Fluvial Erosion Impacts on Infrastructure Along Indiana Rivers and Streams
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1 Fluvial Erosion Impacts on Infrastructure Along Indiana Rivers and Streams Siavash Beik, Robert Barr, Brian Meunier 2017 Purdue Road School March 6-9, 2017
2
3 In June 2008, flooding damaged or destroyed more than 650 sections of road, 60 bridges, and 100 culverts in Indiana.
4 White River, Morgan County, IN June,2008
5 Distribution of relatively stationary and actively migrating stream reaches of the 42 drainage basins where channel-migration-rate values were documented in Indiana B. A. Robinson, USGS
6
7 Distribution of channel migration rates for 970 meander bends where channel-migration rates were documented in Indiana (B. A. Robinson, U. S. Geological Survey)
8 The 75th percentile channel-migration rate for the 42 stream reaches where channel-migration-rate values were documented in Indiana (B.A. Robinson, USGS)
9 Meander-Vulnerable Assets White River near Centerton, Ind. Transportation Assets Bridges Roads Railroads Railroad Bridges Utility Assets Power Lines Pipelines Dams Water-treatment Plants B. A. Robinson, U.S. Geological Survey Google Earth TM
10 B. A. Robinson, U.S. Geological Survey
11 Data set includes: 1,128 Assets Asset Class Latitude Longitude Stream Proximity Asset name Ownership B. A. Robinson, U.S. Geological Survey
12 Buried Pipelines (Natural Gas & Oil) Actively Migrating Streams (16) Migrating Tributaries (38 not shown) 141 Crossings B. A. Robinson, U.S. Geological Survey
13 Eight counties account for 57% of vulnerable assets Putnam Parke Franklin Hendricks Morgan Shelby Knox Tippecanoe B. A. Robinson, U.S. Geological Survey
14 White River at US 37, near Martinsville, Morgan County, Indiana
15 Beacon Run at US 40, near Brazil, Putnam County, Indiana Note rotational slump (yellow arrow)
16 Whitewater River at Levee Road, near Brookville, Franklin County, Indiana
17 Lessons from White Lick Creek, Hendricks County, Indiana
18 White Lick Creek at SR 267, near Plainfield, Indiana
19 White Lick Creek at SR 267, near Plainfield, Indiana
20 Quaternary geologic map of Indiana Gray, H.H. 1989
21 White Lick Creek at SR 267, near Plainfield, Indiana Indiana 2011/2012 LiDAR
22 White Lick Creek at SR 267, near Plainfield, Indiana ( , ) left bank, yellow arrow indicates SR 267
23 White Lick Creek at SR 267, near Plainfield, Indiana ( , ) right bank
24 White Lick Creek at SR 267, near Plainfield, Indiana ( , ) left bank, bank sediment stratigraphy
25 White Lick Creek at SR 267, near Plainfield, Indiana ( , ) downstream
26 White Lick Creek at SR 267, near Plainfield, Indiana ( , ) upstream
27 Managing the Problems
28 Risk Reduction Strategies 1. Stay Away Erosion & channel migration will continue Limit exposure When possible, move infrastructure out of stream corridor Increase mitigation requirements to discourage development in stream corridor Refined Corridor Map Available at: viewer/index.html?id=43e7b307a0184c7c8 51b e2e23 RCB
29 Risk Reduction Strategies 2. More Stringent Development Standards Increase detention requirements (Channel protection volume) Promote / require use of LID & green infrastructure stormwater management strategies Institute riparian corridor with use restrictions RCB
30 Risk Reduction Strategies 3. Improve Planning & Risk Assessment Update regulatory flow rates Improve / update floodplain models Lateral migration monitoring 195 ft 35 ft Change in FEH Status from Channel Migration (Left Image taken 8/29/12; Right image taken 10/17/15, from Google Earth) RCB
31 Risk Reduction Strategies 4. Improve Maintenance & Protect Critical Infrastructure Tree maintenance program Strategic / critical erosion mitigation projects RCB
32 Bottom Line!
33 Things to Remember: Expect continued significant migration within expected erosional corridors SEB
34 Things to Remember: Expect continued significant migration within expected erosional corridors Increase in urbanization within the watershed has exacerbated the issues SEB
35 Things to Remember: Expect continued significant migration within expected erosional corridors Increase in urbanization within the watershed has exacerbated the issues Fixing the problem not likely feasible 1939 SEB
36 Things to Remember: Expect continued significant migration within expected erosional corridors Increase in urbanization within the watershed has exacerbated the issues Fixing the problem not likely feasible The recommended strategies: Multi-jurisdictional Coordination Disturbance Avoidance Zones Channel Protection Volume & GI Detailed Geomorphic Assessment Relocating Threatened Assets Monitoring At-risk Structures Protecting In-place Infrastructure Balanced Tree Management Strategies SEB
37 Riverine Impacts on Transportation Routes in a Nutshell Several Roads and Bridges in Indiana are Vulnerable to Floods and Stream Movement/Erosion Impacts There are ways to Predict, Screen, Monitor, and Prioritize Problem Sites before Potential Service Disruptions Occur A Detailed Morphological Stream Assessment is Crucial in Understanding the Overall System, Understanding the underlying System Stressors, and Making the Right Response and Repair Decisions Early Detection and Mitigation of Problems Saves Time, Money, and Headaches! SEB
38 QUESTIONS? Robert Barr Research Scientist Center for Earth and Environmental Science Department of Earth Sciences IUPUI (office) (mobile) Siavash Beik, PE, CFM, D.WRE Vice President, Principal Engineer Brian Meunier, PE H&H Team Leader Christopher B. Burke Engineering, LLC 115 West Washington Street, Suite 1368 South Indianapolis, IN Ph:
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