Rutgers University marine scientists are using New Jersey-developed tools to measure how iron shortages in Southern Ocean ...

This desert plant rewired photosynthesis to thrive at 120°F. Its hot secret could help our essential crops survive climate ...

Doesn’t it feel otherworldly out here?” says Colleen Durkin from the lower deck of the Rachel Carson as it glides out from ...

Turning carbon dioxide into usable fuel with nothing more than sunlight has long sounded like science fiction. A wave of ...

The world’s oceans are becoming dangerously acidic. A controversial proposal would raise the pH — by mixing chemicals into ...

Molecular biosciences Prof. Heather Pinkett has been the only Black faculty member in her department for the past 12 years.

Dr Chris Whitewoods, a specialist in leaf development, returns to the John Innes Centre as a tenure track group leader in ...

Climate change has many culprits, from agriculture to transportation to energy production. Now, add another: the deep ocean ...

Fields of wheat, rice and corn might feel far from climate negotiations, yet they hold surprising power over the planet’s ...

UIUC's platform, christened Stomata In-Sight, combines laser scanning confocal microscopy, gas exchange instruments and machine-learning image analysis, to simultaneously observe anatomical ...

New research explores how microbes could turn Martian soil into building material and support life systems, offering a potential path for constructing human habitats on Mars using local resources ...

Rutgers scientists uncover evidence that deep-sea salinity helped lock away carbon dioxide levels during the last ice ...