Human-induced climate change is causing dangerous and widespread disruption in nature and affecting the lives of billions of people around the world, despite efforts to reduce the risks.

Most people associate clouds with precipitation like rain or snow, but clouds influence many atmospheric processes.

The researchers, from the University of Cambridge, have previously shown that biological catalysts, or enzymes, can produce fuels cleanly using renewable energy sources, but at low efficiency.

Geologists have discovered a link between recent ice mass loss, rapid rock uplift and a gap between tectonic plates that underlie Patagonia.

Newly published research by Rice University environmental engineers suggests flaring of natural gas from oil and gas fields in the United States, primarily in North Dakota and Texas, contributed to dozens of premature deaths in 2019.

A new study explores large-scale relationships between vegetation and climatic characteristics using machine learning. The findings highlight the importance of climatic extremes in shaping the distribution of several major vegetation types.

Scientists have developed a new way to identify and reduce the impact of chemicals and diseases in global aquaculture (fish farming).

A new University of Michigan study has found that higher levels of biodiversity—the enormous variety of life on Earth and the species, traits and evolutionary history they represent—appear to reduce extinction risk in birds.

At the forefront of ocean observatory technologies is the K-Lander – an innovative ocean observatory equipped with many ocean sensors, designed in collaboration between the water column group (WP4) at CAGE led by Bénédicte Ferré and Kongsberg Maritime.

According to an EPFL study, if we take immediate measures to reduce CO2 emissions, we could limit the rise in the temperature of Swiss rivers to 1°C between now and 2090 without drastically affecting their discharge.