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.



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Aquaculture in NC: Designed Ecosystems

Lest you think aquaculture is like your childhood fish tank on a larger scale, let me remind you of the plecostomus in that tank. You know, the thing that sat stuck to the back of the tank behind the plant so that the family could never quite find it. Yet somehow, despite the fact that you could swear it never moved and could have been a stone decoration rather than an organism, this little helper kept every surface of that tank sparkly clean. Algae-free glass, gravel, and plants. But what if you have large, outdoor ponds and each mouth to feed costs you money if it doesn’t eventually end up as dinner?

This is exactly when you have to stop thinking of these operations as just a tank of fish. They are nestled in the surrounding ecosystem, full of naturally occuring algae – some good and some bad. For eastern North Carolina, both the wind and the tide might carry in some future algae blooms to your tanks, which are well-stocked with nutrient-rich fish poop to feed it. Instead, as NC Aquaculture Conference speaker DE Brune puts it, you have to think of your tanks and ponds as “designed ecosystems”.

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