Overview of the “tides and Inflows in the Mangroves of the Everglades” (time) Project of the U. S. Geological Survey’s South Florida Ecosystem Program

Special Symposium on Water Quality Issues in South Florida Annual Science Meeting of the SFC CESU

Management of Greater Everglades Ecosystems: The Joint Ecosystem Modeling Laboratory Laura Brandt, USFWS [email protected] Integrating Ecological and Hydrological Models for Adaptive Management of Greater Everglades Ecosystems: The Joint Ecosystem Modeling Laboratory Best, G.R., US Geological Survey Brandt, L.A., US Fish and Wildlife Service Mazzotti, F.J., University of Florida Adaptive man...

Changes in Modern Pollen Assemblages and Soil Geochemistry along Coastal Environmental Gradients in the Everglades of South Florida

This study aims to document the changes in modern pollen assemblages and soil elemental chemistry along broad edaphic, hydrological, and salinity gradients, including a previously undocumented secondary environmental gradient, in a vast mangrove-dominated wetland region in the Everglades, South Florida. Twenty-five soil surface samples were collected along an interior wetland transect and an es...

Editorial : Sustainable Development of Cognitive Science and Technology Ecosystem an Overview to the “Human Brain Project” as a Functioning Sample

Investigation of long-term mangrove and saltmarsh area changes in the Iranian mangrove habitats (Case study: mangroves of Hormozgan province)

In general, investigation of changes occurred in the area of mangrove and saltmarshes indicates the balance between these two ecosystems and plays an important role in providing necessary solutions to maintain their ecosystem services. Hence, the aim of this study was to investigate the changes in the expanse of mangroves and saltmarshes in the mangrove habitats of Hormozgan province during a l...

Land Surface Analysis of the Florida Everglades

Data collected at key points or along important environmental gradients help us understand microscale processes and advance techniques for characterizing South Florida’s land surface using imagery collected from the air or space. This project is developing rapid, non-destructive protocols for vegetation assessment (Figure 1) to create models that estimate biophysical characteristics of vegetati...