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• 1. [Article] Investigating Variation in Coral Reef Morphology with Photomosaics and Analysis of Percent Cover

  42 pages

  Citation × Citation Citation Abstract Copy Title: Investigating Variation in Coral Reef Morphology with Photomosaics and Analysis of Percent Cover Author: Culman, Justin Year: 2017 42 pages Title: Investigating Variation in Coral Reef Morphology with Photomosaics and Analysis of Percent Cover Author: Culman, Justin Year: 2017 42 pages Close

• 2. [Article] Journal of Environmental Law & Litigation : Vol. 21, No. 2, p. 317-382 : New Discourses on Ocean Governance: Understanding Property Rights and the Public Trust

  66 p.

  Citation × Citation Citation Abstract Copy Title: Journal of Environmental Law & Litigation : Vol. 21, No. 2, p. 317-382 : New Discourses on Ocean Governance: Understanding Property Rights and the Public Trust Author: Osherenko, Gail Year: 2008, 2006 66 p. Title: Journal of Environmental Law & Litigation : Vol. 21, No. 2, p. 317-382 : New Discourses on Ocean Governance: Understanding Property Rights and the Public Trust Author: Osherenko, Gail Year: 2008, 2006 66 p. Close

• 3. [Article] Shellfish and ancient human ecology: an archaeological study from San Miguel Island, California

  iii, 41 p. A THESIS Presented to the Department of Anthropology and the Clark Honors College of the University of Oregon in partial fulfillment of the requirements for degree of Bachelor of Arts, June ...

  Citation × Citation Citation Abstract Copy Title: Shellfish and ancient human ecology: an archaeological study from San Miguel Island, California Author: Steinberg, Alexis Year: 2009, 2005 iii, 41 p. A THESIS Presented to the Department of Anthropology and the Clark Honors College of the University of Oregon in partial fulfillment of the requirements for degree of Bachelor of Arts, June 2005. A print copy of this title is available through the UO Libraries under the call number: SCA Archiv Steinberg 2005 Title: Shellfish and ancient human ecology: an archaeological study from San Miguel Island, California Author: Steinberg, Alexis Year: 2009, 2005 iii, 41 p. A THESIS Presented to the Department of Anthropology and the Clark Honors College of the University of Oregon in partial fulfillment of the requirements for degree of Bachelor of Arts, June 2005. A print copy of this title is available through the UO Libraries under the call number: SCA Archiv Steinberg 2005 Close

• 4. [Article] Approaches to Coastal Management

  Examining committee: Richard Margerum, chair, Donald Holtgrieve

  Citation × Citation Citation Abstract Copy Title: Approaches to Coastal Management Author: Reder, Benjamin Year: 2011 Examining committee: Richard Margerum, chair, Donald Holtgrieve Title: Approaches to Coastal Management Author: Reder, Benjamin Year: 2011 Examining committee: Richard Margerum, chair, Donald Holtgrieve Close

• 5. [Article] Marine Science and Technology

  Posted by permission of Cambridge Scientific Abstracts (CSA). (c) CSA 2006. All rights reserved.

  Citation × Citation Citation Abstract Copy Title: Marine Science and Technology Author: Webster, Janet G., Butler, Barbara A. Year: 2009, 2008 Posted by permission of Cambridge Scientific Abstracts (CSA). (c) CSA 2006. All rights reserved. Title: Marine Science and Technology Author: Webster, Janet G., Butler, Barbara A. Year: 2009, 2008 Posted by permission of Cambridge Scientific Abstracts (CSA). (c) CSA 2006. All rights reserved. Close

• 6. [Article] MarineMap and Collaborative Decision Making: Stakeholder perceptions of MarineMap Decision Support Tool (DST) to reduce conflict and strengthen relationships

  Examining committee: Richard Margerum, chair, Tim Hicks

  Citation × Citation Citation Abstract Copy Title: MarineMap and Collaborative Decision Making: Stakeholder perceptions of MarineMap Decision Support Tool (DST) to reduce conflict and strengthen relationships Author: Campbell, Derek Year: 2011, 2010 Examining committee: Richard Margerum, chair, Tim Hicks Title: MarineMap and Collaborative Decision Making: Stakeholder perceptions of MarineMap Decision Support Tool (DST) to reduce conflict and strengthen relationships Author: Campbell, Derek Year: 2011, 2010 Examining committee: Richard Margerum, chair, Tim Hicks Close

• 7. [Article] Oregon Estuarine Invertebrates: An Illustrated Guide to the Common and Important Invertebrate Animals

  Life history descriptions, drawings and bibliographies relating to 110 different invertebrate species found in Oregon estuaries. 226p.

