Radio Program
Our regular Science and the SeaTM radio program presents marine science topics in an engaging two-minute story format. Our script writers gather ideas for the radio program from the University of Texas Marine Science Institute's researchers and from our very popular college class, Introduction to Oceanography, which we teach to hundreds of non-science majors at The University of Texas at Austin every year. Our radio programs are distributed at to commercial and public radio stations across the country.
An evolutionary “missing link” toddled across the chilly landscape of northern Canada at least 20 million years ago. It used its strong limbs and big teeth to devour a duck and a small rodent — its final meal. After it died, it was buried in the sediments at the bottom of a lake. It wasn’t seen again until 2007, when researchers discovered its fossilized skeleton.
Puijila darwini was about three-and-a-half feet long, with a head that resembled a modern-day seal and a body that resembled an otter.
For thousands of years, the people on the coast of what is now northern Peru lived by harvesting the bounty of the Pacific Ocean. They gathered shellfish, and left big piles of shells and other debris on the beach. Those piles helped anchor long, sandy ridges on the beach against the wind and waves, so some of the ridges are still in place today.
Black sea bass has been a popular catch along the East Coast of the United States. Its meat is tasty, and it puts up a bit of a fight, so commercial fleets and recreational anglers alike have gone after it.
The possible link between global warming and stronger Atlantic hurricanes is complicated. It involves changes in water temperatures, wind speeds, and other factors. It may also involve weather conditions over Africa.
For a big creature with big jaws, the megamouth shark keeps an unusually quiet profile. In fact, it wasn’t discovered until 1976, and only about 60 have ever been recorded.
Waves as tall as skyscrapers ripple through the world’s oceans. They don’t come crashing ashore, though, because they travel across the ocean floor, not the surface. In fact, their effect on the surface is almost nil. But their effects on the deep ocean are critical.
Internal ocean waves are made possible by the fact that not all ocean water is the same. Water at the bottom is generally colder and denser than water near the surface.
If manta rays could pick a retirement home, it probably wouldn’t be Florida. Instead, they’d most likely select the islands of Indonesia, between Australia and Asia. In 2014, that country declared all of its waters — more than two million square miles — to be a manta-ray sanctuary. Capturing or killing the giant fish is banned, but swimming with them is encouraged.
Beaches can be fragile. Wind and waves grind away at them, while human development can choke them off. And big storms can wash them away in hours. That leaves a question for the folks in charge of a damaged beach: In strictly economic terms, is it worth the cost to replace it?
One of the creatures of the deep that you might not want to meet face to face is the lancetfish. It’s not all that big — a typical adult is about five or six feet long and weighs maybe 20 pounds. But it has a face that only another lancetfish could love, with big, scary eyes and a wide mouth full of fangs and sharp teeth. And when food is scarce, it turns into a cannibal, devouring its own kind to survive.
The oceans are probably in for some dramatic changes in the coming decades. They’ll get warmer and more acidic, and they may lose some of their oxygen as well – a trifecta that’s likely to be a losing bet for us as well as the oceans.
