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Meanwhile, sulfate removal resulting from microbial sulfate reduction in the underlying sediments of the marsh was estimated from the apparent settling coefficients incorporated in the model. In this research, we developed a sulfate mass balance model to examine the response of surface water sulfate in the Refuge to changes in sulfate loading and hydrological processes. Marshall Loxahatchee National Wildlife Refuge (Refuge), a remnant of the historic Everglades, in pumped stormwater discharges with a mean concentration of approximately 50 mg L-1, and marsh interior concentrations at times fall below a detection limit of 0.1 mg L-1.
However, it has received less attention compared to phosphorus enrichment. Sulfate contamination has been identified as a serious environmental issue in the Everglades ecosystem.
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