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• 1. [Article] Middle Fork Irrigation District 2008 projects decision memo

  7 pp. Middle Fork Irrigation District (MFID) is a permit holder on the forest that operates water diversions, pipelines, ditches and Clear Branch dam at Laurance Lake. Captured March 6, 2009.

  Citation × Citation Citation Abstract Copy Title: Middle Fork Irrigation District 2008 projects decision memo Author: Mt. Hood National Forest (Agency : U.S.) Year: 2009, 2008 7 pp. Middle Fork Irrigation District (MFID) is a permit holder on the forest that operates water diversions, pipelines, ditches and Clear Branch dam at Laurance Lake. Captured March 6, 2009. Title: Middle Fork Irrigation District 2008 projects decision memo Author: Mt. Hood National Forest (Agency : U.S.) Year: 2009, 2008 7 pp. Middle Fork Irrigation District (MFID) is a permit holder on the forest that operates water diversions, pipelines, ditches and Clear Branch dam at Laurance Lake. Captured March 6, 2009. Close

• 2. [Article] Enabling Sustainable Irrigation: Determining the feasibility of landscape-based strategies

  Examining committee: David Hulse, chair; Roxi Thoren

  Citation × Citation Citation Abstract Copy Title: Enabling Sustainable Irrigation: Determining the feasibility of landscape-based strategies Author: Carroll, Madeline Year: 2013 Examining committee: David Hulse, chair; Roxi Thoren Title: Enabling Sustainable Irrigation: Determining the feasibility of landscape-based strategies Author: Carroll, Madeline Year: 2013 Examining committee: David Hulse, chair; Roxi Thoren Close

• 3. [Article] Increasing stream flows to sustain salmon in the Northwest: an economic and policy assessment

  26 p.

  Citation × Citation Citation Abstract Copy Title: Increasing stream flows to sustain salmon in the Northwest: an economic and policy assessment Author: Jaeger, William K., Mikesell, Raymond Year: 2006, 2000 26 p. Title: Increasing stream flows to sustain salmon in the Northwest: an economic and policy assessment Author: Jaeger, William K., Mikesell, Raymond Year: 2006, 2000 26 p. Close

• 4. [Article] Does First In Time Really Mean First In Right? Exploring Water Rights in the Context of Klamath Irrigation District v. United States

  42 pages

  Citation × Citation Citation Abstract Copy Title: Does First In Time Really Mean First In Right? Exploring Water Rights in the Context of Klamath Irrigation District v. United States Author: Dunlap, Jordan Year: 2014, 2013 42 pages Title: Does First In Time Really Mean First In Right? Exploring Water Rights in the Context of Klamath Irrigation District v. United States Author: Dunlap, Jordan Year: 2014, 2013 42 pages Close

• 5. [Article] Farm bill evolution to increase landowner and ecosystem service benefits

  2 pages

  Citation × Citation Citation Abstract Copy Title: Farm bill evolution to increase landowner and ecosystem service benefits Author: University of Oregon. Ecosystem Workforce Program Year: 2016, 2013 2 pages Title: Farm bill evolution to increase landowner and ecosystem service benefits Author: University of Oregon. Ecosystem Workforce Program Year: 2016, 2013 2 pages Close

• 6. [Article] Gerber Ditch road construction and right-of-way, environmental assessment

  8 pp. Tables, maps, references. T. 38S., R. 14 E. Section 30 SW1/4. File provided by Klamath Falls Resource Area, October 21,2008.

  Citation × Citation Citation Abstract Copy Title: Gerber Ditch road construction and right-of-way, environmental assessment Author: United States. Bureau of Land Management. Lakeview District Year: 2009, 2005 8 pp. Tables, maps, references. T. 38S., R. 14 E. Section 30 SW1/4. File provided by Klamath Falls Resource Area, October 21,2008. Title: Gerber Ditch road construction and right-of-way, environmental assessment Author: United States. Bureau of Land Management. Lakeview District Year: 2009, 2005 8 pp. Tables, maps, references. T. 38S., R. 14 E. Section 30 SW1/4. File provided by Klamath Falls Resource Area, October 21,2008. Close

• 7. [Article] Management Intensity Effects on Lawn Soil Carbon Content in the Eugene-Springfield, Oregon Urban Ecosystem

  Prior research suggests lawns sequester large amounts of carbon, but the effects of different management regimes on this is poorly known. Within the Eugene-Springfield, OR urban area lawn management ranges ...

