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L <br /> LC <br /> Fuller Mobile Home Park <br /> L365 East Louise, Lathrop, California <br /> LReceptor Survey <br /> 1.0 Project Idents;fication <br /> LWHF, Inc., Environmental and Engineering Group (WHF), has been contracted to conduct <br /> a receptor survey at the Fuller Mobile Home Park located at 365 East Louise, Lathrop, <br /> i California (Figure 1). The purpose of this survey is to identify all, if any, receptors within <br /> L a two thousand (2,000) foot radii of the contaminated area of the subject site. The data <br /> given in this report will provide information leading to the potential impact of mobile <br /> Lcontaminants into or toward these receptors. <br /> L2.0 Site Description and History <br /> The subject property is located on relatively level terrain with ground slopes less than <br /> 1' per 1,000'. It is bordered to the east and north by an urban subdivision which <br /> Lz� consists of single family dwellings on lots approximately 6,000 square feet in area. It <br /> is bordered on the west by an undeveloped lot which is commercially zoned. It is <br /> Lbordered on the south by Libby-Owens-Ford industrial plant which encompasses <br /> several acres of land. <br /> LSoil type: Dinuba fine sandy loam, deep, drainage normally good, although some <br /> areas contain slight to moderate amounts of salt. Subsoil drainage maybe restricted by <br /> Lthe dense substratum. <br /> The current depth to groundwater in this area is approximately 7 to 10 feet from the <br /> Lsurface. <br /> L 3.0 Scope of Work <br /> On February 26, 1997, WHF, conducted interviews coupled with a physical site inspection of the <br /> L subject property to locate and identify any receptors within the area identified in Figures 1 through <br /> 4. A receptor is defined as entities such as streams, rivers, city wells, domestic wells, etc that <br /> would receive contamination and yield a potential risk to human health. It is the purpose of this <br /> study to address if groundwater contamination will reach these receptors and pose a risk to public <br /> health. <br /> L� <br /> L <br />