Flood and Coastal Storm Damage Reduction R&D Program Overview
Flood and Coastal Storm Damage Reduction R&D Program Overview
Flood and Coastal Storm Damage Reduction R&D Program Overview
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<strong>Flood</strong> <strong>and</strong> <strong>Coastal</strong> <strong>Storm</strong><br />
<strong>Damage</strong> <strong>Reduction</strong><br />
R&D <strong>Program</strong> <strong>Overview</strong><br />
Cary Talbot, PhD, PE<br />
<strong>Program</strong> Manager<br />
ERDC - <strong>Coastal</strong> <strong>and</strong> Hydraulics Laboratory<br />
August 23, 2012<br />
<strong>Flood</strong> Risk Management - Silver Jackets Workshop
Research Area Objectives<br />
Develop advanced <strong>and</strong> enabling technologies to sustain<br />
multipurpose water resources projects; for efficient <strong>and</strong><br />
effective emergency management; <strong>and</strong> ensure product<br />
consistency with other business lines <strong>and</strong> research areas.<br />
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FRM Technology Transition<br />
• Review of product delivery plans to ensure direct<br />
relevance to USACE practices/processes<br />
• USACE Communities of Practice & Stakeholders are<br />
the customer<br />
• Product specific. May include Technical<br />
Documents; Guidance Documents; Electronic<br />
media; Training; Interactions; AIS/Enterprise<br />
Frameworks; Knowledge Hub<br />
• Metric for success: St<strong>and</strong>ardization/certification,<br />
peer/community acceptance & application, USACE<br />
guidance/training, sustainable reimbursable program<br />
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FY12 FRM Strategic Themes<br />
• Improve FRM <strong>and</strong> water control<br />
infrastructure resiliency <strong>and</strong> reliability<br />
• Risk <strong>and</strong> uncertainty frameworks for<br />
project alternatives evaluation <strong>and</strong><br />
performance assessment<br />
• Comprehensive <strong>and</strong> multidisciplinary<br />
management measures for watersheds<br />
• Optimized management of coastal <strong>and</strong><br />
estuarine resources<br />
• Effective disaster preparation, response &<br />
recovery<br />
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Risk <strong>and</strong> Uncertainty Frameworks<br />
for Project Alternatives Analysis<br />
Belvidere, Il<br />
0 1000 2000 3000 4000 5000<br />
Time (min)<br />
Improve Corps’ planning, design <strong>and</strong> formulation capability through<br />
advanced software that integrates engineering computations with FRM<br />
analysis tools. Software is designed to enhance evaluation <strong>and</strong><br />
comparison of project alternatives in a risk <strong>and</strong> uncertainty framework<br />
Flow (cms)<br />
140<br />
120<br />
100<br />
80<br />
60<br />
40<br />
20<br />
0<br />
No Wetl<strong>and</strong>s<br />
Wetl<strong>and</strong>s 1<br />
Wetl<strong>and</strong>s 2<br />
Wetl<strong>and</strong> 3<br />
Wetl<strong>and</strong> 4<br />
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Risk & Uncertainty/Alternatives<br />
Analysis Work Units<br />
• Tool development<br />
► HEC-WAT/FRA<br />
► HEC-FIA<br />
► Beach-fx<br />
► CSTORM-DB/VS<br />
► H&H Models (GSSHA, HEC-HMS, HEC-RAS)<br />
• Capability/guidance development<br />
► Updated coastal damage functions<br />
► <strong>Coastal</strong> project damages prevented methodology<br />
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HEC-WAT/FRA<br />
St. Paul Levee Pilot Study<br />
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HEC-<strong>Flood</strong> Impact Analysis (FIA)<br />
• Planning tool that calculates economic damages<br />
<strong>and</strong> agricultural losses with uncertainty <strong>and</strong><br />
estimates life loss for single events<br />
• FIA is not a hydraulic model<br />
• Economic Losses<br />
► Structure <strong>and</strong> Contents<br />
► Business interruption losses<br />
► Agricultural damages<br />
• Life Risk<br />
► Simplified LIFESim method<br />
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• Population at Risk<br />
• % warned <strong>and</strong> mobilized<br />
• % lost life<br />
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CSTORM-DB/VS<br />
USACE KML <strong>and</strong><br />
Data Servers<br />
CSTORM-VS Web App with<br />
Google Earth Plug-In<br />
External KML <strong>and</strong><br />
Data Servers<br />
Desktop PC w/<br />
Google Earth<br />
CSTORM-DB <strong>Storm</strong> Server<br />
<strong>Coastal</strong> <strong>Storm</strong> HDF5 Archive<br />
<strong>Coastal</strong> <strong>Storm</strong><br />
Database<br />
CSTORM-MS<br />
SMS<br />
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Optimize Management of <strong>Coastal</strong><br />
<strong>and</strong> Estuarine Resources<br />
Provide USACE <strong>and</strong> its partners <strong>and</strong> stakeholders the framework <strong>and</strong><br />
analytical tools to balance human development activities with natural<br />
system requirements in a sustainable manner through regional<br />
