Search

Search Results

• 1. [Article] Temperature Monitoring and Modeling of the Mary's River Watershed

  Abstract -- Stream temperatures were monitored at 42 sites in the summer of 1998 and at 26 sites in the summer of 1999 throughout the Mary's River watershed. Segments of streams were identified where reduced ...

  Citation × Citation Citation Abstract Copy Title: Temperature Monitoring and Modeling of the Mary's River Watershed Abstract -- Stream temperatures were monitored at 42 sites in the summer of 1998 and at 26 sites in the summer of 1999 throughout the Mary's River watershed. Segments of streams were identified where reduced temperatures would benefit native cutthroat trout. Computer modeling of riparian shade enhancement predicted temperature reductions. Title: Temperature Monitoring and Modeling of the Mary's River Watershed Abstract -- Stream temperatures were monitored at 42 sites in the summer of 1998 and at 26 sites in the summer of 1999 throughout the Mary's River watershed. Segments of streams were identified where reduced temperatures would benefit native cutthroat trout. Computer modeling of riparian shade enhancement predicted temperature reductions. Close

• 2. [Article] Stream Temperature Management Strategies for the Central Umpqua Basin

  Abstract -- This report provides a technical framework to develop a temperature management plan with specific information and examples for the Central Umpqua Basin. Sections include basic stream heating ...

  Citation × Citation Citation Abstract Copy Title: Stream Temperature Management Strategies for the Central Umpqua Basin Abstract -- This report provides a technical framework to develop a temperature management plan with specific information and examples for the Central Umpqua Basin. Sections include basic stream heating concepts, general management considerations, temperature management, and extensive appendices. Title: Stream Temperature Management Strategies for the Central Umpqua Basin Abstract -- This report provides a technical framework to develop a temperature management plan with specific information and examples for the Central Umpqua Basin. Sections include basic stream heating concepts, general management considerations, temperature management, and extensive appendices. Close

• 3. [Article] Salmonberry River Temperature Monitoring-STEP Project

  Abstract -- Results of a STEP project in which volunteers monitor summer temperatures in the Salmonberry River and tributaries. The project began collecting temperatures in 1994. Project history, protocol, ...

  Citation × Citation Citation Abstract Copy Title: Salmonberry River Temperature Monitoring-STEP Project Abstract -- Results of a STEP project in which volunteers monitor summer temperatures in the Salmonberry River and tributaries. The project began collecting temperatures in 1994. Project history, protocol, and results are summarized in pdf documents. Title: Salmonberry River Temperature Monitoring-STEP Project Abstract -- Results of a STEP project in which volunteers monitor summer temperatures in the Salmonberry River and tributaries. The project began collecting temperatures in 1994. Project history, protocol, and results are summarized in pdf documents. Close

• 4. [Article] DRAFT Walla Walla Subbasin Stream Temperature TMDL and Water Quality Management Plan

  Abstract -- This document lays out goals and planning to address elevated stream temperatures in the Walla Walla subbasin in Oregon. The first part establishes the Total Maximum Daily Load as required ...

  Citation × Citation Citation Abstract Copy Title: DRAFT Walla Walla Subbasin Stream Temperature TMDL and Water Quality Management Plan Abstract -- This document lays out goals and planning to address elevated stream temperatures in the Walla Walla subbasin in Oregon. The first part establishes the Total Maximum Daily Load as required by Section 303(d) of the federal Clean Water Act for streams whose quality has been compromised by pollutants or high temperatures. The second part, the Water Quality Management Plan, lays out specific guidelines for attaining the goals of the TMDL. The third part of this document is an extensive analysis of stream temperatures which addresses the vegetation, hydrology, and morphology of the Walla Walla subbasin. Title: DRAFT Walla Walla Subbasin Stream Temperature TMDL and Water Quality Management Plan Abstract -- This document lays out goals and planning to address elevated stream temperatures in the Walla Walla subbasin in Oregon. The first part establishes the Total Maximum Daily Load as required by Section 303(d) of the federal Clean Water Act for streams whose quality has been compromised by pollutants or high temperatures. The second part, the Water Quality Management Plan, lays out specific guidelines for attaining the goals of the TMDL. The third part of this document is an extensive analysis of stream temperatures which addresses the vegetation, hydrology, and morphology of the Walla Walla subbasin. Close

• 5. [Article] Tenmile Tributary Temperature Summary, 2008

  Abstract -- Continuous temperature monitoring for streams within the Tenmile Lakes basin. Including the following locations: Adams Creek (Middle Fork), Adams Creek (Right Fork), Johnson Creek (Swanson ...

