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Tides and Inflows in the Mangroves of the Everglades (TIME)


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The Southern Inland and Coastal System Project of the USGS South Florida Ecosystem Program

Symposium Papers

The Third International Symposium on Ecohydraulics, sponsored by the International Association for Hydraulic Research (IAHR), was held in Salt Lake City, UT, on July 12-16, 1999. The purpose of the conference was to exploit strategies for sampling, characterization and modeling of aquatic ecosystems in applied multi-disciplinary assessment frameworks. Below are links to papers presented at the conference by USGS researchers contributing to the Southern Inland and Coastal Systems (SICS) model development effort within the USGS South Florida Ecosystem Program. Available papers and abstracts are listed below.

Note: You will need the free Adobe Acrobat Reader in order to view these files.

SICS Vegetation Classification

A vegetation-classification scheme has been developed specifically to serve as the basis for quantifying hydrologic processes in the SICS model. Vegetation classes need to be defined in order to evaluate frictional-resistance, wind-stress, and evapotranspiration effects within the SICS model domain. Twenty land-cover classes, derived from 1997 Landsat Thematic Mapper imagery, were subsequently combined into seven vegetation classes and one water class using field information on vegetative composition and structure as well as extensive ground-truth observations in order to develop the vegetative map. The seven vegetation classes are: sawgrass, sawgrass/bunchgrass, sawgrass/rush, rush/other, evergreen, mangrove/Buttonwood, and mangrove/water. These vegetation classes are currently serving as the basis for quantifying hydrologic processes within the SICS model; however, they are being further analyzed and refined, as needed, using more recent Landsat imagery and ground-truth data. Other remote sensing data and image analysis techniques are also under investigation to further delineate vegetation characteristics for improving hydrologic process correlation. These correlation analyses are contributing to the ongoing extension of the SICS model to a model domain fully encompassing Tides and Inflows in the Mangroves of the Everglades (TIME).  The classification techniques and approach used to develop this vegetation map are described in the paper, "Classification of Vegetation for Surface-Water Flow Models in Taylor Slough, Everglades National Park", by Carter, et. al. (above).  Below is a copy of the vegetation map and an exported ARC/INFO grid.  They both contain 30 meter cells in the UTM, Zone 17 map projection in the NAD83 datum.

SICS Vegetation Map

Key
  • Red - Sawgrass
  • Dark Blue - Sawgrass/Bunchgrass
  • Brown - Sawgrass/Rush
  • Yellow - Rush/(other)
  • Purple - Evergreen
  • Blue-green - Mangrove/Water
  • Green - Mangrove/Buttonwood
  • Cyan - Open water
View an enlarged version of this image (a high-resolution image is also available).

ARC/INFO grid

Right click here for the exported ARC/INFO grid.

Georeferenced SICS Vegetation Grids

30 meter cells in UTM, Zone 17, NAD83 datum

Download a .tfw file and a .tif format image for georeferencing:

Georeferencing .tfw file

Georeferenced TIFF image of vegetation map


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Last updated: January 30, 2014 10:11 AM(TJE)