management of coastal <strong>and</strong> estuarine water <strong>and</strong> sediment resources<br />
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Optimize Management of <strong>Coastal</strong> <strong>and</strong><br />
Estuarine Resources – Work Units<br />
• Tool development<br />
► CSTORM-MS – coupled wave, hydrodynamics <strong>and</strong><br />
sediment transport simulation capability<br />
► AdH – Adaptive Hydraulics hydrodynamic simulation<br />
• Full 3D baroclinic simulation capability<br />
• 2D/3D combined grid capability<br />
• SEDLIB fine grain <strong>and</strong> cohesive sediment simulation library<br />
• Critical physical process research<br />
► <strong>Storm</strong> surge wave energy dissipation thru vegetation<br />
simulation<br />
► Unstructured wave model simulation<br />
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CSTORM-MS<br />
Application of high-resolution, highly skilled numerical models in a<br />
tightly integrated modeling system with user friendly interfaces<br />
ADH *<br />
+<br />
C2SHORE<br />
Provides for a robust, st<strong>and</strong>ardized approach to establishing the risk<br />
of coastal communities to future occurrences of storm events<br />
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3D AdH – Galveston Bay<br />
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Watershed Management<br />
Provide capability to Districts <strong>and</strong> stakeholders to conduct holistic studies<br />
on watersheds, rivers, reservoirs <strong>and</strong> estuaries for multidisciplinary water<br />
resources management. Capability includes interoperable hydrology,<br />
hydraulics, sediment <strong>and</strong> material transport <strong>and</strong> ecologic processes<br />
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Watershed Management – Work Units<br />
• Reservoir Sedimentation Database<br />
► Joint effort with USGS & USBR<br />
• Tool development<br />
► GSSHA – Physics-based, fully distributed hydrologic<br />
model<br />
• Improved snow melt, automated calibration <strong>and</strong> fine scale<br />
simulation capability<br />
► HEC-HMS – Lumped parameter hydrologic model<br />
• Surface erosion capability<br />
► HEC-RAS – 1D steady-unsteady flow simulation<br />
• Urban area, reservoir slucing/flushing <strong>and</strong> unsteady flow<br />
simulation improvements<br />
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GSSHA Modeling Capabilities<br />
Evapotranspiration<br />
Erosion<br />
Stream Network<br />
Water Quality<br />
Overl<strong>and</strong> Flow<br />
Infiltration<br />
<strong>Storm</strong> <strong>and</strong> Tile<br />
Drain Networks<br />
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Groundwater<br />
Reservoirs <strong>and</strong><br />
Detention Basins<br />
Wetl<strong>and</strong>s<br />
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Hurricane Irene GSSHA Model<br />
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• Both GSSHA <strong>and</strong><br />
ADCIRC models were<br />
used to model the storm<br />
impacts<br />
• GSSHA modeled the<br />
inl<strong>and</strong> surge <strong>and</strong> includes<br />
rainfall. More physically<br />
detailed than, e.g.<br />
SLOSH<br />
• ADCIRC models the<br />
storm surge depth from<br />
the wind, bathymetry, etc.<br />
Hurricane Irene<br />
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GSSHA Model Results<br />
One ADCIRC <strong>and</strong> two GSSHA models were stood up<br />
over three days. The two GSSHA models, the Greater<br />
New York/New Jersey model <strong>and</strong> the Long Isl<strong>and</strong><br />
model, are two of the largest GSSHA models stood<br />
up to date<br />
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Advisory 25 Results<br />
NWS hurricane track advisories were used to feed the<br />
ADCIRC model, <strong>and</strong> NWS precipitation forecasts <strong>and</strong> the<br />
ADCIRC results to feed the GSSHA model. These results<br />
are from Advisory 25<br />
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Advisory 25 vs. Advisory 29<br />
<strong>Storm</strong> Surge<br />
The GSSHA model was run<br />
with Advisory 25 results.<br />
Advisory 29 results show<br />
approximately 1m less<br />
storm surge than earlier<br />
predicted<br />
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Restaurant Felix @ Gr<strong>and</strong> <strong>and</strong> West<br />
Broadway<br />
Advisory 25 GSSHA<br />
Model Results:<br />
1.32m<br />
Estimated actual<br />
flooding: 0.3 – 0.4m<br />
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Improve Infrastructure Resiliency &<br />
Reliability<br />
Identify near term opportunities for gaining new<br />
capability <strong>and</strong> longer term science-based<br />
initiatives to make greater strides in improving<br />
the condition <strong>and</strong> functioning of infrastructure.<br />
Monitoring, Sensing, <strong>and</strong> Testing of<br />
Earthen Structures<br />
I-Wall Analysis<br />
Airborne<br />
Satellite<br />
Sources of Data<br />
for Performance<br />
