Scientists map microplastics across ocean depths, revealing their deep spread, persistence, and potential climate impact.

A new climate modeling study shows that cooling the planet with particles injected into the upper atmosphere might be easier ...

Engineered tin dioxide nanosensors combined with deep learning enable precise gas classification, improving detection in ...

Scientists previously thought that solar geoengineering—or releasing particles into the atmosphere to reflect solar ...

Scientists are still investigating exactly how plastic additives and microplastics affect our bodies, but they’re worried ...

Watch a Cornell ice hockey game at Lynah Rink and you'll spend three periods looking at—or rather, through—a methacrylate, a ...

Atmospheric CO₂ concentrations are surging, even as emissions level out. Natural carbon sinks are showing signs of faltering ...

As industries seek innovative solutions for carbon capture, scientists have turned to advanced materials that efficiently trap and store carbon dioxide (CO ) from industrial emissions. A recent study ...

Scribner's 670 Electrolysis Workstation is used to develop systems that convert electrical energy into fuels and chemical feedstocks ...

The crushed rock chemically reacts with air and water to transform carbon dioxide molecules into minerals that help fertilize the soil. These kinds of technologies will be necessary, alongside a ...

Currently, removing carbon dioxide directly from the atmosphere is estimated to cost around $600 per metric ton. Occidental’s interest in carbon capture stems from a technique known as enhanced ...

“In order for Mars to be warm enough to host liquid water, there must have been a lot of carbon dioxide in the atmosphere ... every Martian climate model we have run indicates that huge ...