Being a marine scientist entails coping with extremes, from scuba diving deep in the ocean to interacting with living organisms that are among the planet's most mysterious creatures. Nonetheless, Hurricane Harvey was a whole new extreme for The University of Texas's Marine Science Institute.
When Texas' worst drought on record hit the state between 2011 and 2015, it did more than dry up rivers and lakes. It changed the chemical composition of fish eggs, which revealed bigger changes to the marine life in Aransas Bay.
For more than 20 years, conservationists have been working to protect one of the most recognizable reef fish in the Caribbean, the endangered and iconic Nassau grouper, and thanks to those efforts, populations of this critical reef fish have stabilized in some areas. But in a new paper, published in the journal Diversity and Distributions, marine scientists said climate change might severely hinder those efforts by the end of this century.
The Gulf Research Program of the National Academies of Sciences, Engineering, and Medicine today announced that two marine scientists from the University of Texas at Austin Marine Science Institute (UTMSI) would receive grants totaling nearly $100,000 to assist in the recovery of scientific research efforts in the wake of Hurricane Harvey.
A proposed project to rebuild the Marine Science Institute, which was damaged in Hurricane Harvey, was approved Monday by the University of Texas System Board of Regents. The project will help the institute come back into full operation, according to Marine Science Institute leadership, and it will pay for replacing roofs and mechanical systems, supporting interior and exterior restoration of numerous buildings damaged in the storm, rebuilding a research pier that was destroyed by a drilling ship in the aftermath of the storm and replacing student housing.
It's been six months since Hurricane Harvey slammed into the Texas coast and the students, faculty and staff of the University of Texas Marine Science Institute (UTMSI) in Port Aransas are still working to pick up the pieces of their lives and get their work back on track.
The Winter Olympics — a fantastic competition that tests the limits of human performance in a variety of sports — bears a close resemblance to some events underway on the Texas Gulf Coast where, at the University of Texas Marine Science Institute, researchers are testing the limits of fish. They may not win a gold medal, but the scores in these games can reveal which fish are most likely to succeed in the game of life.
A consortium led by The University of Texas at Austin Marine Science Institute (UTMSI) is receiving $4.5 million in the third multi-million-dollar grant since 2012 supporting research on the impact of oil spills and dispersants on the Gulf of Mexico. Coming less than a month after Hurricane Harvey caused significant damage on the UTMSI campus, the announcement was made by the Gulf of Mexico Research Initiative, a $500 million research program funded by British Petroleum in the wake of the Deep Water Horizon oil spill.
The message below is an update from University of Texas at Austin Marine Science Institute Director and Marine Science Department Chair Dr. Robert Dickey.
PORT ARANSAS, Texas — Dozens of displaced researchers, students and staff members from The University of Texas at Austin's Marine Science Institute (UTMSI) will spend the coming weeks at Texas A&M-Corpus Christi's Harte Research Institute, allowing research and educational activities to continue.
On her way to the library, part-time marine science student Mary Abell stumbled upon the bustle of arrangements being made for a Marine Science Advisory Council meeting. At that time, little did she know that she and her husband, Joe would go on to have a lasting connection to The University of Texas Marine Science Institute (UTMSI) which would become as strong and lasting as the granite jetties that border the Institute.
Just as one too many cocktails can lead a person to make bad choices, a few drops of oil can cause coral reef fish to make poor decisions, according to a paper published today in Nature Ecology & Evolution. A team of fisheries biologists led by Jacob Johansen and Andrew Esbaugh of The University of Texas Marine Science Institute have discovered that oil impacts the higher-order thinking of coral reef fish in a way that could prove dangerous for them—and for the coral reefs where they make their home.
About a third of the world's fish stocks are being overfished, meaning they're being harvested faster than they can reproduce, and species that spawn seasonally in large groups are especially vulnerable, easy for fishers to locate and plucked from the water often before they've seeded the next generation.
Gulf Corvina look pretty ordinary—they're a couple of feet long and silvery. Yet the sounds they make—when millions get together to spawn—are a kind of wonder of the natural world. It's also why they are in danger.
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