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M99238GE <br />• 2.2 Site Conditions <br />The proposed pond site was vacant at the time of our field study. <br />The proposed pond s'_te slopes down to the southeast with about <br />thirty (30) feet of topographic relief across the proposed pond <br />site. The Fire Mountain Canal is located southeast of the proposed <br />pond site. The old State Highway 135 is located along the north- <br />west side of the proposed pond site. <br />2.3 Subsurface Conditions <br />The subsurface exploration consisted of observing, describing and <br />sampling the soil materials encountered in four (4) auger advanced <br />test borings. The approximate locations of the test borings are <br />shown on Figure 2. The logs describing the soil materials encoun- <br />tered in the test borings are presented in Appendix A. <br />The soil materials encountered in the test borings consisted <br />generally of sand and clay mixture with varying amounts of gravel <br />and cobbles to a depth of about twenty-four (24) feet. <br />No formational material was encountered in the test borings to a <br />depth of twenty-four (24) feet, the maximum depth explored. <br />No free subsurface water was encountered in the test borings at <br />•the time of our field study. we anticipate that the free subsur- <br />face water elevation may fluctuate with seasonal and other varying <br />conditions. <br />It is difficult to predict if unexpected subsurface conditions <br />will be encountered during construction. Since such conditions may <br />be found, we suggest that the owner and the contractor make provi- <br />sions in their budget and construction schedule to accommodate <br />unexpected subsurface conditions. <br />3.0 ON-SITE DEVELOPMENT CONSIDERATIONS <br />we anticipate that the subsurface water elevation may fluctuate <br />with seasonal and other varying conditions. Deep excavations may <br />encounter soils that tend to cave or a possibility of subsurface <br />water. If water is encountered, it may be necessary to dewater <br />construction excavations to provide more suitable working condi- <br />tions. Excavations should be well braced or sloped to prevent wall <br />collapse. Federal, state and local safety codes should be ob- <br />served. <br />3 <br />\J <br />~l.ambert ana ~,~.sociates <br />CONSUi9NG GEOiECM NICA~ ENGwEE RS AND <br />rn siE RIAL TESTING <br />