Tropical cyclones (TC) have a serious impact on economy and social life and thus has drawn considerable public concern. 

A team of scientists, including experts from the University of Adelaide, suggest that reliance on modern irrigation technologies as a water-use efficiency strategy is a ‘zombie idea’ – one that persists no matter how much evidence is thrown against it.

Rivers flowing from the Tibetan Plateau and the surrounding high Asian mountains which support one-third of the world’s population have experienced rapid increases in annual water and sediment runoff since the 1990s, and the volume of sediment washed downstream could more than double by 2050 under the worst-case scenario, a team of scientists has found.

It takes about 8500 years for a grain of sand from the Andes to be washed across the Argentine lowlands into the Río Paraná.

In a dry year in the West, when the world turns crispy and cracked, rivers and streams with their green, lush banks become a lifesaving yet limited resource.

New Cornell research shows how to make offshore wind farms more efficient in the face of impending rapid expansion – crucial information as the U.S. Department of the Interior affirmed White House plans to lease federal waters for several giant arrays of wind turbines along the waters of the East Coast.

Researchers have found the two-year heatwave known as ‘the Blob’ may have temporarily dampened the Pacific’s ‘biological pump,’ which shuttles carbon from the surface ocean to the deep sea where it can be stored for millennia.

The framework supports NOAA Fisheries’ commitment to using the best available science to maintain the health of protected resources, habitats, and managed fisheries throughout the lifecycle of offshore wind energy projects.

A Texas A&M AgriLife study used artificial intelligence to project the genetic profile to which cultivars will need to adapt.

When algae go wild, bad things can happen, especially when those algae produce toxic substances. The ripple effects can be potent and long-lasting.