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• 41. [Article] The economic impacts of Oregon's south coast restoration industry

  3 pages

  Citation × Citation Citation Abstract Copy Title: The economic impacts of Oregon's south coast restoration industry Author: Sundstrom, Shiloh, Davis, Emily Jane, Moseley, Cassandra Year: 2015, 2011 3 pages Title: The economic impacts of Oregon's south coast restoration industry Author: Sundstrom, Shiloh, Davis, Emily Jane, Moseley, Cassandra Year: 2015, 2011 3 pages Close

• 42. [Article] Integrating socioeconomic considerations into the Watershed Condition Framework

  2 pages

  Citation × Citation Citation Abstract Copy Title: Integrating socioeconomic considerations into the Watershed Condition Framework Author: Moseley, Cassandra, Davis, Emily Jane, Medley-Daniel, Michelle Year: 2015, 2012 2 pages Title: Integrating socioeconomic considerations into the Watershed Condition Framework Author: Moseley, Cassandra, Davis, Emily Jane, Medley-Daniel, Michelle Year: 2015, 2012 2 pages Close

• 43. [Article] Conference opinion on the issuance of the four enhancement of survival permits for the Threemile Canyon Farms multi-species candidate conservation agreement with assurances

  62 pp. Bookmarks supplied by UO. References, map, tables. Captured August 27, 2007.

  Citation × Citation Citation Abstract Copy Title: Conference opinion on the issuance of the four enhancement of survival permits for the Threemile Canyon Farms multi-species candidate conservation agreement with assurances Author: U.S. Fish and Wildlife Service Year: 2009, 2004 62 pp. Bookmarks supplied by UO. References, map, tables. Captured August 27, 2007. Title: Conference opinion on the issuance of the four enhancement of survival permits for the Threemile Canyon Farms multi-species candidate conservation agreement with assurances Author: U.S. Fish and Wildlife Service Year: 2009, 2004 62 pp. Bookmarks supplied by UO. References, map, tables. Captured August 27, 2007. Close

• 44. [Article] Indian Creek aquatic restoration project environmental assessment -- preliminary analysis

  64 pp. Tables, maps, references, glossary, and illus. Township 15 South, Ranges 10 West; and Township 16 South, Range 9 and 10 West. Captured February 15, 2007.

  Citation × Citation Citation Abstract Copy Title: Indian Creek aquatic restoration project environmental assessment -- preliminary analysis Author: South Zone Ranger District (Or.) Year: 2008, 2005 64 pp. Tables, maps, references, glossary, and illus. Township 15 South, Ranges 10 West; and Township 16 South, Range 9 and 10 West. Captured February 15, 2007. Title: Indian Creek aquatic restoration project environmental assessment -- preliminary analysis Author: South Zone Ranger District (Or.) Year: 2008, 2005 64 pp. Tables, maps, references, glossary, and illus. Township 15 South, Ranges 10 West; and Township 16 South, Range 9 and 10 West. Captured February 15, 2007. Close

• 45. [Article] Indian Creek aquatic restoration project environmental assessment

  74 pp. Tables, maps, references, glossary, appendices, and illus. Township 15 South, Ranges 10 West; and Township 16 South, Range 9 and 10 West. Captured July 2, 2007.

  Citation × Citation Citation Abstract Copy Title: Indian Creek aquatic restoration project environmental assessment Author: South Zone Ranger District (Or.) Year: 2008, 2005 74 pp. Tables, maps, references, glossary, appendices, and illus. Township 15 South, Ranges 10 West; and Township 16 South, Range 9 and 10 West. Captured July 2, 2007. Title: Indian Creek aquatic restoration project environmental assessment Author: South Zone Ranger District (Or.) Year: 2008, 2005 74 pp. Tables, maps, references, glossary, appendices, and illus. Township 15 South, Ranges 10 West; and Township 16 South, Range 9 and 10 West. Captured July 2, 2007. Close

• 46. [Article] Indian Creek aquatic restoration project decision notice and finding of no significant impact

  10 pp. Table. Township 15 South, Range 10 West; and Township 16 South, Ranges 9 and 10. Captured May 10, 2007.

  Citation × Citation Citation Abstract Copy Title: Indian Creek aquatic restoration project decision notice and finding of no significant impact Author: South Zone Ranger District (Or.) Year: 2008, 2005 10 pp. Table. Township 15 South, Range 10 West; and Township 16 South, Ranges 9 and 10. Captured May 10, 2007. Title: Indian Creek aquatic restoration project decision notice and finding of no significant impact Author: South Zone Ranger District (Or.) Year: 2008, 2005 10 pp. Table. Township 15 South, Range 10 West; and Township 16 South, Ranges 9 and 10. Captured May 10, 2007. Close

• 47. [Article] Odell Watershed analysis

  206 pp. Tables, maps, figures, references, glossary. Watershed extends roughly 75,000 acres from Diamond Peak north to Davis Lake, and from Davis Lake west to the crest of the Cascade Mountains. Captured ...

  Citation × Citation Citation Abstract Copy Title: Odell Watershed analysis Author: Crescent Ranger District (Or.) Year: 2008, 1999 206 pp. Tables, maps, figures, references, glossary. Watershed extends roughly 75,000 acres from Diamond Peak north to Davis Lake, and from Davis Lake west to the crest of the Cascade Mountains. Captured May 15, 2007. Title: Odell Watershed analysis Author: Crescent Ranger District (Or.) Year: 2008, 1999 206 pp. Tables, maps, figures, references, glossary. Watershed extends roughly 75,000 acres from Diamond Peak north to Davis Lake, and from Davis Lake west to the crest of the Cascade Mountains. Captured May 15, 2007. Close

• 48. [Article] Snow Lakes Watershed analysis

  115 pp. Maps, tables. The Snow Lakes Watershed Assessment Area is located west and southwest of Bend and extends 222,100 acres from the South Sister to the north to Davis Lake to the south (Figure 1). Captured ...

