Environmental Engineering Reference
In-Depth Information
Fig. 21.5 Applied model types within the ATLSS project, following DeAngelis et al. (1998)
linked to the hydrologic regime and to other abiotic factors, and to provide a
predictive tool for both scientific research and ecosystem management. The distribu-
tion, volume, and timing of water flow influences the energy and material transfers
among ecological components within and across the trophic levels of these systems.
The ATLSS integrated models mechanistically simulate the causal relationships
between hydrology and the biotic components of the Everglades/Big Cypress region.
The ATLSS Program has produced model output used in evaluations conducted
by DOI agencies (USFWS, NPS) of Everglades restoration scenarios proposed
under the Central and South Florida Project Comprehensive Review Study
(Restudy). Starting in the autumn of 1997, a set of simulations was produced
each month or less and disseminated both in hard copies and on the web to agencies
engaged in the evaluations of the Restudy plans. This output was used in making the
final decision on a restoration plan, and at the same time was used in a scientific
publication (DeAngelis et al. 1998).
21.4 Future Modelling Contributions for Everglades
Restoration
In the subtropical wetlands of the Everglades, ecological modelling plays a central
role in science-based decision making for restoration purposes, a function which
is becoming more and more important as the delicate ecosystem is drastically
