can remove CO2 from the atmosphere, rather than cause CO2 emissions, claims new research.

Among the selected organizations are Kairos Carbon, capturing carbon from wet organic wastes, Backwater, working on a new, widely-deployable, geological storage method for CO₂, and Norma, developing n...

Launched on June 4, 2025, at the One Ocean Science Congress in Nice, France, ahead of the United Nations Ocean Conference, this Blue Paper was