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1921 W MUKILTEO BLVD 2018-01-02 MF Import
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1921 W MUKILTEO BLVD 2018-01-02 MF Import
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Last modified
3/22/2022 12:42:56 PM
Creation date
2/26/2017 3:32:21 AM
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Address Document
Street Name
W MUKILTEO BLVD
Street Number
1921
Imported From Microfiche
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CIU6!-WD <br />N G� <br />Main Office <br />17311 —135" Avenue NE, A•500 <br />Woodinville, WA 98072 <br />(425) 488.1669 FAX (425) 481.2510 <br />(425) 337.1669 Snohomish County <br />DATE: January 28, 2010 <br />TO: Dan Kure <br />NELSON GEOTECHNICAL <br />ASSOCIATES, INC. <br />GEOTECHNICAL ENGINEERS & GEOLOGISTS <br />Engineering -Geology Branch <br />437 East Penny Road <br />Wenatchee, l4A 98001 <br />(509) M-7696 FAX (509) 665.7692 <br />A4EAlORAND UA'I <br />CC: Fred Baxter —Fred Baxter and Associates Architecture <br />Alex Moroseos — Custom Design Engineering <br />FROM: Michael D. Rundquist, PE <br />RE: 1921 Mukilteo Boulevard <br />Building Setback Recommendations <br />Everett, Washington <br />NGA File No. 823310 <br />This memorandum documents our recommendations regarding the building setbacks for the planned Kure <br />residence project at 1921 Mukilleo Boulevard in Everett, Washington. We prepared a geotechnical <br />engineering report for file site dated October 20, 2005. <br />Based upon the conditions observed at the site, the site slope is considered tt4hle with respect to deep- <br />seated failures. However, there is a potential for shallow sloughing and erosion events to occur on the <br />steeper portions of the slope. We recommended that the residence foundations be designed to provide an <br />effective setback of at least 35 feet from the top of the steep slope. We also recommend that a light <br />structure setback of 25 feet from the top of the steep slope be established for lightly loaded structures such <br />as the porch roof columns and the small landscaping walls that are planned along the north side of the <br />residence. The northern footing line of the residence, the porch columns, and the landscaping walls should <br />be supported on medium dense or better native soil at least three feet below the finished ground surface. <br />Our explorations indicated that the competent native soil might be encountered at approximately five feet <br />below grade at the time of our site work. <br />Begin--)oo�� <br />
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