Monitoring <strong>and</strong><br />
Observation<br />
Ground -based<br />
Waterborne<br />
Corps_I-Wall example of I-Wall<br />
in various soil types<br />
Woody Vegetation on Levees<br />
Embankment <strong>and</strong> Foundation Seepage &<br />
Piping for Risk Based Decision-Making<br />
Woody Vegetation on<br />
Levees, New Orleans, LA<br />
Piping Mechanisms<br />
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Effective Disaster Preparation,<br />
Response & Recovery<br />
• MICA – Mobile Information Collector Application<br />
• <strong>Storm</strong> vulnerability prediction tool for expedient<br />
inundation prediction<br />
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Mobile Apps for Disaster Response<br />
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Blue Roof <strong>and</strong> Rapid Temporary Repair<br />
Mission<br />
In 2010 ERDC was tasked by HQ EOC to<br />
develop an innovative solution for replacing<br />
clipboards with an interactive near-real time<br />
system for data tracking. From the<br />
homeowner request for assistance all the<br />
way to the final inspection of repairs the data<br />
is 100% digital with no paper forms.<br />
Mobile Information Collection Application<br />
(MICA)<br />
In 2011 ERDC was tasked by HQ Emergency<br />
Operations Center (EOC) to develop an<br />
innovative solution for replacing current<br />
manual system with an interactive near-real<br />
time system for data collection of flood<br />
fighting activities. Current processes are<br />
antiquated <strong>and</strong> sector leaders asked for help<br />
to develop a better way.<br />
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Data Collection – The Problem<br />
•Field Personnel are<br />
dispatched with clipboards,<br />
notebooks, cameras, GPS,<br />
field cell phones <strong>and</strong> paper<br />
forms – Over $500 worth of<br />
equipment<br />
•Cameras are used to take<br />
pictures, GPS is used to<br />
capture coordinates to be<br />
written down on paper<br />
forms. If the item needs to<br />
be elevated in priority they<br />
call comm<strong>and</strong> center<br />
•Evenings are spent typing<br />
in the data to Enterprise<br />
system from paper forms,<br />
getting pictures off camera<br />
<strong>and</strong> matching them up to<br />
paper forms records in<br />
SharePoint<br />
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MICA Approach<br />
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MICA User Interface<br />
Field Personnel have a very intuitive screen for<br />
capturing field photos <strong>and</strong> videos<br />
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Mobile Data Collection Kit<br />
•60 Android Smartphones<br />
in ready-to-go kit, easily<br />
replaceable - $150 each<br />
•In addition to computer<br />
applications, they can<br />
make calls, email <strong>and</strong> text<br />
message for field<br />
communications<br />
•Platform to support<br />
multiple applications at<br />
once<br />
•Voice Recognition,<br />
internet research, maps,<br />
calculators, engineering<br />
applications<br />
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2011 <strong>Flood</strong> Fight – MICA Data Collection<br />
Team members during their<br />
levee walks took photos,<br />
videos, <strong>and</strong> notes of<br />
s<strong>and</strong>boils, seepage,<br />
pumping efforts, <strong>and</strong> any<br />
other points of interest to<br />
send back to comm<strong>and</strong><br />
center.<br />
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MICA – 2011 <strong>Flood</strong> Fight<br />
Data from phones<br />
started popping up on<br />
dashboard within 30<br />
minutes of teams<br />
deploying. Points as<br />
far north as Jackson,<br />
TN, down to Houma,<br />
LA<br />
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MICA<br />
• 2012 USACE Innovation of the Year award winner<br />
• Endorsements received from:<br />
► COL Edward R. Fleming, Comm<strong>and</strong>er, New Orleans District<br />
► COL Bob Ruch, Comm<strong>and</strong>er, Omaha District<br />
► COL Tony Hofmann, Comm<strong>and</strong>er, Kansas City District<br />
► John Bertino, Chief, Engineering Division - Omaha District<br />
► Cory Williams, Chief, Geotechnical Engineering Branch - Memphis<br />
District<br />
► Kimberly S. Thomas, Chief, Readiness Branch - Omaha District<br />
► Chief, Readiness Contingency Operations - Northwest Division<br />
► Jonathan Pennington, Chief, Office of Emergency Management -<br />
Vicksburg District<br />
► Michael Krehely, Emergency Management, New Orleans District<br />
► Lamar Jenkins, Mission Manager, Debris Removal - Minot, ND<br />
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Knowledge Hub<br />
• https://knowledge.usace.army.mil<br />
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Discussion<br />
• Where do you see a need for R&D efforts???<br />
Please share with us your ideas for tool/capability<br />
improvements…<br />
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http://operations.usace.army.mil/flood.cfm