Now showing items 5-10 of 10

    • Park Smith thin decision notice and finding of no significant impact 

      Willamette National Forest (Agency : U.S.) (2008-09-19)
      Announces decision selecting Alternative 3, thinning the stands with a focus on accelerating the development of late successional stand characteristics in critical habitat for the northern spotted owl and increasing time ...
    • Park Smith thin environmental assessment 

      Willamette National Forest (Agency : U.S.) (2008-08)
      Proposes that about 1291 acres of 30-60 year-old, managed stands would be commercially thinned and various measures would be taken to encourage species diversity and improve stand complexity.
    • Parks overstory removal decision notice and finding of no significant impact 

      Sweet Home Ranger District (Or.) (2003-03-11)
      Announces decision to implement Article 3 of the project EA, harvesting 3.2 million board feet on 237 acres of existing shelterwood and prelogged overstory units in Matrix land allocation using ground-based logging methods. ...
    • Parks overstory removal environmental assessment 

      Sweet Home Ranger District (Or.) (2002-08-02)
      Proposes to offer one or more timber sales treating no more than 275 acres in the Parks Creek Subwatershed. Timber will be removed from the existing shelterwood and overstory management prescriptions with ground-based ...
    • Wiley thin timber sale decision notice and finding of no significant impact 

      Willamette National Forest (Agency : U.S.) (2004)
      Announces decision to implement Alternative 2 of the project EA, harvesting approximately 2243 CCF by thinning commercially 80 acres of mid seral, managed forest using ground-based logging methods. Existing roads and ...
    • Wiley thin timber sale environmental assessment 

      Willamette National Forest (Agency : U.S.) (2004-07)
      Proposes to thin commercially approximately 80 acres of Matrix, Riparian Reserve, or LSR lands expected to yield up to 2250 CCF in timber volume with harvest methods that are cost effective and responsive to ground ...