Deepstaria Enigmatica, undulating, pulsating, mysterious. It fits in with the crazy-looking ones and is newly discovered. Not yet depicted in this fantastic Japanese illustrated gallery, Creatures of the Deep. [more inside]
Listening to the Deep-Ocean Environment allows you to access ambient ocean noise feeds from around the globe. [via] [more inside]
CreatureCast is a collaborative blog and podcast from evolutionary biologist Casey Dunn, who uses it as a teaching tool at the Dunn Lab at Brown University. The Lab investigates ways in which evolution has produced a diversity of life, and the blog includes neat, invertebrate zoology-related videos that may cover anything from "mating when you're stuck to a rock" to Flying with Squid to Multicellularity to Diving for Jellies. (Via) [more inside]
One of the great things about Google Earth is how extensible it is using KML. You can use it to show off placemarks, build 3D structures, track wildfires or hurricanes, and much more. Google Earth can be used as a scientific visualization platform. OpenEarth is an open source initiative that archives, hosts and disseminates Data, Models and Tools for marine and coastal scientists and engineers. Their KML data visualizations using Google Earth display some of the possibilities. [via] [more inside]
The amazing story of the coelacanth is one of the wonders of the living world that inspires marine biologists such myself. Coelacanths, part of the offshoot lineage of fishes known as "lobed finned ", are very different from typical "ray finned" fishes that you usually think of. Their bizarre lobed fins are thought to be an intermediate step between fish fins and amphibian legs. Scientists had known that these weird fish existed because of fossils for over a century, but we believed that they went extinct 65 million years ago... until a South African fisherman caught one in 1938. [more inside]
Most people have heard about how rising CO2 levels are resulting in a changing global climate. Fewer have heard about the other consequence of rising CO2 levels- when the CO2 is absorbed into the oceans, it disassociates into carbonic acid. This alters the pH of our world's oceans, and it's called "Ocean Acidification". This changing ocean chemistry has many important and devastating consequences. [more inside]
By popular demand, your new resident marine biology nerd has compiled some cool information about the Giant Pacific Octopus.The Giant Pacific Octopus (Octopus dofleini) is one of the strangest animals in the sea- and one of the smartest. Though it is commonly believed that vertebrates are always "smarter" than invertebrates, these guys defy that convention. As this video shows, they are able to easily open jars and retrieve food from inside. They are also, as the "Giant" implies, enormous- the biggest one on record was 30 feet across (according to National Geographic) [more inside]
The ocean gives us life. It gives us oxygen, the rain, food, excitement, wonder, and mystery. The ocean buffers the weather and helps regulate global temperature. It manages vast amounts of our pollutants, contains all kinds of amazing creatures, and supports all life on our planet. But, the ocean is just now beginning to be understood and with that understanding comes the increasing realization that the ocean is in trouble. Marine conservation efforts are outnumbered by the problems. MarineBio is here to call attention to those issues and to provide information to inspire the actions necessary to address them.