Reports:
Final Summary Report
Final Summary Report Appendices
Key Findings from 10 Years of Monitoring (2008-2017) - 4 page version
Key Findings from 10 Years of Monitoring (2008-2017) - 2 page version
Ciepiela, L.R. 2022.
Juvenile Salmonid Monitoring in the Middle Fork John Day River Basin
2021 Annual Report.
MFIMW 2017-2021 Accomplishments Report
Bare, C. M., L. R. Ciepiela, J. S. Henderson, T. M. Jones, I. A. Tattam, and J. R. Ruzycki. 2020.
Escapement and productivity of steelhead and spring Chinook salmon in the John Day River
2019 Annual Report, Bonneville Power Administration Project 1998-016-00.
Bare, C.M., I.A. Tattam, J.R. Ruzycki. 2021.
Chinook Salmon Productivity and Escapement Monitoring in the John Day River Basin
2018 Technical Report. ODFW. La Grande, OR.
Kirkland, S and S. Wondzell. 2020.
Shading Out Climate Change: Planting Streamside Forests to Keep Salmon Cool
Science Findings 228. Pacific Northwest Research Station. USDA Forest Service, Portland, OR.
Saunders, W.C., J.V. Ojala and A.R. Van Wagenen. 2020.
Stream Habitat Condition for Sites Managed by the Oregon Watershed Enhancement Board. *Amended for Aquatic Macroinvertebrates Feb. 2021.
PacFish/InFish Biological (PIBO) Monitoring Program. USDA Forest Service. Logan, UT.
Middle Fork John Day River IMW Accomplishments Report 2017
Bare, C.M., J.L. Latshaw, I.A. Tattam, J.R. Ruzycki, and R.W. Carmichael
2014 Chinook Salmon Productivity and Escapement Monitoring in the John Day River Basin. Annual report to the Oregon Watershed Enhancement Board. 61 pages.
Middle Fork John Day River IMW DRAFT Implementation Plan
Report on Socio-Economic Measures for the Middle Fork IMW from the University of Oregon’s Institute for Policy Research and Innovation
2012 Interim Report- Middle Fork John Day River IMW
Academic Publications:
Arik, Aida. A study of stream temperature using distributed temperature sensing fiber optics technology in Big Boulder Creek, a tributary to the Middle Fork John Day River in eastern Oregon. MS Thesis. Oregon State University, Corvallis. 2012.
Diabat, Mousa. The Influence of Climate Change and Restoration on Stream Temperature PhD Dissertation. Oregon State University. 2014.
Henderson, Robin M. Measuring the Biotic Integrity of Stream Ecosystems with Restoration. MS Thesis. Washington State University, Richland. 2014.
Huff, Julie. Monitoring river restoration using fiber optic temperature measurements in a modeling framework. MS Thesis. Oregon State University, Corvallis. 2009.
Noel, Paul. Study of groundwater in meadows alongside the Middle Fork John Day River, Oregon, USA. Internship Report. 2011.
O’Donnell, Tara. Evaluation of stream temperature spatial variation using distributed temperature sensing. MS Thesis. Oregon State University, Corvallis. 2012.
Sampic, Camille. Estimation of hourly evapotranspiration by diurnal water table fluctuations: integration of the profile of hysteretic soil water content in the White method. Internship Report. 2012.
Senkyr, K. Lauren. The role of habitat restoration and conservation in the changing socio-economic conditions of Grant County, Oregon. MS Thesis. Portland State University, Portland. 2012.
Tu, Denise Shao-Wai. Assessment of methods for monitoring responses to river restoration: riverbed and channel form changes. MS Thesis. University of Oregon, Eugene. 2011.
Journal Publications:Hibbard, Michael, et. al. Multifunctional Rural Regional Development: Evidence from the John Day Watershed in Oregon. Journal of Planning Education and Research Vol. 35(1) 51-62. 2015.
Presentations:
Henderson, Robin M. and James R. Pratt. Measuring the Biotic Integrity of Stream Ecosystems with Restoration. Washington State University Academic Showcase. 2014.
McDowell, Patricia. Monitoring Effectiveness of Log Structures in the Middle Fork John Day River, Oregon. Presentation at River Restoration Northwest Symposium. 2012.
