... . Pernthaler and co-workers attached small ironbeads to the microorganisms of interest and pulled them out of the deep sea sediment by simply applying a magnet. These microbes are Archaea, which ...
Largely unexplored deep-sea coral reefs, some perhaps hundreds of thousands of years old, ... location or extent of these reefs, composed primarily of the deep coral species Lophelia pertusa, how they form ...
... in the blubber and tissues of whales and other predatory marine mammals as well as in some deep-sea fish. Other investigators had speculated that the pollutants in marine mammals had resulted from ...
... their work will further inspire scientific exploration and broad evolutionary studies in the oceans. "The deep sea and the shallow-water tropics are the most diverse environments in the oceans, but ...
Researchers are proposing to inject carbon dioxide into deep-sea basalt formations to remove it from the atmosphere.
... before we got out here, but the steep terrain of the deep sea is quite a different matter."
The AUV ... design allows the vehicle to descend quickly from the sea surface to the depths (about 3,500 meters ...
... profundorum, a species found in the Atlantic Ocean.
"Little is known about acoustic communication in the deep sea because of the difficulties of observing fish in this habitat. Based on anatomy, ...
... of Delaware researchers will lead an international team to explore deep-sea hydrothermal vents in the Pacific Ocean next month, and middle- and high-school classrooms worldwide are ...
An astounding batch of new deep-sea discoveries, from strange shark behavior to gigantic bacteria.
... -led research team has embarked on an extreme adventure that will find several of its members plunging deep into the sea to study hydrothermal vents on the ocean floor. The team, which will be ...
... coast of Central California, in the inky darkness of the deep sea, a bright orange metal pyramid ... Accelerated Research System (MARS)—the first deep-sea ocean observatory offshore of the continental ...
... built into the fluorescent protein by genetic engineering. "Moreover", they say, "the discovery of photoswitchable cerFP505 from a deep sea animal reveals the lightless depths of the oceans as a new ...
... interpreted by some as the tracks of ancient bilaterians could have instead been made by giant deep-sea protists, like those that can still be found at the seafloor to this day. Protists are a ...
Groove-like tracks on the ocean floor made by giant deep-sea single-celled organisms could lead to new insights into the evolutionary origin of animals, according to biologists.
... unexplored depths, have revealed disturbing declines in sea-life populations and evidence that human impacts ... explore marine life in the Gulf of California's deep-sea reefs and around undersea mountains ...
