Real-time shifts in marine ecosystems and species demand “climate-ready” fisheries. 

Marine heatwaves aren’t just on the surface. They can be at their most destructive when they sweep along the seafloor.

At a time of unparalleled rates of biodiversity loss, a new interconnected system to monitor biodiversity around the world is needed to guide action quickly enough to target conservation efforts to where they are most needed.

Rutgers-led study finds that in the years following marine heat waves, effects on fish communities were often minimal.

Coastal wetlands and coral reef islands will struggle to grow fast enough to keep pace with rising sea levels driven by climate change, according to a new study published in Nature.

Research published today in Nature warns that rising seas will devastate coastal habitats.

Rutgers-led study indicates future changes, including a reduction to Earth’s ability to store carbon.

Six years on, a prolonged ocean heat wave known as the Blob has altered the makeup of marine life off the coast of California, new research shows.

A Newcastle University-led study focused on the Pacific Island nation of Palau and has shown that historic increases in the thermal tolerance of coral reefs are possible.

In certain trees, soils can form along branches and can support varied plant and animal life.