Outreach:
Middle Fork IMW 2019 brochure
Middle Fork John Day River Intensively Monitored Watershed Poster
Final Summary Report
Final Summary Report Appendices
Key Findings from 10 Years of Monitoring (2008-2017) - 4 page version
Key Findings from 10 Years of Monitoring (2008-2017) - 2 page version
Ciepiela, L.R. 2022.
Juvenile Salmonid Monitoring in the Middle Fork John Day River Basin
2021 Annual Report.
MFIMW 2017-2021 Accomplishments Report
Bare, C. M., L. R. Ciepiela, J. S. Henderson, T. M. Jones, I. A. Tattam, and J. R. Ruzycki. 2020.
Escapement and productivity of steelhead and spring Chinook salmon in the John Day River
2019 Annual Report, Bonneville Power Administration Project 1998-016-00.
Bare, C.M., I.A. Tattam, J.R. Ruzycki. 2021.
Chinook Salmon Productivity and Escapement Monitoring in the John Day River Basin
2018 Technical Report. ODFW. La Grande, OR.
Kirkland, S and S. Wondzell. 2020.
Shading Out Climate Change: Planting Streamside Forests to Keep Salmon Cool
Science Findings 228. Pacific Northwest Research Station. USDA Forest Service, Portland, OR.
Saunders, W.C., J.V. Ojala and A.R. Van Wagenen. 2020.
Stream Habitat Condition for Sites Managed by the Oregon Watershed Enhancement Board. *Amended for Aquatic Macroinvertebrates Feb. 2021.
PacFish/InFish Biological (PIBO) Monitoring Program. USDA Forest Service. Logan, UT.
Middle Fork John Day River IMW Accomplishments Report 2017
Bare, C.M., J.L. Latshaw, I.A. Tattam, J.R. Ruzycki, and R.W. Carmichael
2014 Chinook Salmon Productivity and Escapement Monitoring in the John Day River Basin. Annual report to the Oregon Watershed Enhancement Board. 61 pages.
Middle Fork John Day River IMW DRAFT Implementation Plan
Report on Socio-Economic Measures for the Middle Fork IMW from the University of Oregon’s Institute for Policy Research and Innovation
2012 Interim Report- Middle Fork John Day River IMW
Academic Publications:
Arik, Aida. A study of stream temperature using distributed temperature sensing fiber optics technology in Big Boulder Creek, a tributary to the Middle Fork John Day River in eastern Oregon. MS Thesis. Oregon State University, Corvallis. 2012.
Diabat, Mousa. The Influence of Climate Change and Restoration on Stream Temperature PhD Dissertation. Oregon State University. 2014.
Henderson, Robin M. Measuring the Biotic Integrity of Stream Ecosystems with Restoration. MS Thesis. Washington State University, Richland. 2014.
Huff, Julie. Monitoring river restoration using fiber optic temperature measurements in a modeling framework. MS Thesis. Oregon State University, Corvallis. 2009.
Noel, Paul. Study of groundwater in meadows alongside the Middle Fork John Day River, Oregon, USA. Internship Report. 2011.
O’Donnell, Tara. Evaluation of stream temperature spatial variation using distributed temperature sensing. MS Thesis. Oregon State University, Corvallis. 2012.
Sampic, Camille. Estimation of hourly evapotranspiration by diurnal water table fluctuations: integration of the profile of hysteretic soil water content in the White method. Internship Report. 2012.
Senkyr, K. Lauren. The role of habitat restoration and conservation in the changing socio-economic conditions of Grant County, Oregon. MS Thesis. Portland State University, Portland. 2012.
Tu, Denise Shao-Wai. Assessment of methods for monitoring responses to river restoration: riverbed and channel form changes. MS Thesis. University of Oregon, Eugene. 2011.
Journal Publications:Hibbard, Michael, et. al. Multifunctional Rural Regional Development: Evidence from the John Day Watershed in Oregon. Journal of Planning Education and Research Vol. 35(1) 51-62. 2015.
Presentations:
Henderson, Robin M. and James R. Pratt. Measuring the Biotic Integrity of Stream Ecosystems with Restoration. Washington State University Academic Showcase. 2014.
McDowell, Patricia. Monitoring Effectiveness of Log Structures in the Middle Fork John Day River, Oregon. Presentation at River Restoration Northwest Symposium. 2012.
Outreach:
Middle Fork IMW 2019 brochure
Middle Fork John Day River Intensively Monitored Watershed Poster
