Andrew is a post-doctoral researcher in North Carolina focused on population and conservation genetics in hydrothermal vent communities.



David is a graduate student in Florida. He studies the ecology and conservation of sharks.




Amy is a graduate student in North Carolina studying local ecological knowledge within small scale fisheries.



Chuck is a graduate student in North Carolina focusing on apex predators and how they interact with fisheries.




Lyndell is a graduate student in North Carolina, studying the feeding ecology of cownose rays.




Iris is a graduate student in Washington studying habitat use and feeding habits of juvenile Pacific salmon and herring in Puget Sound.



Michael is a graduate student in Maryland investigating the visual systems of mantis shrimp.



Archives

Nothing to plunder – the evolution of Somalia’s pirate nation

The droughts that shook the east African nations in the mid-1970′s and again in the 1980′s decimated the traditional nomadic clans of Somalia, leaving them without live stock to feed their families. Tens of thousands of the dispossessed, primarily of the Hawiye clan, were relocated to coastal areas. Fishing communities took root and began to flourish. With over 3000 km of coastline, rich with rock lobster and large pelagic fish, these communities grew, perhaps even thrived. Then, as is often the narrative of African nations, came civil war.

Continue reading Nothing to plunder — the evolution of Somalia’s pirate nation

Weekly dose of TED – Stephen Palumbi: Following the mercury trail

For 2011 we’re going to do a bit more with our Weekly dose of TED series. Instead of just posting a video each week, we’re going to include a short discussion of either the entire talk or a point that could be expanded.

The idea that, when it comes to seafood, we may not know what we are actually eating is a major problem. Beyond the whale/dolphin debate, how many of us can honestly distinguish among all the seafood we eat? I once went into a few local restaurants to surreptitiously test the tuna they served. Some tuna was tuna, some was grouper, some was Nile perch, but all of it looked the same when cooked. In many cases this is not a case of restaurants misleading customers, or even being mislead themselves, but simply a problem with the length of the supply chain. The more intermediates that a piece of fish has to go through to get from the boat to your table, the more chances there are for it to be misidentified. In general, the places serving local fish were far less likely to have something misidentified. The problem is that this really throws a wrench into the principle of supply side conservation if we are unable to honestly choose our seafood.

~Southern Fried Scientist

 

Compact Fluorescent Lights, Energy, and Mercury

We recieved several responses to Dave’s post this week on the bizarre “Save the Light Bulb” movement. A movement that seeks to ban energy efficient compact fluorescent lights (CFL) and return to the old, energy expensive, incandescent bulbs. The primary critique is that CFL’s contain mercury, and thus, any environmental benefit is negated by mercury exposure when the bulbs break or are thrown out.

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Why mercury and PCBs?

A while back I reviewed the many seafood guides and the various ways they rank seafood choices.  They do share one thing in common, however, and that’s the special denotation of certain species as hazardous to human health because of toxin load. Specifically, high levels of mercury and PCBs as found by an Environmental Defense study.

First, kudos to EDF for making their data have immediate impact. Other studies of toxins in fish have sat around for literally decades before becoming part of the mainstream discourse about fisheries. But it does beg the question, what makes mercury and PCBs so important among the myriad toxins  in our oceans and our seafood?

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The Cove, Dolphins, and Mercury

thanks to www.savebay.info

The Cove has recently collected a long list of awards including most notably an Oscar for best documentary.  These well-deserved accolades reward the filmmakers for risky and groundbreaking filming in a highly protected cove in Japan where a dolphin fishery thrives, both to feed the aquarium trade and citizens wishing to enjoy a dolphin dinner.  However, I caution viewers, as with most works of art that rely heavily on scientific information, that you should use the movie as inspiration but turn to the scientific literature for accurate information, especially in terms of mercury concerns within the dolphins. Mercury poisoning is scary, but it is only one amongst a long and growing list of toxicological concern.  Its effects are relatively well-understood and known to be primarily of concern for pregnant women and small children.

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