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
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