  Citation × Citation Citation Abstract Copy Title: Snow Lakes Watershed analysis Author: Bend-Fort Rock Ranger District (Or.) Year: 2008, 2005 115 pp. Maps, tables. The Snow Lakes Watershed Assessment Area is located west and southwest of Bend and extends 222,100 acres from the South Sister to the north to Davis Lake to the south (Figure 1). Captured May 15, 2007. Title: Snow Lakes Watershed analysis Author: Bend-Fort Rock Ranger District (Or.) Year: 2008, 2005 115 pp. Maps, tables. The Snow Lakes Watershed Assessment Area is located west and southwest of Bend and extends 222,100 acres from the South Sister to the north to Davis Lake to the south (Figure 1). Captured May 15, 2007. Close

• 49. [Article] Portland : Fanno Creek watershed : Summaries of resource site inventories

  47 pp. OCR and bookmarks supplied by UO. Maps, figures. Published October, 1999. Captured November 25, 2008.

  Citation × Citation Citation Abstract Copy Title: Portland : Fanno Creek watershed : Summaries of resource site inventories Author: Portland (Or.). Bureau of Planning, Portland (Or.) Year: 2008, 1999 47 pp. OCR and bookmarks supplied by UO. Maps, figures. Published October, 1999. Captured November 25, 2008. Title: Portland : Fanno Creek watershed : Summaries of resource site inventories Author: Portland (Or.). Bureau of Planning, Portland (Or.) Year: 2008, 1999 47 pp. OCR and bookmarks supplied by UO. Maps, figures. Published October, 1999. Captured November 25, 2008. Close

• 50. [Article] Fluvial Wood Presence and Dynamics over a Thirty Year Interval in Forested Watersheds

  It has long been known that the presence of wood in rivers plays a vital biological and functional role and that a reciprocal relationship exists between woody material and the geomorphology of rivers. ...

  Citation × Citation Citation Abstract Copy Title: Fluvial Wood Presence and Dynamics over a Thirty Year Interval in Forested Watersheds Author: Atha, Jane Year: 2013 It has long been known that the presence of wood in rivers plays a vital biological and functional role and that a reciprocal relationship exists between woody material and the geomorphology of rivers. Fluvial wood studies, however, are rarely ongoing through time in order to ascertain long-term wood patterns within complete drainage networks. This dissertation addresses the temporal lag in fluvial wood patterns throughout four watersheds in the Oregon Coast Range by recreating a field dataset first collected in 1979 and then again in 1998. Statistical and spatial analysis of stream morphometric data at designated transects throughout the watersheds in addition to analysis of log step and log jam inventories provide insight into significant changes that have occurred over a thirty year interval at a multi-basin scale. These watersheds are located in areas that have been impacted by years of timber harvesting in the mid-twentieth century, however, clearcutting has been on the decline since the early 1980s. This research investigates the impacts that the legacy of clearcutting and subsequent afforestation has had on the abundance and volume of fluvial wood in the stream networks of these four watersheds. I digitized historical aerial imagery to determine the amounts of clearcutting in the basins over time. I integrated this variable with channel morphometric variables to assess predictors of wood abundance and volume through multiple regression analysis. Results show that the stream that has been the most affected by clearcutting has lower volumes of wood than measured in 1979 or 1998. Residence times of wood are short in these watersheds and wood abundance and volume was highly impacted by the debris flows that occurred during the Storm of 1996, prior to the 1998 data collection. There are statistically significant changes that have occurred in the stream morphology among the four watersheds. This dissertation also tests a method of detecting fluvial wood through airborne lidar analysis. This method provides an alternative to field surveys in areas of even the most extreme tree canopy cover. Title: Fluvial Wood Presence and Dynamics over a Thirty Year Interval in Forested Watersheds Author: Atha, Jane Year: 2013 It has long been known that the presence of wood in rivers plays a vital biological and functional role and that a reciprocal relationship exists between woody material and the geomorphology of rivers. Fluvial wood studies, however, are rarely ongoing through time in order to ascertain long-term wood patterns within complete drainage networks. This dissertation addresses the temporal lag in fluvial wood patterns throughout four watersheds in the Oregon Coast Range by recreating a field dataset first collected in 1979 and then again in 1998. Statistical and spatial analysis of stream morphometric data at designated transects throughout the watersheds in addition to analysis of log step and log jam inventories provide insight into significant changes that have occurred over a thirty year interval at a multi-basin scale. These watersheds are located in areas that have been impacted by years of timber harvesting in the mid-twentieth century, however, clearcutting has been on the decline since the early 1980s. This research investigates the impacts that the legacy of clearcutting and subsequent afforestation has had on the abundance and volume of fluvial wood in the stream networks of these four watersheds. I digitized historical aerial imagery to determine the amounts of clearcutting in the basins over time. I integrated this variable with channel morphometric variables to assess predictors of wood abundance and volume through multiple regression analysis. Results show that the stream that has been the most affected by clearcutting has lower volumes of wood than measured in 1979 or 1998. Residence times of wood are short in these watersheds and wood abundance and volume was highly impacted by the debris flows that occurred during the Storm of 1996, prior to the 1998 data collection. There are statistically significant changes that have occurred in the stream morphology among the four watersheds. This dissertation also tests a method of detecting fluvial wood through airborne lidar analysis. This method provides an alternative to field surveys in areas of even the most extreme tree canopy cover. Close