Today's Catch
Jan 29, 2013
Credit:Jérôme Petit, Moorea Biocode Project
Cooks Bay in Moorea is one of the places that researchers are scouring in their quest to collect one of every life form big enough to pick up with tweezers. In the background is Mt. Rotui—the Tahitian word for octopus. More about the Island of Moorea can be found in our Scientists catalog life on the Island of Moorea featured story .Read more
Jan 25, 2013
Credit:NHK/NEP/Discovery Channel
In 2012, the long-elusive giant squid was finally filmed live in its natural habitat. The squid was found by placing glowing lures outside of a submersible to mimic jellyfish, which typically indicate to the squid that food is nearby. Before this encounter, the giant squid had never been observed in its natural environment, and the only film had been taken of a squid caught on a hook and brought...Read more
Jan 24, 2013
Credit:Pamela Hallock/University of South Florida
In this photo of a shallow coral reef in the Pacific there are three species of forams . On the left, Peneroplis planatus . In the center, Amphistegina lessonii . And on the right, Laevipeneroplis sp. Their colors come from the symbiotic algae that live inside the foram shells. Just like corals, these forams are subject to bleaching when ocean temperatures get high enough to kill off the colorful...Read more
Jan 23, 2013
Credit:Warshaw Collection of Business Americana, Archives Center, National Museum of American History, Smithsonian
In the 19th century, "whalebone" was an important fashion tool—however, it wasn't made out of bone, but whale baleen . Dried baleen was flexible yet strong, and used to create structure in clothing, such as tight corsets, used by high-fashion women to present a curvy waistline, collars and hooped frames for skirts. Other products that used baleen included umbrella ribs, riding crops, buggy whips...Read more
Jan 22, 2013
Credit:© David Shale
This tiny, shrimplike creature is no more than 2.5 centimeters (1 inch) long, but it’s as ferocious as a shark. Its giant eyes spot prey. Huge claws grab the prey, and a tiny mouth rips it to shreds. The prey never sees what’s coming, because Phronima’s transparent body blends into the surrounding water. More about deep ocean exploration can be found in the Deep Ocean Exploration section .Read more
Jan 18, 2013
Credit:Zhifei Zhang et al.Link
For a long time, scientists thought that some small tentacled fossils were early ancestors of jellyfish. But a new study has found that these ancient animals are actually related to an entirely different group of animals : the entoprocts, which are still alive today. The new fossil ( Cotyledion tylodes ) lived during the Cambrian period (around 520 million years ago), along with the ancestors of...Read more
Jan 17, 2013
Credit:Hans Hillewaert
The whitish spots on this fish are individual parasitic trematode worms. Trematodes have complicated life cycles that usually involve multiple hosts -- often starting in a snail and then moving on to other hosts, such as fish, birds, and mammals (including humans). They may have even lived in dinosaurs ! Read more about parasites in marine organisms .Read more
Jan 16, 2013
Credit:New England Aquarium
A close up view of Phoenix and the rough patches of skin known as callosities that are found on all North Atlantic right whales . These callosities are inhabited by small amphipods called whale lice and they can be used to identify an individual right whale much like fingerprints. More about the right whale can be found in our Tale of a Whale featured story .Read more
Jan 15, 2013
Credit:Charles Viggers/Nature’s Best Photography
“Upon returning from the reef after a night dive, I swam toward a bright reflection and came eye-to-eye with this beautiful, curious squid," said Charles Viggers, a Nature's Best photographer. Squids have organs in their skin called chromatophores that reflect light and can change color to help them blend into their surroundings, attract mates—or attract photographers. They may not be as...Read more
Jan 14, 2013
Credit:I. MacDonald, FSU, Arctic Exploration 2002, NOAA
Polar bears have evolved to survive in the Arctic with large, oar-like front paws for better swimming, as well as insulating blubber, and two layers of fur for the frigid temperatures. They rely on pack ice, traveling thousands of miles in a year looking for food (mostly ringed and bearded seals, although they hunt other animals if they come across them). Polar bears are listed as threatened by...Read more
