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� <br />PROJECT DESCRIPTION <br />• <br />Adapt Engineering <br />We understand that current development plans call for construction of a new steel telecommunications <br />tower and an associated cellular equipment building or cabinet pad. The site is located at 7710 Evergreen <br />Way, in Everett, Washington; as shown on the attached Location/Topographic Map (Figure 1). The host <br />parcel may be accessed off the west side of Evergreen Way in which the proposed lease area is located <br />within the southwest corner of the fenced perimeter. The existing and proposed site features, in relation to <br />our exploration, are shown on the attached Site & Exploration Plan (Figure 2). <br />It should be emphasized that the conclusions and recommendations contained in this report are based on <br />our understanding of the currently proposed utilization of the project site, as derived from written and <br />verbal information supplied to us by Ryka. Consequently, if any changes are made to the project, we <br />recommend that we review the changes and modify our recommendations, if appropriate, to reflect those <br />changes. <br />DOCUMENT REVIEW <br />As a part of our study, we reviewed the following maps and documents pertaining to the subject property <br />and vicinity: <br />United States Department of Agriculture, Natural Resources Conservation Service (Formerly SCS), <br />Snohomish County, Washington <br />Washington State Department of Natural Resources, 2008, Seattle Quadrant, Snohomish County, <br />Washington, Washington State Geology Index. <br />In addition, Adapt has reviewed the results of previous explorations accomplished in the immediate <br />vicinity of the project. Our conclusions and recommendations are based in part or wholly on the <br />information contained in these documents. Our geotechnical recommendations are based in part on the <br />accuracy of these documents; Adapt assumes no responsibility for errors or omissions resulting from <br />possible inaccuracies on these documents prepared by others. <br />EXPLORATORY METHODS <br />We explored surface and subsurface conditions at the project site on April 28, 2014. Our surface <br />exploration consisted of a visual site reconnaissance. Our subsurface exploration consisted of advancing <br />one test boring (designated B-1) to a maximum depth of approximately 35.5-feet below existing ground <br />surface (bgs) within an accessible area near the proposed tower location. The procedures used for <br />subsurface exploration during our site visit are presented in the subsequent sections of this report. <br />The location of the exploration advanced for this study is shown on the attached Figure 2. Tlle specific <br />location and depth of the exploration performed was selected in relation to the proposed site features, <br />under the constraints of budget and site access. The boring location and other features shown on Figure 2 <br />were obtained by hand taping from existing site features; as such, the exploration location shown should <br />be considered accurate only to the degree implied by the measuring methods used. <br />AT&T Mobility cJo Ryka Consulting May 5, 2014 <br />Adapt Project No. WA14-18929-GEO Page 1 <br />