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This dataset includes depth and position measurements to estimate the cross-sectional geometry at sites in small streams throughout the United States.
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This dataset includes depth and position measurements to estimate the cross-sectional geometry at sites in small streams throughout the United States.
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This dataset includes depth and position measurements to estimate the cross-sectional geometry at sites in small streams throughout the United States.
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This dataset includes depth and position measurements to estimate the cross-sectional geometry at sites in small streams throughout the United States.
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This dataset includes depth and position measurements to estimate the cross-sectional geometry at sites in small streams throughout the United States.
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This dataset includes depth and position measurements to estimate the cross-sectional geometry at sites in small streams throughout the United States.
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This dataset includes depth and position measurements to estimate the cross-sectional geometry at sites in small streams throughout the United States.
This is a terrestrial LiDAR laser scanner dataset collected on October 14, 2020, in response to a flow event that occurred on September 8, 2020, at the USGS streamgage 09471580 - San Pedro River at St David, AZ. The reach scanned for this study is located at the bridge where State Route 80 crosses the waterway. A Leica MS-60 Multistation was used for the laser scanner data collection. Multiple scans were combined by setting up the scanner using resection techniques coupled with Leica RTK - GPS equipment. All scan data are corrected using measurements of a reference mark with a known location.
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This dataset includes depth and position measurements to estimate the cross-sectional geometry at sites in small streams throughout the United States.
    map background search result map search result map 09471580 - San Pedro River at St David, AZ - 2020/10/14 Terrestrial Lidar Data Cross Section Measurements for the Evaluation of Select Discharge Measurement Techniques in Small Streams Across the United States Flowtracker Velocity Measurements for the Evaluation of Select Discharge Measurement Techniques in Small Streams Across the United States Price Current Meter Velocity Measurements for the Evaluation of Select Discharge Measurement Techniques in Small Streams Across the United States Rising Body Velocity Measurements for the Evaluation of Select Discharge Measurement Techniques in Small Streams Across the United States Surface Float Velocity Measurements for the Evaluation of Select Discharge Measurement Techniques in Small Streams Across the United States Velocity Head Rod Velocity Measurements for the Evaluation of Select Discharge Measurement Techniques in Small Streams Across the United States Field Visit Information for the Evaluation of Select Discharge Measurement Techniques in Small Streams Across the United States Pebble Counts for the Evaluation of Select Discharge Measurement Techniques in Small Streams Across the United States 09471580 - San Pedro River at St David, AZ - 2020/10/14 Terrestrial Lidar Data Cross Section Measurements for the Evaluation of Select Discharge Measurement Techniques in Small Streams Across the United States Flowtracker Velocity Measurements for the Evaluation of Select Discharge Measurement Techniques in Small Streams Across the United States Price Current Meter Velocity Measurements for the Evaluation of Select Discharge Measurement Techniques in Small Streams Across the United States Rising Body Velocity Measurements for the Evaluation of Select Discharge Measurement Techniques in Small Streams Across the United States Surface Float Velocity Measurements for the Evaluation of Select Discharge Measurement Techniques in Small Streams Across the United States Velocity Head Rod Velocity Measurements for the Evaluation of Select Discharge Measurement Techniques in Small Streams Across the United States Field Visit Information for the Evaluation of Select Discharge Measurement Techniques in Small Streams Across the United States Pebble Counts for the Evaluation of Select Discharge Measurement Techniques in Small Streams Across the United States