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Bass Chair in Fisheries and Aquaculture with UT at Austin, has produced about 140 peer-reviewed publications and currently focuses on studying how a female fish’s diet influences her egg composition, and in turn, how that affects the survival, metabolism and other traits of the developing larvae (babies) that get their first nutrition from the eggs.

Mote scientists have raised and released common snook ( Centropomus undecimalis) in fisheries enhancement studies for decades, using this species as a model to understand how to effectively enhance declining populations of wild sportfishes valuable to the Gulf of Mexico’s economies.įuiman, who holds the Perry R. Fuiman produces the UT podcast and radio program "Science and the Sea," at. You can also download, rate and review "Two Sea Fans" episodes free in the iTunes store or Apple podcast app.

Hear Fuiman discuss his research on Mote's podcast, "Two Sea Fans." Listen here.

Fuiman will also work with Mote’s aquaculture team on research designed to increase survival and evaluate the behavioral and physiological competence of the hatchery-reared snook being used as ecological probes. Charles “Pete” Peterson, to use hatchery-reared snook as ecological probes to investigate the effects of living shorelines on habitat selection and survival of common snook in their nursery habitats in the wild. and Lenore Mote Eminent Scholar Chair in Fisheries Ecology and Enhancement, which Fuiman received as an award from Florida State University (FSU).įuiman will contribute to a Mote project planned with help from a previous Eminent Scholar, Dr.

This collaboration is supported by the William R.

Lee Fuiman, Director of the Fisheries and Mariculture Laboratory at the Marine Science Institute of the University of Texas (UT) at Austin, will spend four of the next six months based at Mote Marine Laboratory in Sarasota, Florida to exchange knowledge related to his focus on larval fish ecology and physiological ecology.