  Citation × Citation Citation Abstract Copy Title: Oregon Estuarine Invertebrates: An Illustrated Guide to the Common and Important Invertebrate Animals Author: Rudy, Paul, Rudy, Lynn Hay, Watson, Jay F. Year: 2005, 1983 Life history descriptions, drawings and bibliographies relating to 110 different invertebrate species found in Oregon estuaries. 226p. Title: Oregon Estuarine Invertebrates: An Illustrated Guide to the Common and Important Invertebrate Animals Author: Rudy, Paul, Rudy, Lynn Hay, Watson, Jay F. Year: 2005, 1983 Life history descriptions, drawings and bibliographies relating to 110 different invertebrate species found in Oregon estuaries. 226p. Close

• 8. [Article] Lithologic, Climatic, and Biotic vs. Abiotic Controls on Erosion and Landscape Evolution

  The triumvirate of tectonics, lithology, and climate control landscape evolution. This study quantifies how lithologic variation and climate-mediated changes in ecosystems perturb steady state processes ...

  Citation × Citation Citation Abstract Copy Title: Lithologic, Climatic, and Biotic vs. Abiotic Controls on Erosion and Landscape Evolution Author: Marshall, Jill Year: 2015 The triumvirate of tectonics, lithology, and climate control landscape evolution. This study quantifies how lithologic variation and climate-mediated changes in ecosystems perturb steady state processes in the unglaciated, soil-mantled Oregon Coast Range (OCR). I first demonstrate that minor grain-scale differences in rock properties in a seemingly uniform sandstone control differences in rock strength, biotic bedrock-to-soil production efficacy, and erosion rates and influence relief at the watershed scale. I then build on sedimentology, paleoecology, and isotopic-derived paleoerosion data I collected from a new 50 ka sediment archive at Little Lake, OR to explore climate controls on soil production and erosion rates 21 ka across the OCR and spanning 50 ky within a single watershed. In Chapter III, I combine a mechanistic frost weathering model with a regional Last Glacial Maximum (LGM) climate reconstruction and paleovegetation data to demonstrate that accelerated frost-driven erosion was pervasive across the OCR during the LGM. My findings provide a new framework to quantify how the late Pleistocene affects modern erosion and soil formation rates in unglaciated environments and implies that most landscapes reside in a transient state. In Chapter IV, I document climate-mediated ecosystem influence on erosion rates over 3 climatic intervals. 10Be-derived erosion rates increase 3x (from 0.6 mm/yr to 0.21 mm/yr) as the OCR transitioned from the open forest-dominated marine isotope stage (MIS) climate interval (50-26 ka) into the periglacial subalpine MIS 2 glacial interval (26-13 ka). Measured erosion rates fell by more than half as the subalpine ecosystem gave way to the modern MIS 1 closed canopy Douglas-fir forest. Coupling paleovegetation-derived climate information with core observations I model frost weathering intensity from ~ 43 ka to 21 ka and establish a correspondence with increasing frost weathering intensity and increasing 10Be-derived erosion rates. Utilizing a transient mixing depth and erosion rate model, I am able to broadly replicate measured erosion rates at Little Lake through time. My findings contradict previous work that suggests climate has only weak control on erosion rates. This dissertation includes previously published and unpublished co-authored material. Title: Lithologic, Climatic, and Biotic vs. Abiotic Controls on Erosion and Landscape Evolution Author: Marshall, Jill Year: 2015 The triumvirate of tectonics, lithology, and climate control landscape evolution. This study quantifies how lithologic variation and climate-mediated changes in ecosystems perturb steady state processes in the unglaciated, soil-mantled Oregon Coast Range (OCR). I first demonstrate that minor grain-scale differences in rock properties in a seemingly uniform sandstone control differences in rock strength, biotic bedrock-to-soil production efficacy, and erosion rates and influence relief at the watershed scale. I then build on sedimentology, paleoecology, and isotopic-derived paleoerosion data I collected from a new 50 ka sediment archive at Little Lake, OR to explore climate controls on soil production and erosion rates 21 ka across the OCR and spanning 50 ky within a single watershed. In Chapter III, I combine a mechanistic frost weathering model with a regional Last Glacial Maximum (LGM) climate reconstruction and paleovegetation data to demonstrate that accelerated frost-driven erosion was pervasive across the OCR during the LGM. My findings provide a new framework to quantify how the late Pleistocene affects modern erosion and soil formation rates in unglaciated environments and implies that most landscapes reside in a transient state. In Chapter IV, I document climate-mediated ecosystem influence on erosion rates over 3 climatic intervals. 10Be-derived erosion rates increase 3x (from 0.6 mm/yr to 0.21 mm/yr) as the OCR transitioned from the open forest-dominated marine isotope stage (MIS) climate interval (50-26 ka) into the periglacial subalpine MIS 2 glacial interval (26-13 ka). Measured erosion rates fell by more than half as the subalpine ecosystem gave way to the modern MIS 1 closed canopy Douglas-fir forest. Coupling paleovegetation-derived climate information with core observations I model frost weathering intensity from ~ 43 ka to 21 ka and establish a correspondence with increasing frost weathering intensity and increasing 10Be-derived erosion rates. Utilizing a transient mixing depth and erosion rate model, I am able to broadly replicate measured erosion rates at Little Lake through time. My findings contradict previous work that suggests climate has only weak control on erosion rates. This dissertation includes previously published and unpublished co-authored material. Close