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This report is a product of the Committee on Restoration of the Greater Everglades Ecosystem (CROGEE), which provides consensus advice to the South Florida Ecosystem Restoration Task Force. The Task Force was established in 1993 and was codified in the 1996 Water Resources Development Act (WRDA); its responsibilities include the development of a comprehensive plan for restoring, preserving and protecting the South Florida ecosystem, and the coordination of related research. The CROGEE works under the auspices of the Water Science and Technology Board and the Board on Environmental Studies and Toxicology of the National Research Council. The CROGEE's mandate includes providing the Task Force not only with scientific overview and technical assessment of the restoration activities and plans, but also providing focused advice on technical topics of importance to the restoration efforts. One such topic was to examine "the linkage between the upstream components of the greater Everglades and adjacent coastal ecosystems." This report addresses this issue by breaking it down into three major questions: What is the present state of knowledge of Florida Bay ("the Bay") on scientific issues that relate to the success of the overall CERP? What are the potential long-term effects of Everglades restoration as currently designed on the nature and condition of the Bay? What are the critical science questions that should be answered early in the restoration process to design a system that benefits not only the terrestrial and freshwater aquatic Everglades but the Bay as well? This study was inspired in part by the 2001 Florida Bay and Adjacent Marine Systems Science Conference held on April 23-26, 2001 in Key Largo, Florida. An overlapping meeting of the CROGEE was held at the same location on April 26-28, 2001. The conference was organized by the Program Management Committee (PMC) of the Florida Bay and Adjacent Marine Systems Science Program. The PMC organized the conference around five questions suggested by the Florida Bay Science Oversight Panel. These questions related to circulation, salinity patterns, and outflows of the Bay; nutrients and the nutrient budget; onset, persistence and fate of planktonic algal blooms; temporal and spatial changes in seagrasses and the hardbottom community; and recruitment, growth and survivorship of higher trophic level species. Some of these issues are discussed in the present report. However, as noted earlier, this report focuses on the subset of questions that relate to linkages between the Bay and the upstream portion of the Everglades system that arose at the 2001 Florida Bay Conference.
Derived from an unprecedented research effort covering over 31 years in a series of studies of 7 major river-estuaries, Eutrophication Processes in Coastal Systems presents a comprehensive and current review of the nature of the eutrophication process and how short- and long-term nutrient loading affects marine systems. This unique book is the culm
Florida's rivers comprise a tapestry of natural wonders. They support rich ecosystems. They define the landscape and lend character to the regions through which they pass. The first half of this book provides an overview of Florida's waterways, while the second half provides detailed information on 60 of Florida's rivers, covering each one from source to end. From the Blackwater River in the western Panhandle to the Ichetucknee and Kissimmee Rivers in central Florida to the Miami River in south Florida, it traces the flow of these streams as they weave through cypress swamps, pine-studded hills, and hardwood hammocks. It introduces plants and animals endemic to each. This book also takes the reader on a journey through time. It tracks the history of Florida's rivers, from the dawn of the Paleoindians through the Spanish conquest to the present. It traces human efforts to confine and harness these waters. Finally, it looks at conservation and examines efforts to preserve Florida's rivers and return them to their natural states.