Assessing Thermal Regimes of Headwater Streams

I served as the project manager for a ~$100K research award investigating the influence of stream channel and valley morphology on hyporheic exchange and river temperature. Under direction of the PIs, I coordinated and conducted fieldwork in Oregon, Washington, and Montana, developed and implemented data logger deployment techniques, downloaded data loggers, managed and analyzed field data. I applied a computer simulation model to identify expected stream temperature response signatures to variation in the rate and magnitude of hyporheic exchange.

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Fogg, S.K., S.J. O’Daniel, G.C. Poole, A.M. Reinhold, and A.A. Hyman. 2020. A simple, reliable method for long-term, in-stream data logger installation using rock climbing hardware. Methods in Ecology and Evolution. https://doi.org/10.1111/2041-210X.13367

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Fogg, S.K., G.C. Poole, A.M. Reinhold, S.J. O’Daniel, and A.A. Hyman. In Prep. Thermal insulation versus capacitance: a comparison of shading and hyporheic exchange on daily and annual stream temperature cycles. Water Resource Research.