  Citation × Citation Citation Abstract Copy Title: Management Intensity Effects on Lawn Soil Carbon Content in the Eugene-Springfield, Oregon Urban Ecosystem Author: Peach, Morgan Year: 2014 Prior research suggests lawns sequester large amounts of carbon, but the effects of different management regimes on this is poorly known. Within the Eugene-Springfield, OR urban area lawn management ranges from intensive (high: weekly mowing, summer irrigation, herbicide and fertilizer application) to non-intensive techniques (low: spring and fall mowing, clippings left on lawn). I examined if these two regimes affect soil carbon content and vertical distribution after at least 20 years of consistent management. I sampled 17 lawns in June 2013 and four remnant prairies in midsummer. At each site, I extracted three to five soil cores to one-meter depth. Soils were separated by horizon, with horizon depth and volume measured. Measurement of soil carbon-nitrogen (CN) content revealed low-management lawns stored more CN at < 46 cm depth, but a trend of increasing CN with depth in high-management lawns. This thesis includes unpublished co-authored material. Title: Management Intensity Effects on Lawn Soil Carbon Content in the Eugene-Springfield, Oregon Urban Ecosystem Author: Peach, Morgan Year: 2014 Prior research suggests lawns sequester large amounts of carbon, but the effects of different management regimes on this is poorly known. Within the Eugene-Springfield, OR urban area lawn management ranges from intensive (high: weekly mowing, summer irrigation, herbicide and fertilizer application) to non-intensive techniques (low: spring and fall mowing, clippings left on lawn). I examined if these two regimes affect soil carbon content and vertical distribution after at least 20 years of consistent management. I sampled 17 lawns in June 2013 and four remnant prairies in midsummer. At each site, I extracted three to five soil cores to one-meter depth. Soils were separated by horizon, with horizon depth and volume measured. Measurement of soil carbon-nitrogen (CN) content revealed low-management lawns stored more CN at < 46 cm depth, but a trend of increasing CN with depth in high-management lawns. This thesis includes unpublished co-authored material. Close

• 8. [Article] Coordinated salmon habitat restoration on private lands

  2 pages

  Citation × Citation Citation Abstract Copy Title: Coordinated salmon habitat restoration on private lands Author: University of Oregon. Ecosystem Workforce Program Year: 2016, 2013 2 pages Title: Coordinated salmon habitat restoration on private lands Author: University of Oregon. Ecosystem Workforce Program Year: 2016, 2013 2 pages Close

• 9. [Article] Beer, fish and water restoration certificates : a new way to restore rivers in Montana

  2 pages

  Citation × Citation Citation Abstract Copy Title: Beer, fish and water restoration certificates : a new way to restore rivers in Montana Author: University of Oregon. Ecosystem Workforce Program Year: 2016, 2013 2 pages Title: Beer, fish and water restoration certificates : a new way to restore rivers in Montana Author: University of Oregon. Ecosystem Workforce Program Year: 2016, 2013 2 pages Close

• 10. [Article] A Preliminary Estimate of Economic Impact and Job Creation from the Oregon Watershed Enhancement Board’s Restoration Investments

  4 p.

  Citation × Citation Citation Abstract Copy Title: A Preliminary Estimate of Economic Impact and Job Creation from the Oregon Watershed Enhancement Board’s Restoration Investments Author: Nielsen-Pincus, Max, Moseley, Cassandra Year: 2010, 2009 4 p. Title: A Preliminary Estimate of Economic Impact and Job Creation from the Oregon Watershed Enhancement Board’s Restoration Investments Author: Nielsen-Pincus, Max, Moseley, Cassandra Year: 2010, 2009 4 p. Close