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u EXECUTIVE SUMMARY <br />Decision -makers in both the public and private sectors are continuously asked to make more complex <br />decisions concerning resource management. These decisions have a direct effect on our quality of life today <br />and will affect future generations. <br />The Conservation Element includes information on wildlife habitat, wetlands, forested lands, and vegetative <br />communities, in order to guide policy making with regard to conservation of our natural resources within the <br />city. <br />Soil types are critical determinants of the types of vegetation and wildlife which are likely to found in a given <br />area. Upland and wetland soils and associated flora and fauna are listed in general classification systems that <br />assist in the identification and categorization of vegetative and wildlife communities. <br />Within ecological systems each of the components are interdependent upon one another. The survival of <br />wildlife depends on the availability of natural habitat, vegetation, and the purity of air and water resources. For <br />this reason, the problem of surface and groundwater conservation is closely related to the problem of <br />unmanaged stormwater runoff. Prevention of water degradation through natural systems such as filtering of <br />stormwater prior to entry into the lake system is necessary to maintain viable vegetative and wildlife habitat. <br />Habitat must be of sufficient area to provide shelter for propagation of species. Encroaching <br />urbanization is a significant problem throughout Florida that has diminished the amount of available shelter <br />habitat for vegetation and wildlife to the point of insufficiency. Therefore, the prevention of air and water quality <br />degradation, and the enhancement or replacement of wildlife and vegetative habitat are important objectives in <br />conservation. <br />Local air quality is generally good. <br />An analysis of water uses and needs indicates that during periods of normal rainfall the system is in balance <br />with the drawdowns from public supplies, which are largely replaced locally by natural recharge and limited <br />stormwater injection. Like other jurisdictions in Florida, however, there is a need for better conservation of the <br />potable water supply and various measures will be implemented to achieve protection of surface and <br />groundwater quantity and quality. One of the measures will focus attention on eutrophication presently <br />occurring in Casselberry's lakes, to include water quality monitoring and the control of aquatic vegetation <br />removal in order to maintain the filtering of stormwater runoff pollutants. <br />Casselberry does not presently have a conservation land acquisition program, however Seminole County has a <br />program through which land has been designated or acquired in six critical areas; these are substantial tracts <br />of land, ranging from 250 acres to 16,000 acres in area. <br />Casselberry is urban in character, with areas of open space remaining near the Lake Triplet Chain and some <br />pockets of undeveloped land for instance, there are forested uplands and floodplain areas in the northeast <br />quadrant of the city and east and west of Winter Park Drive. None of these areas is sufficiently large to be likely <br />habitat shelter of areawide significance. Yet the designation of conservation areas at the local level is important <br />in our land use pattern, and would allow for continued floodplain function, open space buffering, wildlife and <br />vegetative habitat, and other ecological system functions. <br />The city will need to analyze local flora and fauna and determine the extent to which <br />undeveloped areas can be enhanced as wildlife and vegetative habitat. Based on such an analysis, the <br />conservation program will be integrated with the city parks program. <br />ArneRded Revised per ORC 9 Conservation <br />For Adoption Public Hearing July 13, 2009 <br />