Abstract The Florida Everglades is extremely oligotrophic and sensitive to small increases in
phosphorus (P) concentrations. P enrichment is one of the dominant anthropogenic impacts …

The globally important nature of wetland ecosystems has led to their increased protection
and restoration as well as their use in engineered systems. Underpinning the beneficial …

Soil bacteria regulate wetland biogeochemical processes, yet little is known about controls
over their distribution and abundance. Bacteria in North Carolina swamps and bogs differ …

Methylmercury (MeHg) concentrations and production rates were examined along with
sulfur biogeochemistry in Everglades sediments in March, July and December, 1995, as part …

Recent and historical satellite remote sensor data were used to list aquatic macrophyte
(especially Typha domingensis and Cladium jamaicense) changes within the Florida …

The basal area and productivity of managrove wetlands are described in relation to selected
soil properties to understand the general pattern of optimum forest stature at the mouth of …

The recent expansion of Typha domingensis (Typha) into areas of the Everglades previously
dominated by Cladium jamaicense (Cladium) communities has led to competing hypotheses …

Contents of soil organic matter (SOM) and total nitrogen (TN) in the surface soils and
subsurface soils were measured in five types of floodplains classified with different flood …

Abstract The Florida Everglades wetland ecosystem is subject to changes in hydroperiod
and nutrient loading, resulting in soil P enrichment and changes in vegetation communities …

The impact of P loading to the northern Florida Everglades has been implicated in changing
vegetation patterns, peat accretion rates, and other soil physico‐chemical properties. This …