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Restoration and Land Use Concepts <br /> dendritic/blind channels and would be less available to fish, particularly salmonids, <br /> than tidal wetlands. <br /> 7. Large Woody Debris: This material consists of downed trees that either originate <br /> within the restored areas, or are deposited by tides, or floods. Woody debris provides <br /> important habitat structure in riparian, stream channel, and wetland habitats for fish, <br /> and a wide array of wildlife. <br /> Table 3-2 shows the general amounts of habitat by use expected to result from the subarea <br /> plan, while Table 3-3 presents specific habitat types that will be found in tidal and non-tidal <br /> restoration/enhancement areas. Figure 3-1 presents the general habitat types, while Figure <br /> 3-la presents more detailed land use, habitat features, and tidally-influenced wetland zones <br /> based on existing topography in the subarea. <br /> Table 3-2 <br /> Habitat Restoration and Enhancement Features <br /> Subarea Plan <br /> Restoration Activity Acres Length(feet) <br /> Fish Accessible Channel [1] 36.9 46,155.0 <br /> Fish Passable Channel 2.8 N/A <br /> Marshland Canal 4.1 2,750.8 <br /> Dikes NA 26052.4 <br /> Trails NA 47029.4 <br /> Non-tidal Wetland Restoration 132.5 N/A <br /> Preserve Fish and Wildlife Habitat 27.9 N/A <br /> Riparian Buffer Enhancement 25.3 9,394.1 <br /> Tidally-influenced Wetland 417.4 N/A <br /> Restoration <br /> Total 646.9 <br /> Notes: <br /> [1] Only includes those portions of fish accessible channel within the subarea. Fish access outside of the subarea <br /> was not considered due to existing fish passage issues associated with high sediment loads coming from the <br /> hillsides to the west of the subarea. <br /> Draft Subarea Plan June 2009 <br /> Everett Marshland 39 070346-01 <br />