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.

Texas A&M researchers have shown that a coagulation method using electricity instead of chemicals is effective at removing and inactivating nonenveloped viruses from untreated water.

New data curated by scientists at The University of Manchester has found that the main culprit for aviation emissions across the connected continent of Europe is countless short journey flights.

Physicists Stefanie Ypma and Erik van Sebille are developing an app that tells park rangers on the Galapagos Islands where they can clean up plastic every day.

A new tool finds hidden connections across industrial sectors and identifies opportunities to reduce waste and lower carbon emissions by mapping the physical economy for a region.

A Texas A&M team has developed a concept that could decrease the cost and time it takes to install offshore wind turbines.

The research showed that a remote sensing method known as LiDAR could track damage progression on structures as the waves and storm surges increased in intensity.

UC Santa Barbara experts weigh in on the effects of offshore wind energy

Study finds low-rise, high-density urban environments are optimal for reducing GHG emissions.

Texas A&M research into corrosion-resistant materials could help engineers construct safer structures in the future.