By Dr Bik, on  January 4th, 2013 Expeditions, New Research, Organisms Antarctica, biogeography, Genetics, genomics, invertebrates, Organisms, scientific cruise, scientific expedition, Species Diversity Genomics, Biodiversity, and Antarctica – three of my favourite things! For all you expedition junkies, these three things are exactly the focus of the 2013 “Ivy Inverts” cruise. My Gulf oil spill collaborator at Auburn University, Ken Halanych (along with an international team of students and colleagues), is currently steaming towards Antarctica aboard the Research . . . → Read More: “Icy Inverts” 2013 Cruise – Scientific Adventures in Antarctic Waters
I am really loving the new paper by O’Hara et al. The gist is we typically think of the different oceans having unique sets of deep-sea organisms. A Pacific set of animals, an Atlantic set, an Indian set and so on. But O’Hara and colleagues show instead that brittle stars are differentiated along broad . . . → Read More: Deep-Sea Creatures Play in the Same Band
By Kevin Zelnio, on  April 20th, 2010 Ecology, New Research, Seamount biogeography, Biome, Blue Marble, Mountains in the Sea, NOAA, oceanography, Peter Etnoyer, Seamount Peter Etnoyer is a deep sea coral habitat specialist with NOAA’s National Center for Coastal Ocean Science (NCCOS) in Charleston, SC. He returns to Deep Sea News to deliver this important report on an exciting new development in deep sea science. The journal Oceanography published a new full-color thematic issue online, devoted to understanding seamounts, . . . → Read More: Guest Post: The Largest Habitats on Earth
By Dr. M, on  October 5th, 2009 Adaptations, Biology, Cephalopods, Conservation & Environment, Coral, Environmental Sciences, Geology, Organisms, Paleobiology anoxic, Antarctica, biogeography, bivalve, Cenozoic, circulation, climate chagne, Coral, Cretaceous, deep sea, density, echinoderms, echinoids, Eocene, evolution, extinction, foram, Gastropod, global thermohaline circulation, hypoxia, isopod, Miocene, oceanography, octopod, Oligocene, origination, oxygen, Paleobiology, Paleocene, Salinity, Temperature, Triassic If you would understand anything, observe its beginning and its development. –Aristotle To understand the biogeography of the modern deep sea, we must examine the history of the ocean floor and the establishment of deep-sea fauna. The paleoceanography of the deep-sea is an account of intense fluctuations in temperature, oxygen, and circulation. In the past . . . → Read More: The Origins of Deep-Sea Fauna
By Dr. M, on  September 22nd, 2009 Conservation & Environment, Environmental Sciences, Geology, New Research, Organisms, Paleobiology, Scientist!, Seamount, Seeps, Vent, & Whale Falls abyss, biogeography, canyon, deep sea, geography, landscape diversity, Mosely, Organisms, range size, Seamount, seeps, Trench, vents, volcanic “There is absolutely nothing to restrict the geographical ranges of animals in the deep sea. Dr. Wallich, the pioneer of deep-sea research, eighteen years ago recognized the deep homothermal sea “As the great highway for animal migration, extending pole to pole” Below 500 fathoms it is everywhere dark and cold, and there are no ridges . . . → Read More: Biogeography of the Deep Sea
By Dr. M, on  April 10th, 2009 Education, New Research, Open Access, Reviews, Scientist! aquatic science, biogeography, journal, marine science, ocean, Open Access, plos, plos one, population genetics, Science I was extremely flattered a year ago to be invited to join the academic editors at PLoS One. In that time I worked diligently to develop a Marine and Aquatic Science hub at the journal. I have accumulated what I consider to be an experienced team of academic editors who are both committed to . . . → Read More: Marine and Aquatic Science at PLoS One
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