Skip to main content
U.S. flag

An official website of the United States government

Data from: Gravel transport from impact plates in Goodwin Creek Experimental Watershed, Panola County, Mississippi, USA

Published by Agricultural Research Service | Department of Agriculture | Metadata Last Checked: April 01, 2026 | Last Modified: 2026-03-20
Gravel transport is difficult to measure in streams and rivers, but it is needed for assessing the impact of dam removal on river systems, for studies of streambed ecology, for stream restoration, and for engineering design of in-channel structures. The measurement of gravel transport is particularly challenging because it is both temporally and spatially heterogenous, it must sometimes be measured at remote locations, and it is labor-intensive and time consuming. Steel plates equipped with accelerometers that are installed in a channel bed can be used for automated measurement of gravel transport by detecting the impacts of gravel particles being transported in the channel. In this study, two accelerometer-equipped stainless-steel impact plates were installed in the Goodwin Creek Experimental Watershed near Batesville, Mississippi, USA. Flow and transport rates from 30 flow events are presented here to show the efficacy of the system and to study gravel bedload in Goodwin Creek. It was found that flow events typically produced clockwise transport rate hysteresis, likely indicating supply-limited conditions for gravel on the falling limbs of hydrographs.

Resources

29 resources available

  • GCEW stn2 impact load 5 minute bins 12.17.2021.csv

    CSV
  • GCEW stn2 impact load 5 minute bins 12.14.2022.csv

    CSV
  • GCEW stn2 impact load 5 minute bins 12.9.2022.csv

    CSV
  • GCEW stn2 impact load 5 minute bins 12.10.2022.csv

    CSV
  • GCEW stn2 impact load 5 minute bins 11.29.2022.csv

    CSV
  • GCEW stn2 impact load 5 minute bins 8.17.2022.csv

    CSV
  • GCEW stn2 impact load 5 minute bins 7.30.2022.csv

    CSV
  • GCEW stn2 impact load 5 minute bins 5.25.2022.csv

    CSV
  • GCEW stn2 impact load 5 minute bins 4.13.2022.csv

    CSV
  • GCEW stn2 impact load 5 minute bins 4.9.2024.csv

    CSV
  • GCEW stn2 impact load 5 minute bins 4.6.2023.csv

    CSV
  • GCEW stn2 impact load 5 minute bins 3.30.2022.csv

    CSV
  • GCEW stn2 impact load 5 minute bins 3.25.2024.csv

    CSV
  • GCEW stn2 impact load 5 minute bins 3.24.2023.csv

    CSV
  • GCEW stn2 impact load 5 minute bins 3.22.2022.csv

    CSV
  • GCEW stn2 impact load 5 minute bins 3.18.2022.csv

    CSV
  • GCEW stn2 impact load 5 minute bins 3.11.2023.csv

    CSV
  • GCEW stn2 impact load 5 minute bins 3.9.2023.csv

    CSV
  • GCEW stn2 impact load 5 minute bins 3.3.2023.csv

    CSV
  • GCEW stn2 impact load 5 minute bins 3.1.2023.csv

    CSV
  • GCEW stn2 impact load 5 minute bins 2.27.2022.csv

    CSV
  • GCEW stn2 impact load 5 minute bins 2.23.2022.csv

    CSV
  • GCEW stn2 impact load 5 minute bins 2.8.2023.csv

    CSV
  • GCEW stn2 impact load 5 minute bins 2.3.2022.csv

    CSV
  • GCEW stn2 impact load 5 minute bins 2.2.2023.csv

    CSV
  • GCEW stn2 impact load 5 minute bins 1.31.2023.csv

    CSV
  • GCEW stn2 impact load 5 minute bins 1.24.2023.csv

    CSV
  • GCEW stn2 impact load 5 minute bins 1.18.2023.csv

    CSV
  • supplemental_figures.pdf

    PDF

Find Related Datasets

Search by Tags

Click any tag below to search for similar datasets

data.gov

An official website of the GSA's Technology Transformation Services

Looking for U.S. government information and services?
Visit USA.gov