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• 11. [Article] Curry County Notice of Adopted Amendment (2006-03-09)

  28 pp. Adopted 2006-03-09. Department of Land Conservation and Development Notice of Adopted Amendment

  Citation × Citation Citation Abstract Copy Title: Curry County Notice of Adopted Amendment (2006-03-09) Author: Curry County Year: 2014, 2006 28 pp. Adopted 2006-03-09. Department of Land Conservation and Development Notice of Adopted Amendment Title: Curry County Notice of Adopted Amendment (2006-03-09) Author: Curry County Year: 2014, 2006 28 pp. Adopted 2006-03-09. Department of Land Conservation and Development Notice of Adopted Amendment Close

• 12. [Article] Computational Studies of Environmentally Important Processes at Aqueous Interfaces

  Undoubtedly, water is the most abundant and important molecular liquid and is likely the most necessary for life on Earth. The pursuit of understanding water's properties and behaviors has placed it in ...

  Citation × Citation Citation Abstract Copy Title: Computational Studies of Environmentally Important Processes at Aqueous Interfaces Author: Shamay, Shachar Year: 2012 Undoubtedly, water is the most abundant and important molecular liquid and is likely the most necessary for life on Earth. The pursuit of understanding water's properties and behaviors has placed it in a unique scientific and even mythical position throughout human history. It is no surprise that much scientific research today centers around this molecule and its interactions with others. The interfacial region between liquid water solutions and other phases is still poorly understood, and only recently have experiments developed to where we can probe this unique environment. Water surfaces exist throughout the Earth's atmosphere and oceans but also make up many of the microscopic interfaces necessary for metabolic processes within living cells. Yet, the influence of water surfaces on the chemistry that drives life and terrestrial processes is still largely unknown, and many research efforts today are attempting to gain insight to this critically important frontier. This dissertation documents several unique computational studies aimed to further our understanding of the complex interactions within a water system and between water and simple, common solutes. Reported herein are the results of molecular dynamics (MD) simulations and computational analysis of interfacial aqueous systems of small hydrated acids, ionic aqueous salt solutions interfaced with a liquid oil, and gas molecules adsorbing onto water surfaces. The composition of the systems chosen for the studies reported in this dissertation reflect environmentally relevant interfaces and also complement recent experimental efforts by the Richmond laboratory. Classical and quantum ab initio MD techniques were used for simulation of the molecular systems and the subsequent analyses provided new information regarding molecular interactions, geometries, orientations, and surface behaviors of water and hydrated interfacial solute molecules. This dissertation includes both previously published and unpublished co-authored material. Title: Computational Studies of Environmentally Important Processes at Aqueous Interfaces Author: Shamay, Shachar Year: 2012 Undoubtedly, water is the most abundant and important molecular liquid and is likely the most necessary for life on Earth. The pursuit of understanding water's properties and behaviors has placed it in a unique scientific and even mythical position throughout human history. It is no surprise that much scientific research today centers around this molecule and its interactions with others. The interfacial region between liquid water solutions and other phases is still poorly understood, and only recently have experiments developed to where we can probe this unique environment. Water surfaces exist throughout the Earth's atmosphere and oceans but also make up many of the microscopic interfaces necessary for metabolic processes within living cells. Yet, the influence of water surfaces on the chemistry that drives life and terrestrial processes is still largely unknown, and many research efforts today are attempting to gain insight to this critically important frontier. This dissertation documents several unique computational studies aimed to further our understanding of the complex interactions within a water system and between water and simple, common solutes. Reported herein are the results of molecular dynamics (MD) simulations and computational analysis of interfacial aqueous systems of small hydrated acids, ionic aqueous salt solutions interfaced with a liquid oil, and gas molecules adsorbing onto water surfaces. The composition of the systems chosen for the studies reported in this dissertation reflect environmentally relevant interfaces and also complement recent experimental efforts by the Richmond laboratory. Classical and quantum ab initio MD techniques were used for simulation of the molecular systems and the subsequent analyses provided new information regarding molecular interactions, geometries, orientations, and surface behaviors of water and hydrated interfacial solute molecules. This dissertation includes both previously published and unpublished co-authored material. Close

• 13. [Article] Diffusion of Innovations and Stormwater Management Systems in Eugene, Oregon

  Examining committee: Richard Margerum, chair; Gerardo Sandoval

  Citation × Citation Citation Abstract Copy Title: Diffusion of Innovations and Stormwater Management Systems in Eugene, Oregon Author: Tochen, Rachel Year: 2012, 2011 Examining committee: Richard Margerum, chair; Gerardo Sandoval Title: Diffusion of Innovations and Stormwater Management Systems in Eugene, Oregon Author: Tochen, Rachel Year: 2012, 2011 Examining committee: Richard Margerum, chair; Gerardo Sandoval Close

• 14. [Article] Upper Central Mine abbreviated preliminary assessment

  19 pp. Tables, appendices, map, illus. T 8 S, R 35.5 W, S 23. Captured June 5, 2008.

