Data from: Mississippi River Flood 2011 project

Goodwell, Allison E.; Zhu, Zhenduo; Dutta, Debsunder; Greenberg, Jonathan A.; Kumar, Praveen; Garcia, Marcelo H.; Rhoads, Bruce L.; Holmes, Robert R.; Parker, Gary; Berretta, David P.; Jacobson, Robert B.

Permalink

https://hdl.handle.net/2142/78153 Copy

Description

Title

Data from: Mississippi River Flood 2011 project

Author(s)

• Goodwell, Allison E.
• Zhu, Zhenduo
• Dutta, Debsunder
• Greenberg, Jonathan A.
• Kumar, Praveen
• Garcia, Marcelo H.
• Rhoads, Bruce L.
• Holmes, Robert R.
• Parker, Gary
• Berretta, David P.
• Jacobson, Robert B.

Issue Date

2015-03-10

Keyword(s)

• Birds Point-New Madrid Floodway
• flooding
• hydrology
• deposition
• erosion
• flow modeling

Geographic Coverage

Southeast Missouri, Birds Point, Mississippi River, Ohio River, Birds Point-New Madrid Floodway; 2005, 2011, 2012

Abstract

This collection includes data developed and used for the analysis of the Birds Point-New Madrid (BPNM) Floodway activation in 2011. The data collection includes 10 items, all of which present the processed and derived data. The processed differential LiDAR is the 2005 (pre-flood) LiDAR subtracted from the 2011 (post-flood) LiDAR and corrected for flight line errors. The original LiDAR data were obtained from US Army Corps of Engineers. There are 5 simulated maximum velocity data items from HydroSed2D at two locations (O’Bryan Ridge and Ten Mile Pond) and 2 simulation cases (vegetation and no vegetation). The maximum velocity data for the entire Floodway is for the vegetated case. The NASA AVIRIS dataset is classified into classes representing woody vegetation and bare soil. The soil dataset (K/T) is an erodibility index derived from USDA SSURGO data. Additional data for this study was provided by the USGS, and is available along with the report at the following site: http://pubs.usgs.gov/pp/1798e/. This data includes ADCP (Acoustic Doppler Current Profiler) flow measurements from the inflows an outflows of the Floodway, and HOBO depth sensor measurements from various points within the Floodway. This data were used to validate the HydroSed2D simulations.

Permalink

http://hdl.handle.net/2142/78153

Owning Collections