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� �H <br /> C � <br /> � H,�Ctn <br /> Hz � <br /> K n <br /> H� <br /> � �� <br /> Hy <br /> � HC <br /> OH <br /> �/� �,g <br /> ^H,Y �❑] <br /> zayip� <br /> t" Z <br /> �yH <br /> N S I �TE I NSPECT I ON <br /> �C] �N <br /> �� FIELD NORK <br /> Property reconnaissance was �onducted on I June 1989. All <br /> areas af the subject p�operty were inspected ior wetland <br /> conditions. <br /> METHODS <br /> Metlands <br /> Wetland delineation followed a Rautine Methodology 6ased <br /> upon the new Federal Manual for ldentifvinq and Delineating <br /> Jurisdictional Wetland5 (effective 20 Mar 1989> and�llantst <br /> '�1 po5itive indicators for wetland sail � hydrolo y P <br /> ��' P�esence of wetland hydrology was determi�ed 6ased upon <br /> exigting surface conditions if water was present � or <br /> '�' upon soil pits if no standing water occurred. <br /> ��' Presence of hydric soil was determined by information <br /> contained within the Soil Conservation Service Soil <br /> ' ' SurveV For Snohomish County ( 1983) . In some areas� <br /> standard soil pits were dug to a depth of 1B" araund <br /> ,�1 suspected wetland� and soil was compared with the <br /> �' Munsell Color Charts (Munsell � 1975> . <br /> �' D�curren[e of wetland vegetation was determined through <br /> � species identification. estimation of cnr.�oy �over and <br /> '� then assignment of wetland indicator status; indicator <br /> status was assigned based upon the Nat,ional L,ist of <br /> �� Plant S�ecies That O�cur In Wetlands f1988) . <br /> � Actual boundaries were flagged at points that reasona6ly <br /> � defined straight lines separating wetland from upland <br /> r conditions. Points were then plotted� and wetland <br /> � boundaries thus establishedi these boundaries have been <br /> � confirmed by Andy McMillan. NDOE, on 1 Ju�e 1989. <br /> 4111d1ife <br /> Wildlife oc�urren�e was noted in the course of the above <br /> described wetland delineation wark. <br /> (1) <br />