  Citation × Citation Citation Abstract Copy Title: Tenmile Tributary Temperature Summary, 2008 Abstract -- Continuous temperature monitoring for streams within the Tenmile Lakes basin. Including the following locations: Adams Creek (Middle Fork), Adams Creek (Right Fork), Johnson Creek (Swanson Bridge #3), Johnson Creek Bridge, Johnson Delta, Roberts ESF, Roberts Creek (Lower), Benson ESF, Benson Creek Bridge, Alder Fork, Big Creek (Upper), Big Creek Dam Pool, Big Creek Bridge, Noble Creek (Upper), Noble Creek Bridge (Upper), Noble/Alder Bridge, Blacks Creek (Upper), Blacks Delta, Murphy Upper, and Murphy Lower Title: Tenmile Tributary Temperature Summary, 2008 Abstract -- Continuous temperature monitoring for streams within the Tenmile Lakes basin. Including the following locations: Adams Creek (Middle Fork), Adams Creek (Right Fork), Johnson Creek (Swanson Bridge #3), Johnson Creek Bridge, Johnson Delta, Roberts ESF, Roberts Creek (Lower), Benson ESF, Benson Creek Bridge, Alder Fork, Big Creek (Upper), Big Creek Dam Pool, Big Creek Bridge, Noble Creek (Upper), Noble Creek Bridge (Upper), Noble/Alder Bridge, Blacks Creek (Upper), Blacks Delta, Murphy Upper, and Murphy Lower Close

• 6. [Article] Tenmile Tributary Temperature Summary, 2009

  Abstract -- Continuous temperature monitoring for streams within the Tenmile Lakes basin. Including the following locations: Adams Creek (Upper Right Fork), Adams Creek (Lower Right Fork), Roberts Creek ...

  Citation × Citation Citation Abstract Copy Title: Tenmile Tributary Temperature Summary, 2009 Abstract -- Continuous temperature monitoring for streams within the Tenmile Lakes basin. Including the following locations: Adams Creek (Upper Right Fork), Adams Creek (Lower Right Fork), Roberts Creek ((Elliott State Forest (ESF)), Johnson Creek Bridge, Benson Creek ESF, Benson Creek Bridge, Benson Creek Delta, Alder Fork, Big Creek (Upper), Big Creek Dam Pool, Big Creek Bridge, Blacks Creek (Upper), Blacks Creek Delta, Murphy Creek (Upper). Title: Tenmile Tributary Temperature Summary, 2009 Abstract -- Continuous temperature monitoring for streams within the Tenmile Lakes basin. Including the following locations: Adams Creek (Upper Right Fork), Adams Creek (Lower Right Fork), Roberts Creek ((Elliott State Forest (ESF)), Johnson Creek Bridge, Benson Creek ESF, Benson Creek Bridge, Benson Creek Delta, Alder Fork, Big Creek (Upper), Big Creek Dam Pool, Big Creek Bridge, Blacks Creek (Upper), Blacks Creek Delta, Murphy Creek (Upper). Close

• 7. [Article] Tenmile Tributary Temperature Summary, 2010

  Abstract -- Continuous temperature monitoring for streams within the Tenmile Lakes basin. Including the following locations: Adams Creek (Lower Right Fork), Adams Creek (Upper Right Fork), Johnson Creek ...

  Citation × Citation Citation Abstract Copy Title: Tenmile Tributary Temperature Summary, 2010 Abstract -- Continuous temperature monitoring for streams within the Tenmile Lakes basin. Including the following locations: Adams Creek (Lower Right Fork), Adams Creek (Upper Right Fork), Johnson Creek (Upper confluence), Johnson Creek Bridge, Johnson Creek Delta, Roberts Creek ((Elliott State Forest (ESF)), Roberts Creek (Lower), Benson ESF, Benson Creek Bridge, Alder Fork, Big Creek (Upper), Big Creek Dam Pool, Big Creek Bridge, Blacks Creek (Upper), Blacks Delta, Murphy Creek (Upper), Murphy Creek (Lower). Title: Tenmile Tributary Temperature Summary, 2010 Abstract -- Continuous temperature monitoring for streams within the Tenmile Lakes basin. Including the following locations: Adams Creek (Lower Right Fork), Adams Creek (Upper Right Fork), Johnson Creek (Upper confluence), Johnson Creek Bridge, Johnson Creek Delta, Roberts Creek ((Elliott State Forest (ESF)), Roberts Creek (Lower), Benson ESF, Benson Creek Bridge, Alder Fork, Big Creek (Upper), Big Creek Dam Pool, Big Creek Bridge, Blacks Creek (Upper), Blacks Delta, Murphy Creek (Upper), Murphy Creek (Lower). Close

