Simulating Everglades National Park hydrology and phosphorus transport under existing and future scenarios using numerical modeling

Modeling reveals that structural modifications to Tamiami Trail, including bridge construction, could significantly increase water levels and hydroperiods in the Northeast Shark Slough ecosystem of Everglades National Park (ENP), counteracting historical declines. While overall phosphorus concentrations in surface waters may decrease with these changes, localized increases in phosphorus loading are possible, potentially altering vegetation spectral responses and ecosystem dynamics. The study used the MIKE Marsh Model of ENP to simulate hydrology and phosphorus transport under existing and future scenarios, providing critical insights for guiding restoration efforts.

Long, S. Simulating Everglades National Park hydrology and phosphorus transport under existing and future scenarios using numerical modeling. https://doi.org/10.25148/etd.fi14071171