The Marine Science Institute's monthly column, Science and the SeaTM, is an informative and entertaining article that explains many interesting features of the marine environment and the creatures that live there. Science and the SeaTM articles appear monthly in one of Texas' most widely read fishing magazines, Texas Saltwater Fishing, the Port Aransas South Jetty newspaper, the Flour Bluff News, and the Island Moon newspaper. Our article archive is available also on our website.
It feels like ages ago that the entire country buckled down at home for months, keeping distance from others to avoid catching COVID-19. While those months of self-isolation may have felt unnatural, humans aren’t the only species that uses social distancing to stop a virus from spreading through a population. Take, for example, the Caribbean spiny lobster. These lobsters are normally social, sharing dens because there’s safety in numbers when predators come along.
Scientists discover dozens of new fish every year. Most often the biologists who identify these species are from a handful of wealthier countries that have the resources needed to conduct extensive marine research. Now a gorgeous fish found in the Maldives sets two new precedents: it’s the first to be described by a local Maldivian researcher, and it’s the first organism whose scientific name is derived from the local Dhivehi language.
Every year scientists discover new species in the oceans, and 2021 was no different. In fact, researchers from the California Academy of Sciences alone found a dozen new sea slugs, seven new fish species, five new sea stars, four new sharks, two new sea pens, and a new pygmy pipehorse.
As any parent or teacher knows, a roomful of kids suddenly going silent could mean trouble. As it turns out, coral reefs have their own soundscape, and a quieter reef may also suggest trouble.
Scientists can monitor a reef’s changes by eavesdropping on the sounds made by its inhabitants. This approach provides more information than visually observing the reef or calculating coral coverage, and it tells biologists more about the reef’s health.
More than four decades ago, a seal named Hoover began captivating visitors at Boston’s New England Aquarium. It wasn’t his slick swimming or friendly face drawing visitors to his tank. It was that Hoover, a harbor seal rescued by Maine fishermen as a pup, seemed to call out in a gruff voice, “Come over here!” The first time Hoover seemingly spoke in his deep, Maine-accented voice in 1978, museum workers wondered if it was a fluke.
The human body relies on sunlight to synchronize its internal clock. Light controls the release of hormones that tell our bodies whether it’s time to be alert or time to sleep—despite most of us needing an alarm clock to wake up. Most other animals, even those that are nocturnal, use sunlight to maintain their internal clocks as well.
When most people hear “shark,” they picture a large, sleek-bodied predator slicing through the open water, perhaps with the triangle of its dorsal fin poking through the surface as a warning. But there are more than 1,000 species of sharks of all shapes and sizes—including some small sharks that are adapted to living in very shallow water.
Perhaps you’ve heard of animals that can regrow lost body parts, like sea stars growing new arms or lizards regrowing tails. Now scientists have learned of sea slugs that can regenerate an entire body from just a head. And that’s just one of the unique features of these slugs.
In storybook tales of old, sailors feared the Sargasso Sea as a mythically cursed region where the mightiest ships mysteriously vanished. Those stories, of course, are pure fantasy. This legendary sea doesn’t actually harbor a graveyard of doomed ships. But scientists have recently learned of an even greater treasure hidden below its famously calm blue waters—one that provides clues to an entirely different mystery.
Many microbes perform a key function in the cycle of life: breaking down dead and decaying organisms. But this important process often releases methane, a greenhouse gas that traps heat in the atmosphere 25 times more effectively than carbon dioxide. Now, however, a team of researchers from The University of Texas at Austin’s Marine Science Institute, working with scientists in China and The University of California at Berkeley, have discovered a new group of microbes that break down organic matter without producing methane.
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