By Kevin Zelnio, on  December 11th, 2012 Adaptations, Climate Change, Ecology, New Research, Scientist! California, climate change, Coastal, Ecology, mussel, oyster, Research, Sea Star, starfish, University of California Was just sent these great informative short videos about research being done to understand how climate change affects coastal communities. Coastal organisms live in areas with much day to day variation. There are the changing tides, the amount sun exposure, and also shade from tidal zone seaweeds and rock crevices. This makes coastal animals, like . . . → Read More: California Coastal Climate Change Research
Katleen Robert is a deep sea ecologist and graduate student at University of Victoria who was interviewed for NEPTUNE Canada. Listen to her reasons for becoming an ocean scientist!
I reckon one of the best parts of planning any trip is the book time you spend brushing up on your destination. I loved Diego de Landa’s “Yucatan Before and After the Conquest“, which I read in Mexico last year while doing field work in that spectacular peninsula. So it is that I come to . . . → Read More: Twofer book review from the Amazon (the river, not the website)
By Dr. M, on  April 13th, 2010 Carnivals & Link Love, Ecology, Education, Giant Isopod, New Research, Organisms, Reviews, Scientist!, Seamount American Scientist, bivalve, deep sea, Ecology, evolution, Gastropod, Giant Isopod, Hydrothermal Vent, island rule, isopocalypse, MBARI, Monterey Canyan, National Geographic, NESCent, New Species, Organisms, Seamount, Sigma Xi, Snail, Southern Fried Science, twitter A potential new species of nudibranch (white box) on a bubblegum coral You might have noticed that my posting frequency is down recently. Why? 1. Kevin Z convinced me to start Tweeting. There seems to be an inverse relationship to my writing for DSN and posting Tweets. Previous attempts to integrate our Twitter content into . . . → Read More: What’s New With the Dr. M and the Oceans?
By Dr. M, on  April 5th, 2010 Biology, Ecology, New Research, Organisms, Scientist! bioturbation, canyon, competition, Ecology, Macrofauna, Monterey Canyon, Organisms, ROV, Sediment I am very excited today! My new paper in the journal Ecology will be coming out in April on the regulation of biodiversity in the deep sea. NESCent is issuing a press release (below) written by our very talented, Communications Director Robin Smith. Above is a high-definition Youtube video we put together for the . . . → Read More: When the dinner bell rings for seafloor scavengers, larger animals get first dibs
By Kevin Zelnio, on  October 27th, 2009 New Research, Organisms benthic, Best of Zelnio, Biomass, Community Ecology, deep sea, Ecology, Meiofauna, Mesh, Methodology, RB Editor's Selection, Sampling Design, Sediment, Sieve, Species Diversity The sieve: a marine community ecologist's best friend. Enter the sieve. It is a marine biologists best friend, saving hours of sorting and enabling quantification of fauna. In fact you can get these miracle workers at McMaster-Carr for a mere $40-50. You take good care of these puppies and they will last several graduate student’s . . . → Read More: (Sieve) Size Matters
By Kevin Zelnio, on  July 25th, 2009 Uncategorized active gas seepage, Best of Zelnio, Carbon, Coral, Ecology, energy source, food chains, Gulf of Mexico, Lophelia, methane, Methane Seep, Nitrogen, Provanna, seep, Stable Isotope, sulfur, trophic level This is a tale of cause and effect in the deep sea woven by threads of hypotheses held together by the loom of targeted sampling efforts and multiple lines of evidence. You see, dear readers, once upon a time existed an observation. Hovland (1989) noticed along the Norwegian coastline that carbonate reefs occurred in . . . → Read More: Deep Sea Corals and Methane Seeps
By Dr. M, on  December 28th, 2006 The Basics Carrying Capacity, Disturbance, Ecology, Eddies, ENSO, Equilibrium, Niche Partitioning, Organisms, Oxygen Minimum Zone, Stability-Time Hypothesis, Turbidity Flow The first new 25 Things at Sb! So grab a cup-o-joe and read on! The extremes of the physical deep-sea environment (temperature, pressure, and lack of light, low food) are more than a challenge for deep-sea organisms. Unfortunately, there is one more-disturbance. In ecology, hypotheses for how biodiversity is maintained generally fall into two categories, . . . → Read More: 25 Things You Should Know About the Deep Sea: #14 The Deep Sea Is Not Stable
|
|
Recent Comments