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 Home | Tampa Bay Study | Reports | Wetlands Characterization: Tampa Bay Study
Introduction | Approach | Results/Discussion | Summary | Links | Contributing Scientists

U.S. Department of the Interior
U.S. Geological Survey
Open-File Report 01-390    [View PDF]

View other reports in the 2001
Tampa Bay Pilot Study Series:
1-2-3-4-5-6-7-8-9
View other reports pertaining to Ecosystem Function & Structure
Ecosystem Structure
& Function

Task Leader: Carole McIvor
Co-author: Ellen Raabe

Tampa Bay Integrated Science Pilot Study:

Wetlands Characterization

Links to other Tampa Bay Research

The relative contributions of tidal exchange, groundwater and rainfall will be linked to fluctuations in salinity, water levels in the wetlands and ponds, and wetland elevation. These factors are critical to fish, wading birds and vegetation communities.

Tracking these factors before and after hydrological restoration will aid in judging restoration success at Terra Ceia, and help refine future restoration plans. At the Alafia River, reductions in freshwater inflow to the bay will be linked to the apparent conversion of salt marsh to mangrove wetlands. Baywide, these two wetland types will be evaluated as contrasting habitat for estuarine fish.

Analysis of recent historic change in the wetlands will be linked to pre-history (core analysis) and alterations to fresh water discharge, bathymetry, and sea level fluctuations.

Urbanization modeling efforts will be combined with information on wetland distribution to develop predictive models of future wetlands change.

Introduction | Approach | Results/Discussion | Summary | Links | Contributing Scientists

U.S. Department of the Interior, U.S. Geological Survey, Gulf of Mexico Integrated Science
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