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Mapping and analyzing the Florida Reef Tract in Palm Beach County in relation to major storm events in a GIS database
Title
Mapping and analyzing the Florida Reef Tract in Palm Beach County in relation to major storm events in a GIS database.
Creator
Pitti, Joseph G., Charles E. Schmidt College of Science, Department of Geosciences
Abstract/Description
The Florida Reef Tract in Southeast Florida is made up of hard-bottom formations. The shape and size of the tract is constantly changing. One major factor contributing to these changes is the movement of sand. This is influenced by location-based, human-induced, and natural factors. These shifting sands cover or uncover reef structure. Images of the Florida Reef Tract in Palm Beach County were analyzed by the Department of Geosciences at Florida Atlantic University, using a partially...
Show moreThe Florida Reef Tract in Southeast Florida is made up of hard-bottom formations. The shape and size of the tract is constantly changing. One major factor contributing to these changes is the movement of sand. This is influenced by location-based, human-induced, and natural factors. These shifting sands cover or uncover reef structure. Images of the Florida Reef Tract in Palm Beach County were analyzed by the Department of Geosciences at Florida Atlantic University, using a partially automated method of mapping. There are notable changes in reef structure throughout the years 2004-2006, in which many major storm events occurred in the region. A time series analysis was conducted throughout these years. Losses and gains of reef structure were quantified and compared throughout the county as a whole, in beach renourishment project areas, and inlet intervals. Trends suggest that the major storms of 2004-2006 may have had effects on the reef tract.
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Date Issued
2011
PURL
http://purl.flvc.org/FAU/3172425
Subject Headings
Continental shelf, Mapping, Geographic information systems, Coral reef ecology, Environmental geology, Coral reefs and islands
Format
Document (PDF)
proposed expanded green space plan using GIS for natural areas in Palm Beach County
Title
A proposed expanded green space plan using GIS for natural areas in Palm Beach County.
Creator
Rainyn, Corrie., Charles E. Schmidt College of Science, Department of Geosciences
Abstract/Description
In the past 25 years, Palm Beach County has acquired more than 31 million acres of public preserves consisting of numerous native habitats that are home to threatened and endangered flora and fauna. Both endemic habitats and plant species benefit from expansion and connectivity through the adoption of native plants in surrounding areas. The next step in conserving these protected, larger areas is to identify ways to connect them in order to reduce their isolation and improve their likelihood...
Show moreIn the past 25 years, Palm Beach County has acquired more than 31 million acres of public preserves consisting of numerous native habitats that are home to threatened and endangered flora and fauna. Both endemic habitats and plant species benefit from expansion and connectivity through the adoption of native plants in surrounding areas. The next step in conserving these protected, larger areas is to identify ways to connect them in order to reduce their isolation and improve their likelihood of continued ecosystem health. This study aims to perform an analysis using a GIS database of Palm Beach County's Eastern urban areas to determine additional vegetation that currently exists on public lands and private preserves and to analyze and classify the vegetation for its potential conservation role, either as ; preserves, buffers, corridors or clusters connecting and enhancing existing natural areas.
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Date Issued
2012
PURL
http://purl.flvc.org/FAU/3355879
Subject Headings
Urban ecology (Biology), Geographic information systems, Conservation of natural resources, Natural areas, Management, Geographic information systems
Format
Document (PDF)
Residential lawn water use and lawn irrigation practices
Title
Residential lawn water use and lawn irrigation practices: Wellington, Florida.
Creator
Survis, Felicia D., Charles E. Schmidt College of Science, Department of Geosciences
Abstract/Description
Water conservation initiatives seldom quantify the volume of water that is at stake in lawn watering. In many communities, including those in South Florida, outdoor water use, which includes lawn irrigation, is not metered separately from indoor water use and is indistinguishable from indoor water usage. A large number of residents use self supply non-potable wells for lawn irrigation that are not regulated by the South Florida Water Management District. The result is that residential lawn...
Show moreWater conservation initiatives seldom quantify the volume of water that is at stake in lawn watering. In many communities, including those in South Florida, outdoor water use, which includes lawn irrigation, is not metered separately from indoor water use and is indistinguishable from indoor water usage. A large number of residents use self supply non-potable wells for lawn irrigation that are not regulated by the South Florida Water Management District. The result is that residential lawn water use is difficult to account for and quantify. This thesis project addressed these difficulties by combining semistructured interviews, daily watering observations and irrigation system audits to ascertain how much public supply water and self supply (well) water was being used for residential lawn irrigation. The study also examined lawn watering practices and how factors such as: precipitation, the minimum plant needs of St. Augstinegrass, and how local watering restrictions influenced watering behavior.
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Date Issued
2010
PURL
http://purl.flvc.org/FAU/2705082
Subject Headings
Lawns, Water resources development, Landscape irrigation, Water consumption, Municipal water supply
Format
Document (PDF)