About the Coastal Watershed Institute
The Coastal Watershed Institute
was created in recognition of the FGCU's unique service area,
encompassing all or portions of the following watersheds:
Charlotte Harbor including the Peace and Myakka Rivers, the
Caloosahatchee River and Lake Okeechobee, Estero Bay, Corkscrew
Swamp, Naples Bay, Rookery Bay, the Ten Thousand Islands,
and the Florida Everglades and Big Cypress Swamp. Southwest
Florida
is characterized by diverse and sensitive aquatic habitats
as well as by the environmental pressures that accompany rapid
population growth. The Institute was therefore established
to focus resources on the those areas where terrestrial, freshwater,
and marine environments meet - coastal watersheds - for it
is these systems that must be addressed in order to manage
successfully the complex environmental issues facing Southwest
Florida.
The Institute is home to FGCU's
Marine Science undergraduate program and also sponsors Environmental
Science graduate students interested in marine and coastal
watershed science. Both of these academic programs provide
students with the technical training they will need for an
increasingly competitive job market, and both require students
to become actively involved in research as part of their educational
experience.
In just nine years, Florida Gulf
Coast University has made great strides in the fields of watershed
study. FGCU has attracted external funding for both research
and education and has received national recognition for implementing
innovative teaching strategies. These efforts have resulted
in the awarding of over $8 million in support of coastal watershed
research and education in Florida. Institute faculty currently
conduct research on the use of oysters and oyster-reef communities
as indicators of ecosystem health and on the influence of
changes in freshwater inflow on estuaries downstream. FGCU
has also taken a leadership role in restoration coordination
in Southwest Florida through its involvement with the Greater
Everglades Ecosystem Restoration.
|