Oceanographers used data from a pan-Arctic survey of carbon and trace elements to better understand how climate change will affect ecosystems in one of the fastest-warming regions of the world.
The new Texas-specific analysis fills a major data gap for policymakers and business leaders — and shows coming climate change impacts, says Texas A&M professor and state climatologist.
Because Earth’s poles hold massive amounts of ice, recent high temperatures in Antarctica are indicative of a trend of global concern and a changing Antarctic region, according to experts.
Texas A&M Geography’s Tyler Fricker recently published research providing insights into where tornado casualty rates are highest and how to improve casualty prediction models.
Deepwater plumes in the Pacific Ocean can carry iron particles 2,500 miles. (Shutterstock) By Keith Randall, Texas A&M Marketing and Communications Iron particles coming from hydrothermal vents along volcanic mountain ridges deep in the ocean persist for more than 2,500 miles across the Pacific, according to a study led…
The new digital database will provide the university with a better understanding of the network’s capabilities and weaknesses. By Andrew Vernon, Texas A&M College of Geosciences Texas A&M University’s flagship campus is one of the largest in the nation, at over 5,200 acres. So, when it comes to the…