Site Science
Ecological Landscape Modeling: science tool towards ecosystem restoration and sustainability
Poster Number: 88 Presenter/Primary Author: Carl Fitz The Ecological Landscape Modeling framework is one of the modeling tools used in the Florida Coastal Everglades LTER. We briefly describe the modeling framework and two example applications -
Evaluation of Southern Ocean O2/Ar-based Net Community Production (NCP) Measurements
Poster Number: 87 Presenter/Primary Author: Scott Doney Sea-air biological O2 flux assessed from measurements of surface O2 supersaturation in excess of that of Ar is used commonly to constrain net community production (NCP) in the
Using Dissolved Organic Matter (DOM) Optical Properties and Stable Isotopes to Quantify Mangrove Contributions to the DOM Pool in the Shark and Harney Rivers, Florida Everglades, USA
Poster Number: 86 Presenter/Primary Author: Kaelin Cawley The Shark and Harney Rivers drain water from the freshwater marshes in the Everglades through fringe mangrove forests to the Florida Shelf. Dissolved organic matter (DOM) concentration and op
Variations in CO2 efflux from a riverine mangrove forest as related to tidal, salinity, and temperature dynamics
Poster Number: 84 Presenter/Primary Author: Christopher Sanchez Soil respiration in mangrove forests represents a significant component of the system's carbon (C) budget.
Biogeochemical Effects of Saltwater Intrusion and Increased Inundation on Everglades Peat Soil
Poster Number: 83 Presenter/Primary Author: Stephen Davis The mangrove wetlands that dominate the coastal Everglades (Florida, USA) overlie >1 m of carbon-rich peat soil and serve as a globally important carbon sink. With sea level rising at ~3 m
