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a n H <br />� n <br />Mr. John McConaghy <br />April <br />y <br />28, 1989 <br />.o�x <br />r <br />FIELD EXPLORATION ANIt LABORATORY TESTING <br />K 0 <br />Our field explorations were performed on April 17, 1989. Subsurface conditions at the <br />o x o <br />site were explored by excavating 16 test pits to a maximum depth of 10.0 feet below the <br />yy <br />existing grade. Test pits were excavated using a rubber -tire backhoe operated by All <br />x <br />N <br />e <br />Seasons Excavating of Redmond, Washington. A small dozer was also utilized to clear <br />y <br />access roads and to clear trails through the dense growth of woods and brush. The <br />ox H <br />locations of the test pits were approximately determined by belt -chain measurements and <br />cHi M g <br />pacing from known points and property corners as shown on the survey plan provided to <br />H <br />us. The elevations of the test pits were determined by interpolation between contour <br />4lines <br />shown on the plan proviued to us. The locations and elevations of the test pits <br />H y <br />should be considered approximate. The approximate locations of the test pits excavated <br />o r H <br />at the site are shown on the Exploration Location Plan, Figure 2. <br />o1m <br />The field exploration was continuously monitored by a geotechnical engineer from our <br />y o m <br />firm who classified the soil conditions encountered, maintained a log of each test pit; <br />obtained representative soil samples, and observed pertinent site features. All samples <br />were visually classified in accordance with the Unified Soil Classification System, which is <br />presented on Figure 3. Logs of the test pits are attached to this report as Figures 4 <br />through 11. These logs represent our interpretation of the field logs and the results of the <br />laboratory examination and tests of field samples. <br />Representative soil samples obtained from the test pits were placed in closed containers <br />u� and retutned to our laboratory for further examination and testing. Moisture content <br />determinations were performed on all recovered samples. The results of these tests as <br />well as the soil classifications are shown on the test pit logs included with this report. <br />SITE CONDITIONS <br />Surf <br />The property is situated near the northwest corner of the intersection of 112th Street S.E. <br />and 7th Avenue, just east of Interstate 5 in south Everett, Washington. The approximate <br />location of the project site is shown on the Vicinity Map, Figure 1. The approximately 4.4 <br />acre, irregularly shaped property will be divided into two parcels on the east and west <br />sides of North Creek. The central strip and area around the creek is dedicated to the City <br />of Everett. <br />ioI� At present, the property is undeveloped. A singie family residence is located in the <br />southeast corner of the subject project site. There is a residential development under <br />construction to the west of the property. The site is generally heavily wooded with alder, <br />cottonwood and brush and some scattered large size fir, hemlock and cedar trees. Some <br />cleared and previously graded areas were noted within the eastern portions of the site. <br />There are also many stumps scattered throughout the site. <br />Project No. T-1005 <br />