  Citation × Citation Citation Abstract Copy Title: Upper Central Mine abbreviated preliminary assessment Author: Wallowa-Whitman National Forest (Agency : U.S.) Year: 2008, 2006 19 pp. Tables, appendices, map, illus. T 8 S, R 35.5 W, S 23. Captured June 5, 2008. Title: Upper Central Mine abbreviated preliminary assessment Author: Wallowa-Whitman National Forest (Agency : U.S.) Year: 2008, 2006 19 pp. Tables, appendices, map, illus. T 8 S, R 35.5 W, S 23. Captured June 5, 2008. Close

• 15. [Article] Bend : Water management and conservation plan

  Item contains three files. Water Management and Conservation Plan Final Report. Bookmarks supplied by UO. Maps, charts, tables. 119 pp. Published December, 2004; Surface Water Map. 1p. Published April ...

  Citation × Citation Citation Abstract Copy Title: Bend : Water management and conservation plan Author: Bend (Or.), Economic and Engineering Services, Inc., Galardi Consulting, LLC Year: 2008 Item contains three files. Water Management and Conservation Plan Final Report. Bookmarks supplied by UO. Maps, charts, tables. 119 pp. Published December, 2004; Surface Water Map. 1p. Published April 3, 2008; Water Facilities Map. 1p. Published April 3, 2007. Captured July 15, 2008. Title: Bend : Water management and conservation plan Author: Bend (Or.), Economic and Engineering Services, Inc., Galardi Consulting, LLC Year: 2008 Item contains three files. Water Management and Conservation Plan Final Report. Bookmarks supplied by UO. Maps, charts, tables. 119 pp. Published December, 2004; Surface Water Map. 1p. Published April 3, 2008; Water Facilities Map. 1p. Published April 3, 2007. Captured July 15, 2008. Close

• 16. [Article] Deschutes County : Protection of groundwater resources in the Upper Deschutes River Basin, Oregon

  97 pp. Bookmarks supplied by UO. Published September 4, 2008 (per Web site). Captured February 4, 2009.

  Citation × Citation Citation Abstract Copy Title: Deschutes County : Protection of groundwater resources in the Upper Deschutes River Basin, Oregon Author: Deschutes County (Or.). Community Development Dept., Deschutes County (Or.) Year: 2009, 2008 97 pp. Bookmarks supplied by UO. Published September 4, 2008 (per Web site). Captured February 4, 2009. Title: Deschutes County : Protection of groundwater resources in the Upper Deschutes River Basin, Oregon Author: Deschutes County (Or.). Community Development Dept., Deschutes County (Or.) Year: 2009, 2008 97 pp. Bookmarks supplied by UO. Published September 4, 2008 (per Web site). Captured February 4, 2009. Close

• 17. [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

• 18. [Article] Distribution of Zooplankton and Detritus within Langmuir Circulation Cells

  xi, 70 p. : ill., maps. A print copy of this title is available from the UO Libraries under the call number: SCIENCE GC228.5 L34 2007

  Citation × Citation Citation Abstract Copy Title: Distribution of Zooplankton and Detritus within Langmuir Circulation Cells Author: Laferriere, Alison Mariah, 1976- Year: 2008, 2007 xi, 70 p. : ill., maps. A print copy of this title is available from the UO Libraries under the call number: SCIENCE GC228.5 L34 2007 Title: Distribution of Zooplankton and Detritus within Langmuir Circulation Cells Author: Laferriere, Alison Mariah, 1976- Year: 2008, 2007 xi, 70 p. : ill., maps. A print copy of this title is available from the UO Libraries under the call number: SCIENCE GC228.5 L34 2007 Close

• 19. [Article] Bend Pine Nursery land conveyance project environmental assessment

  33 pp. Maps. Township 17 south, Range 12 east, sections 22 and 23. Captured May 22, 2007.

  Citation × Citation Citation Abstract Copy Title: Bend Pine Nursery land conveyance project environmental assessment Author: Deschutes National Forest (Agency : U.S.) Year: 2008, 2002 33 pp. Maps. Township 17 south, Range 12 east, sections 22 and 23. Captured May 22, 2007. Title: Bend Pine Nursery land conveyance project environmental assessment Author: Deschutes National Forest (Agency : U.S.) Year: 2008, 2002 33 pp. Maps. Township 17 south, Range 12 east, sections 22 and 23. Captured May 22, 2007. Close

• 20. [Article] Bend Pine nursery land conveyance project decision notice and finding of no significant impact

  7 pp. Township 17 south, Range 12 east, sections 22 and 23. Captured May 22, 2007.

  Citation × Citation Citation Abstract Copy Title: Bend Pine nursery land conveyance project decision notice and finding of no significant impact Author: Deschutes National Forest (Agency : U.S.) Year: 2008, 2003 7 pp. Township 17 south, Range 12 east, sections 22 and 23. Captured May 22, 2007. Title: Bend Pine nursery land conveyance project decision notice and finding of no significant impact Author: Deschutes National Forest (Agency : U.S.) Year: 2008, 2003 7 pp. Township 17 south, Range 12 east, sections 22 and 23. Captured May 22, 2007. Close