My lab’s interdisciplinary pursuits provide for a multi-faceted understanding of environmental change in the coastal realm. We are ecologists, asking questions that span population, community, ecosystem and evolutionary sub-disciplines. We often use a food web based perspective, exploring top-down (e.g., predation) and bottom-up (e.g., nutrient excretion) mechanisms by which animals affect ecosystem processes. All of our efforts are framed within a broader outreach framework, directly integrating science and education, using approaches such as this website.
Come on over Bakers Bay on Guana to see real run off from the golf course !!!!!
Is it similar in composition to a healthy seagrass bed? Perhaps it is possible to make the best of a bad situation and use sch areas as conch nurseries, given their (conch) population trend and over-exploitation?
Hi Brad,
I think that is an insightful observation/question. The fact is that the golf course treatment is affecting the local nearshore community. Whether that is good or bad is a value statement. It is clearly more productive than other similar areas, so is that a good thing? It is one of the things we are considering with all of our artificial reef work as well.
Craig
Hi Craig,
Has any water quality analysis been done (say as point transects along the coast passing the gulf course, and from coast out to sea) to link the likely fertilization of the gulf course to the pollution? Is the artificial reef work still going on? I helped out one day building a few of those with you and a PhD student a few years back.
I have never done any systematic water quality sampling at Winding Bay. But the artificial reef work is going great. Here are a couple of posts on it….
http://appliedecology.cals.ncsu.edu/absci/2014/12/juvenile-nassau-grouper-everywhere-on-artificial-reefs/
http://appliedecology.cals.ncsu.edu/absci/2014/05/how-to-make-an-artificial-reef-in-a-few-simple-steps/
http://appliedecology.cals.ncsu.edu/absci/2013/03/artificial-reef-videos/