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I b0 o j "Do, Surface and Subsurface Contamination Report APN: 229—+6— P2 P Parcel Nos. A and B 4 The color and character of the soil at various depths below the ground surface is as follows: Depth Color and Tyne 0" to 16" Surface layer is grayish-brown and light brownish-gray loamy sand 16"to 26" Grayish-brown loamy sand. 26"to 60" Pale brown sand. Permeability is rapid in the Delhi Soil. The rate of water erosion on this soil is slight. This soil is utilized to grow irrigated crops, orchards and vineyards. A few areas are used for homesite development. The high percentage of sand in the soil reduces the amount of moisture available for plant growth. Chiseling of the subsoil breaks up the hardpan. The soil character at variable depths below the ground surface is as follows: Depth Iype Plasticity Shrink-Swell Permeability %%Clay Index In./Hour 0" to 16"Loamy Sand NP Moderate 0.2 to 0.6 30 -40 16"to 26"Loamy Sand, Loamy Fine Sand NP High 0.06 to 0.2 35 - 50 26"to 60" Sand,Loamy Sand, NP High 0.06 to 0.2 35-50 Fine Sand The types of soils found at various depths below the ground surface to a maximum depth of one hundred twelve (112) feet in establishing a domestic well on the subject property are shown on the attached"Well Driller's log. Groundwater Elevation The San Joaquin County Flood Control and Water Conservation Map entitled"Lines Of Equal Depth To Water Wells", dated Spring 1998, shows the water table to be in excess of sixty(60)feet below the ground surface. During drilling operations conducted on 08/01/55 and 08/02/55 to establish a domestic well on the subject property, ground water was encountered at a depth of fifty (50)feet below the ground surface as shown on the attached"Well Driller's Log". Property Search: On Monday,March 4, 2002, a property search was made to determine if there were above ground fuel storage tanks, oil drums, kerosene, other petroleum products and/or other possible contaminant receptacles situate on any of the two (2) parcels totaling 22.24 acres that could contribute to contamination. w_� p T)Pnnv W R• T)nnna M Tnnec 166R2 CtPinPoid Rnnd Fecalnn ('A QSIM Phnnw (200)RIR—2R05