New research reveals the importance of winter sea ice in the year-to-year variability of the amount of atmospheric CO2 ...

The global goal of protecting 30 percent of the world’s ocean by 2030 remains paramount to attendees who call for accelerated ...

A new UC Riverside-led study reveals how common small particles produced by nature as well as human activities can transform ...

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

Clues locked into tree rings to reveal major changes in the Amazon’s rainfall cycle - wet seasons are getting wetter and dry ...

Ancient supernovas may have blasted Earth with powerful radiation, causing dramatic changes in our climate, and could do so ...

Scientists found that species cluster in core bioregions and spread outward, likely due to environmental filtering, a pattern ...

The increasing amount of carbon dioxide in our planet's atmosphere has altered the planet's weather patterns and intensified ...

Ecosystem responses to global change are often nonlinear. Ecological thresholds are tipping points beyond which small changes ...

Supernovas happen when giant stars, far larger than our sun, burn through their fuel and collapse under their gravity.

This analysis explores how creativity, knowledge-sharing, and the empowerment of local communities can transform our ...

Bountiful remains of foraminifera reveal how organisms responded to climate disturbances of the past. They can help predict the future, too.