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Data and Numerical code for monitoring streambed scour/deposition with streamwater temperature as a tracer


Authors: Timothy DeWeese · Daniele Tonina · Charles Luce
Owners: Daniele Tonina
DOI:10.4211/hs.00dda61694e949439957b8b536106db9 How to Cite
Resource type:Composite Resource
Created:Nov 08, 2017 at 4:38 a.m.
Last updated: Nov 29, 2017 at midnight by Daniele Tonina

Abstract

Monitoring streambed elevation changes is important for many engineering and ecological applications. This contribution contains the data and the numerical code written in R used in the publication of DeWeese et al, (2017), who tested a new methodology based on stream water temperature as a signal to monitor local streambed elevation changes at the daily time scale. This contribution contains: (1) laboratory experiment time series of water temperature in the surface and within the sediment, (2) times series of sediment surface elevation changes in the laboratory, (3) field experiment time series of sediment elevation and (4) field experiment time series of surface and pore waters temperatures and (5) R code of the model to analyze the temperature data to extract streambed elevation changes and interstitial flows.

Reference:Timothy DeWeese, Daniele Tonina, Charles Luce, Monitoring streambed scour/deposition under non-ideal temperature signal and flood conditions, Water Resources Research, doi: 10.1002/2017WR020632

Subject Keywords

erosion and deposition,hyporheic flows,scour,stream water temperature

How to cite

DeWeese, T., D. Tonina, C. Luce (2017). Data and Numerical code for monitoring streambed scour/deposition with streamwater temperature as a tracer, HydroShare, https://doi.org/10.4211/hs.00dda61694e949439957b8b536106db9

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    Authors

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    Name Organization Address Phone Author Identifiers
    Timothy DeWeese US Bureau of Reclamation
    Daniele Tonina University of Idaho
    Charles Luce USDA Forest Service Idaho, US 208-373-4382

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