54 research outputs found
Implementing Legally Mandated Science and Peer Review in Support of the Everglades Restoration Program
City of Naples, Florida, Sustainable Stormwater Infrastructure Improvements for Improved Coastal Resiliency
Three dimensional model evaluation of physical alterations of the Caloosahatchee River and Estuary: Impact on salt transport
Comparison of Two Rating Approaches to Monitor Uncontrolled Culverts’ Flows Driven by Small Head Differences
DEVELOPMENT AND MANAGEMENT OF LAND/WATER RESOURCES: THE EVERGLADES, AGRICULTURE, AND SOUTH FLORIDA
Forecasting Water Demands in South Florida in the Context of Everglades Restoration: Retrospective
Size classification of bed sediment and selection of resuspension monitoring sites in Upper Tampa Bay, Florida
The size classification of surficial bed sediments in upper Tampa Bay, Florida, including Hillsborough Bay, Old Tampa Bay, and middle Tampa Bay south of the Interbay Peninsu la, was determined during 1987-89. Fathometer transects were performed throughout the study area to determine the reflective characteristics of the bed, and grab samples were collected to relate the fathometer data to size classifications of sediments. The data collected during this study indicate that fine bed sediments are most abundant in Hillsborough Bay and least abundant in the southern part of the study area closest to the mouth of Tampa Bay. Generally, the sediments are coarse (mean particle diameter greater than 62.5 microns) in the nearshore shallow water and are finer in the extensive, level, and relatively deep parts of upper Tampa Bay. These size classification data were used to select resuspension monitoring sites in large areas of homogeneous bed sediments in Old Tampa Bay and in Hillsborough Bay
Watershed restoration in the Florida Everglades: Agricultural water management and long-term trends in nutrient outcomes in the Everglades Agricultural Area
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