By Dr Bik, on  June 14th, 2011 Climate Change, Conservation & Environment, Microbes, Organisms, Uncategorized Bacteria, climate change, human impact, jellyfish, Microbes Mufasa was right. We’re all intertwined. Whether we humans like to admit it or not, every action by a living organism on Earth has repercussions. (And yes, you can lump in viruses and prions because I’m not getting into a philosophical debate about what constitutes ‘living’). Run, Harry! You don't want to catch Irukandji syndrome!!! . . . → Read More: The Circle of Life (and how Jellyfish screw it up)
By Dr Bik, on  May 14th, 2011 Microbes, New Research, Seeps, Vent, & Whale Falls 16S, archaea, Bacteria, DNA, high-throughput sequencing, hydrotermal vent, Lost City, Microbes, rRNA I recently reported on the awesomeness of high-throughput sequencing technologies, and commented on their huge potential for transforming the way biologists do business. (Seriously, people, its going to be like the renaissance of 21st century science – you heard it here first!) As a follow up to my previous post, I wanted to highlight this . . . → Read More: Predicting Microbial Communities in the Deep-sea
As part of the Expedition 327 of the Integrated Ocean Drilling Program aboard the ocean drilling vessel JOIDES Resolution, Adopt a Microbe is unleashed! From the website… The project in a nutshell: Adopt a microbe from the deep biosphere. Get to know your microbe through exciting weekly activities. Submit your weekly projects online to qualify . . . → Read More: Adopt a Microbe From the Deep
By Dr. M, on  June 8th, 2009 Conservation & Environment, Microbes, New Research, Organisms Bacteria, bioremediation, heavy metal bioremediation, manganese, toxic metal manganese, zinc New research out in Microbiology reports on a strain of the bacteria Brachybacterium (Mn32) that can remove toxic metal manganese from solution by oxidizing in into a manganese oxide. This oxide then can absorb zinc and nickle ions three to four more times efficiently than that manganese oxide produced chemically. The next step is to . . . → Read More: Metal Taste Goood…Nom, Nom, Nom
By Kevin Zelnio, on  March 28th, 2007 Adaptations Alviniconcha, Back-Arc Basin, Bacteria, Best of Zelnio, Biofilm, Chemoautotrophy, Gastropoda, Hemocyanin, Hydrothermal Vent, Mixotrophy, Mollusca, Proteobacteria, Provanna, Provannidae, Snail, Thermo-Chemico Tolerance Alviniconcha hessleri (Mollusca: Mesogastropoda: Provannidae) When you think of hydrothermal vents, what comes to mind first? Is it the gushing black smoke out of a chimney? Perhaps you envision the enormous tubeworms with their red velvety plumes sticking out of their white tubes. Some may even be familiar with the dense swarms of blind . . . → Read More: From The Desk of Zelnio: Alviniconcha hessleri
I personally love doing this series because it allows me to explore and solidify a variety of ideas I mull over on daily basis. Previously in this series I have discussed the difficulty of sampling, the variety of habitats, linkages to the oceans surface, body size, conservation, undiscovered species, biodiversity, unexplored regions, the large spatial . . . → Read More: ARCHIVE: 25 Things You Should Know About the Deep Sea: #11 A Variety of Organisms Inhabit the Deep
In the first wave attack ordered by the Squid Overlords, deep-sea microbes will invade the air. As you already know the second wave attack will be flesh eating sponges. Image from Octopus Pulp
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