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INTRODUCTION <br /> 1.0 INTRODUCTION AND PROPOSED DEVELOPMENT <br /> 1.1 Description of Site: The project consists of one parcel totaling 10 `- acres. The project is in <br /> a rural residential community. The address is 262 N. Hewitt Road, Linden, CA 95236 and it is <br /> zoned R-R. The Assessor's Parcel Number is 093-030-47. <br /> Description of proposed development: The purpose of this project is to create one 2 acre <br /> parcel, one 2.05 acre parcel, one 2.06 acre parcel, and one 4.18 acre parcel from the existing 10± <br /> acre parcel. <br /> 1.2 Parcel vicinity location map: (See Appendix). <br /> 1.3 Site map: (See Appendix). <br /> 2.0 PAST, PRESENT, AND PROPOSED FUTURE USES OF THIS SITE <br /> 2.1 Discussion of Past, Present uses at the site to assess potential problems: The present <br /> owner, Mr. and Mrs. Diemunsch, have owned subject property for over 1.0 years. The past and <br /> resents uses of the property has been for residential and agricultural purposes. The future use of <br /> parcel 3 will be for residential purposes. Parcel 1, 2, and 4 will continue to be used for <br /> agricultural purposes until development is proposed. <br /> 3.0 CHEMICAL AND PHYSICAL PROPERTIES OF SOIL <br /> 3.1 Description of existing chemical and physical properties of soil: For a description of the <br /> chemical and physical properties of the soils underlying the site, refer to Section 5 of the Soil. <br /> Suitability report prepared by Dillon& Murphy attached in the Appendix. <br /> 3.2 Description of the mass transport properties of the soils underlying the site with respect <br /> to the nitrate and/or any other constituent of concern identified for the project site: The <br /> results from the percolation test prepared by Dillon& Murphy have determined that the site is <br /> permeable to a maximum depth of exploration of 27 inches. The soil type allows for infiltration <br /> of water through the top soils. The infiltration rate will limit the natural treatment of the sites <br /> soils as they drain moderately from the surface layers. <br /> 1 <br />