We use a biophysical modeling approach to simulate recruitment of red snapper across the entire Southeastern US region, and quantify rates of larval exchange across management jurisdictions.
Using a non-invasive method to consistently identified sex based differences in the length and characteristics of a deep-water snapper (Lutjanidae, Etelinae).
In this study, red snapper otoliths were analyzed for 14C using a novel laser ablation–accelerator mass spectrometry technique to provide a basis for age validation that extends beyond the normal limits of bomb 14C dating.
Five exempted fishing permits (EFPs) were issued to allow limited state management of recreational red
snapper. The EFPs were issued to the Florida Fish and Wildlife Conservation Commission, Alabama
Department of Conservation and Natural Resources,…