2) To reconstruct episodic/catastrophic meteorological events and local weeather regimes which critically affect the South Florida ecosystem.
3) To provide rainfall estimates of the entire Florida Bay area using Doppler weather radar so that the freshwater input via precipitation may be identified.
4) To describe and quantify the interaction and exchange of Florida Bay waters with the connecting coastal waters of the Gulf of Mexico and with the Atlantic Ocean through the tidal passses between the Florida Keys.
5) To determine the effects that seasonal temperature and salinity cycles have on zooplankton
and micro-zooplankton abundance and grazing consumption.
Sediment Record
Episodic Meteorological Events
Monitoring Rainfall Events
Circulation and Exchange
The Trophodynamic Roles of
Zooplankton
Sediment Record:
Terry Nelsen - NOAA/AOML/OCD Michelle Zetwo Jonathan KlayCollaborating Scientists: Patricia Blackwelder - RSMAS/MGG Terri Hood Jose Leal Carlos Alverez-Zarikian Harold Wanless - University of Miami John Trefry - FIT Simone Metz Lenore Tedesco - IUPUI Peter Swart - RSMAS/MGG
Meteorological Events:
Craig Mattocks - NOAA/AOML/CIMAS Mark Powell - NOAA/AOML/HRD Sam Houston - NOAA/AOML/HRDCollaborating Scientists: Mark DeMaria - NWS/National Hurricane Center
Monitoring Rainfall:
Paul Willis - NOAA/AOML/CIMAS Frank Marks - NOAA/AOML/HRDCollaborating Scientists: David Atlas - Atlas Concepts Dean Churchill - RSMAS/MPO
Circulation and Exchange:
Elizabeth Johns - NOAA/AOML/PHOD Doug Wilson - NOAA/AOML/PHODCollaborating Scientists: Thomas Lee - RSMAS/MPO
Zooplankton:
Peter Ortner - NOAA/AOML/OCDCollaborating Scientists: Michael Dagg - Louisiana University Marine Consortium