Laserfiche WebLink
_i <br /> DAVID L.NEL.iON nND ASSOCIATES, INC. <br /> Consulting Enginccring Gcology <br /> September 28, 1984 <br /> � Project No . 7884 <br /> Page two <br /> All elevations mentioned in this report refer to existing <br /> grade , and to elevations of the borings given to us by Northland � <br /> Construction. <br /> Drilling equipment used for boring exploration consisted of a i <br /> mobil heavy duty rotary drill , advancing 4 inch hollow stem auger <br /> in five fcot sections= Standard penetration tests were performed I <br /> at 5 foot intervals, beginning at 2.5� below grade . I <br /> Location & Site DescriQtion � <br /> The investigated site is located north of the iritersection of <br /> Evergreen Way and Everett Mall Boulevard, and south of the inter- <br /> section of 4th Avenue WPst and 100th Street Southwest, in <br /> Everett, Washington. ' <br /> Presently , the site area is undeveloped except for the occurrence I' <br /> of a sanitary sewer line which occurs within the north-central <br /> � portion of the site . In addition, past si�te grading, including <br /> artificial filling, levelling and clearing has aparently occurred <br /> around the site area. Vegetation corisists uf grasses throughout I <br /> the site area. Asphaltic pavement occurs within the southern <br /> portion of the site . Topograpnically, the site is generally 'I <br /> flat lying, with a gentle rise toward the northwest. The surface , <br /> undulates somewhat, probably due to past earthwork within the <br /> area, creating local low and high spotso <br /> Soils Conditions <br /> The subsurt'ace soils stratigraphy cari best be seen on the enclosed . <br /> test boring logs 1 through 10 and test pit logs 1 through 17. <br /> In general, the site is underlain by glacial soils, with a surface <br /> covering uf varying amounts of organic topsoil and artificial <br /> fill. The surficial soils are generally quite loose where found <br /> to be organic or fill, and the glacial soils were found to be <br /> generally medium dense to denseo <br /> - ' ' � <br /> � <br /> I <br /> � <br />