Meandering ocean currents play an important role in the melting of Antarctic ice shelves, threatening a significant rise in sea levels.
According to a University of Southampton study, despite harsh weather, market forces have maintained reasonable food price stability over the previous 50 years.
Using artificial intelligence, satellite observations, and climate model projections, a team of researchers from Switzerland and Belgium calculate that for every tenth of a degree of increase in global air temperature, an average of nearly 9,000 meteorites disappear from the surface of the ice sheet.
New research suggests that certain deeper areas of the Great Barrier Reef are currently shielded from harmful heatwaves; however, this protective effect is at risk of being compromised if global warming persists.
Recent studies have shown that rising atmospheric CO2 concentrations and consequential warming may compromise the community structure and functioning of the cold tundra ecosystems. However, in addition to uptake carbon, natural vegetation, particularly forests, can physically cool neighboring areas by releasing certain cooling molecules.
While climate change has led to an increase in the abundance of octopuses, heat stress from projected ocean warming could impair their vision and impact the survivability of the species.
Susan Anenberg, director of the GW Climate & Health Institute, and associate professor of environmental and occupational health at the GW Milken Institute School of Public Health. Anenberg's research focuses on the health implications of air pollution and climate change.
The human gut harbors a diverse array of microbes, some of which can cause illness, while others play crucial roles in maintaining gut health.
New research using basic equations has decreased uncertainty about how clouds will influence future climate change.
Anvil clouds. Image number ISS042-E-215303 from the International Space Station. Image Credit: Earth S...
To assess a community's risk of extreme weather, policymakers rely first on global climate models that can be run decades, and even centuries, forward in time, but only at a coarse resolution.
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