Before you watch the videos below I urge you to head over to Highly Allochthonous. Chris Rowan has two excellent posts explaining the geology behind the earthquake, tsunami and aftershocks of the Sendai earthquake. I also liked the Georneys and AGU Blogosphere posts (hat tip to Chris for pointing me in their direction). You also . . . → Read More: Tsunami Video Roundup
By Dr. M, on  March 16th, 2011 Conservation & Environment, Environmental Sciences, Geology, Industry & Government, Mining, Organisms, Scientist!, Seeps, Vent, & Whale Falls Cindy Lee Van Dover, deep sea, Hydrothermal Vent, mineral, mining, Nautilus In an interview with Yale Environment 360, Van Dover compared the deep sea to America’s Wild West and cautioned that wildlife losses could be similar if mining companies and the International Seabed Authority — the regulatory agency in charge of the ocean’s mineral resources — fail to establish environmentally sound mining practices before deep-sea exploitation . . . → Read More: Deep-Sea Mining is Coming
Last summer, I had the unbelievable opportunity to dive Silfra in Iceland. That was made possible by the wonderful dive master, Alfi Ramsay, and Dive.IS for logistical support. He made the dives extremely smooth and left me with a great deal of knowledge including his four rules of scuba diving. Look good If you make . . . → Read More: Diving Iceland
By Dr. M, on  February 24th, 2011 Cephalopods, Environmental Sciences, Evolution, Geology, Natural Disaster, New Research, Organisms, Paleobiology ammonoid, anoxia, Cambrian explosion, coal fly ash, extintion, flood basalt, mass extinction, Organisms, Paleobiology, Permian, Siberian Trap An occasional series where we briefly report 3 new studies and tell you why they are cool! Heightened biodiversity may make an ecosystem more stabile and robust. One of the reasons for this is that high biodiversity may create redundant species, i.e. species that serve a similar ecological role in the ecosystem. A loss of . . . → Read More: Tide Pool: Cephalopods, Ash, and Sulphur Are to Blame
By Dr. M, on  February 2nd, 2011 Environmental Sciences, Geology, New Research, New Species, Organisms, Seeps, Vent, & Whale Falls, Uncategorized methane, Methane Seep, mud volcano, Organisms via “Gooey” New Mud Volcano Erupts From Arabian Sea There’s a new island in the azure waters off Pakistan, but you might want to hold off on vacation planning: The tiny dot is a mud volcano that will likely disappear before it sees 1,001 Arabian nights. Pakistani fishers reported the new mud volcano in . . . → Read More: “Gooey” New Mud Volcano Erupts From Arabian Sea
By Archie Teuthis, on  January 15th, 2011 Adaptations, Biology, Conservation & Environment, Ecology, Environmental Sciences, Evolution, Geology, Organisms, Paleobiology, Scientist! Carbon, diatom, frustules, phytoplankton, Scientist In Residence Dear Diatoms, You are pretty, and I like you. Haeckel liked you too, so did Gaudi. Obviously, they appreciated the little things in life. While you still make appearances now and again in modern life, let’s face it: being microscopic and aquatic, recognition is an up-current battle, and you can’t swim. Perhaps obscurity suits you? . . . → Read More: Scientist In Residence: Danny Richter on the To Humble Diatom
By Dr. M, on  December 15th, 2010 Environmental Sciences, Geology, New Research, Seeps, Vent, & Whale Falls Carbon, carbon cycling, carbon sequestration, Geology, Hydrothermal Vent, magma, ridge, sill, Spreading Center, volcanism I’m a contrarian. Majority consensus makes me shudder. I just like rooting for underdogs*. Those undersea ridges at the boundaries of tectonic plates, spewing molten magma to form new crust are o’ so popular these days. Spreading plate boundaries…meh. What I do like is new research basically stating, and I am paraphrasing here, that spreading . . . → Read More: I Like Sills But Not A Fan Of The Popular Or My Friend’s Ex
By Dr. M, on  November 21st, 2010 Environmental Sciences, Evolution, Geology, Microbes, New Research, New Species, Uncategorized baslt, biosphere, crust, DNA, Geology, massif, microbial, North Atlantic, ridge Map of the Altantis Massif showing the locations of the Integrated Ocean Drilling Program Expeditions 304 and 305, Hole 1309D (yellow circle) and the Lost City Hydrothermal Field (green circle). From Mason et al. 2010 A flurry of new research is redefining our views on where life resides on Earth. The biosphere is the zone . . . → Read More: Finding Life Where the Sun Don’t Shine
My labmate came across this compelling illustration today searching Google Images for seafloor spreading illustrations. Click on image for the original.
By Dr. M, on  July 7th, 2010 Conservation & Environment, Environmental Sciences, Geology, Microbes, New Research Arctic, carbon cycle, climate change, global warming, methane, methane hydrates, Microbes, Sediment That’s pretty much the message of new study in Geophysical Research Letters. Large deposits of methane hydrates, i.e. methane ice, occur naturally in the seafloor sediments of the Arctic continental shelf between 300-600 meters. This is dominate reservoir for methane due to the large area and extremely low temperatures. The continued and predicted warming of . . . → Read More: Ocean Warming Melts Methane Hydrates Which Screws Us All
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