There has been an increased interest in the impact of anthropogenic sound on marine organisms in coastal systems and in aquaculture in recent years. Bivalve hatcheries and nurseries in Florida frequently experience difficulties producing seed. One parameter we have not considered as a potential culprit is sound. Further, adult bivalves are becoming increasingly valued in Florida for their ecosystem services. In laboratory measurements, we have observed that ambient and equipment sounds effect the valve-gaping behavior of bivalves. Little is known about the effects of laboratory and common coastal sounds on behavior, filtration rates, and provision of ecosystem services. This project will support an undergraduate intern, with the overall goal of experimentally examining the effects of anthropogenic sound on the behavior and physiology of important bivalve species at three life stages.
Baker Lab UF