• 8. [Article] Riparian Function and Stream Temperature: Effectiveness of Oregon Department of Forestry’s Protection Rules and Strategies (OWEB #201-733)

  Abstract -- The Forest Practices Monitoring Program proposes in this report that future monitoring, with the objective to evaluate effectiveness, utilize a pre/post harvest measurement design coupled with ...

  Citation × Citation Citation Abstract Copy Title: Riparian Function and Stream Temperature: Effectiveness of Oregon Department of Forestry’s Protection Rules and Strategies (OWEB #201-733) Abstract -- The Forest Practices Monitoring Program proposes in this report that future monitoring, with the objective to evaluate effectiveness, utilize a pre/post harvest measurement design coupled with control reaches. The proposed project evaluates stream temperature and riparian condition before and after harvesting. Sites will be evaluated on both privately-owned and state-owed forestland. A pre/post- study design that establishes control, treatment, and downstream reaches, 2 years prior to harvest is proposed. Temperature, channel, overstory and understory riparian characteristics will be monitored two years prior to harvest and for 5 years after harvesting to evaluate harvest effects and recovery rates. This project approach, design, and proposed analysis will go through a review process involving reviewers from private research, DEQ, ODF&W, stakeholders, researchers, and representatives of the environmental caucuses. Title: Riparian Function and Stream Temperature: Effectiveness of Oregon Department of Forestry’s Protection Rules and Strategies (OWEB #201-733) Abstract -- The Forest Practices Monitoring Program proposes in this report that future monitoring, with the objective to evaluate effectiveness, utilize a pre/post harvest measurement design coupled with control reaches. The proposed project evaluates stream temperature and riparian condition before and after harvesting. Sites will be evaluated on both privately-owned and state-owed forestland. A pre/post- study design that establishes control, treatment, and downstream reaches, 2 years prior to harvest is proposed. Temperature, channel, overstory and understory riparian characteristics will be monitored two years prior to harvest and for 5 years after harvesting to evaluate harvest effects and recovery rates. This project approach, design, and proposed analysis will go through a review process involving reviewers from private research, DEQ, ODF&W, stakeholders, researchers, and representatives of the environmental caucuses. Close

• 9. [Article] Thermal Transition in Small Streams Under Low Flow Conditions

  Abstract -- This analysis uses a simple steady-state model to estimate the time required for a column of water, representative of a typical stream, to change temperature when moved from one environment ...

  Citation × Citation Citation Abstract Copy Title: Thermal Transition in Small Streams Under Low Flow Conditions Abstract -- This analysis uses a simple steady-state model to estimate the time required for a column of water, representative of a typical stream, to change temperature when moved from one environment to another. Title: Thermal Transition in Small Streams Under Low Flow Conditions Abstract -- This analysis uses a simple steady-state model to estimate the time required for a column of water, representative of a typical stream, to change temperature when moved from one environment to another. Close

• 10. [Article] Livestock Nutrient and Sediment Monitoring for Total Maximum Daily Load Development on Pedee Creek

  Abstract -- A water quality monitoring program was implemented for Pedee Creek, a tributary of the Luckiamute River, to assess bacteria levels above and below agricultural land. Six sites were monitored ...

  Citation × Citation Citation Abstract Copy Title: Livestock Nutrient and Sediment Monitoring for Total Maximum Daily Load Development on Pedee Creek Abstract -- A water quality monitoring program was implemented for Pedee Creek, a tributary of the Luckiamute River, to assess bacteria levels above and below agricultural land. Six sites were monitored from November 2001 to March 2002 for stream temperature, turbidity, pH, conductivity, and bacteria. Title: Livestock Nutrient and Sediment Monitoring for Total Maximum Daily Load Development on Pedee Creek Abstract -- A water quality monitoring program was implemented for Pedee Creek, a tributary of the Luckiamute River, to assess bacteria levels above and below agricultural land. Six sites were monitored from November 2001 to March 2002 for stream temperature, turbidity, pH, conductivity, and bacteria. Close