smart, shared and social: all hazards transportation ... · 24/09/2018 · concept for the project...
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Smart, Shared and Social: All Hazards Transportation Recovery PlanningAMPO Annual Meeting
September 24, 2018
Sarah J. Siwek
Concept for the Project –Major Weather Events and Catastrophes in recent years:
Northridge Earthquake, 1994
Terrorist Attack, 9/2001
Baltimore Tunnel Fire, 2001
London Bombing, 2005
Hurricane Rita, 2005
Christchurch (New Zealand) Earthquake, 2001
Hurricane Katrina, 2005
Superstorm Sandy, 2012
BART Transit Strike, 2013
Hurricane Matthew, 2016
Hurricanes Harvey, Irma and Maria, 2017
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Summary:
212 events 1980-2017;
total damage $1.2 trillion.
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Concept for the Project – Fall, 2013
All of these events have at least one thing in common:
Transportation is key to all recovery efforts
How can transportation agencies and MPOs plan and prepare for transportation recovery efforts after a disaster?
How can social media, Travel Demand Management (TDM) , and Intelligent Transportation Systems (ITS) be leveraged to accelerate recovery efforts?
How can agencies work together during the recovery period to get transportation assets back in service and people back to work as quickly as possible?
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Project Overview
FTA Research Grant initiated in Fall, 2013
Grant awarded January, 2016
Work commenced, 2017
Project Director:
Portland State University, John MacArthur, Sustainable Transportation Program
Manager, TREC
Deputy Project Director
Sarah Siwek & Associates, Inc.
Lead on training development and instruction
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Key Products
Case studies (11 events) and literature review
TYLin developed and tested City of Portland All-Hazards Transportation
Recovery Plan
Worked with the Portland Bureau of Emergency Management (PBEM)
Developed Alternatives Prioritization Tool (APT) to assist in establishing post
disaster investment priorities
Go Lloyd (major employment center) developed TDM Recovery Guide
Training course developed, piloted in Portland, revised and offered in six
regions nationally
Formal evaluation by Center for Urban Transportation Research underway
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Four Phases of Emergency Management
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Source: FEMA8
NATURAL TECHNOLOGICAL/MECHNICAL HUMAN-CAUSED
Avalanche
Animal Disease
Outbreak
Drought
Earthquake
Epidemic
Flood
Hurricane
Landslide
Pandemic
Tornado
Tsunami
Volcanic
Eruption
Wildfire
Winter Storm
Airplane Crash
Dam Failure
Bridge Failure
Levee Failure
Material Failure
Mine Accident
Hazardous Materials Release
Power Failure
Radiological Release
Train Derailment
Urban Conflagration
Biological Attack
Chemical Attack
Cyber Incident
Explosives Attack
Radiological Attack
Sabotage
School and Workplace
Violence
Traffic Accident
Source: Modified from FEMA, 2010
Types of Hazards Facing Transportation Systems
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SHORT-TERMHOURS-DAYS
INTERMEDIATEWEEKS-MONTHS
LONG-TERMMONTHS-YEARS
DISASTER
EVENT
Adapted from National Disaster Recovery Framework
• Clear primary
transportation routes
• Assess risks and
vulnerabilities
• Evacuation & secure??
• Crisis communication
• Establish transportation, priorities,
routes and plans
• Provide transportation services of
special needs
• Clear secondary transportation
routes
• Initiate debris removal
• Plan infrastructure repair &
restoration
• Support reestablishment of business
• Communication
• Establish long-term priorities and
operations
• Open damaged transportation routes
• Rebuild infrastructure
• Support reestablishment of business
• Provide transportation services of
special needs & vulnerable
populations
• Communication
• Plan for resilient future
Road to Recovery
• Minor traffic
incidents
• Traffic crashes
• Minor spills
• Vehicle fires
• Minor train/bus
accidents
• Accidents with
injuries
• Blackouts
• Debris
0-2 Hours
• Earthquake
• Hurricane
• Terrorist attack
• Floods, blizzards
• Infrastructure collapses
• Extended power
outage/fuel shortage
• Mass causalities
• Large social unrest
• Pandemic
Weeks/Months/Years
• Train crashes
• Airplane crashes
• Hazmat Incidents
• Multi-vehicle accidents
• Tunnel fires
• Major causalities and fatalities
• Tornadoes
• Large fire/explosion
• Industrial incidents
• Major tunnel closure
• Storms
Days
• Train derailment
• Major bus/rail
transit accidents
• Multi-vehicle
crashes
• Hazmat spills
• Some
Causalities/fataliti
es
2-24 Hours
EXAMPLES
EXPECTED
EVENT
DURATION
Ge
og
rap
hic
sc
ale
&
se
ve
rity v
arie
s
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Guiding Principles of the Research
Project
We focused on how to develop transportation recovery plans that are:
Smart: Technology can help optimize the usefulness of available infrastructure and
services; how do we optimize use of technology?
Shared: Recovery is the responsibility of many agencies and organizations but
transportation is key to all recovery efforts
Social: Use social media to communicate timely information and receive feedback
quickly and efficiently during the recovery period
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Three Ways Information is Changing
Travel
Technology such as ITS applications
Advanced traveler information systems
Traveler feedback in real time
Innovative Mobility Services
Transportation network companies (Uber, Lyft)
Bikesharing
Carsharing (Car2Go, ZipCar)
Trip planning apps
Social Media
Facebook, Twitter, Utube, etc.
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Information Changing Travel
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• Delays
• Incidents
• Road
Weather
• Modal
Information
• Travel Times
• Emergency
Alerts
• Alternate
Route
Public & Private
Providers
Traffic Sensors
Aerial Surveillance
Incident Detection
Weather Info
Transit Location
Travelers
Respond
• Change Route
• Change Mode
• Change
Departure Time
• Change
Destination
• Provide
Feedback
FHWA, Managing Demand Through Travel Information Services
Advanced Traveler
Information Systems
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Special Report 319: Between Public & Private Mobility
Service Problems Technology May Solve
Carsharing (ex: Zipcar, car2go) Provide carless people access. Convenience in making/changing
reservations and in locating/dropping off
Bikesharing Provide bikes. Convenience in finding bikeshare stations and
information on bike availability
Transportation network companies –
sequential sharing (ex; uber, Lyft)
Provide carless people access. Convenience of arranging ride just prior
to travel, customer tracking of vehicles and wait times reduces
uncertainty
Transportation network companies –
concurrent sharing (ex: uberpool, LyftLine)
Provide carless people access. Convenience of arranging ride just prior
to travel, customer tracking of vehicles and wait times reduces
uncertainty
Microtransit (ex: Bridj, ,Leap, Chariot) On-board wi-fi and efficient routing to match customer demand;
customer tracking of vehicles and wait times reduces uncertainty
Taxi apps Apps may cover multiple taxi companies and estimate wait time,
reducing uncertainty
Carpooling/Vanpooling Alternatives to driving alone, Online ride matching to find carpool or
vanpool.
Trip planning apps (ex: Ridescout, Waze,
Google)
Traffic conditions, Trip planning, Transit schedules, route maps, fare
information.
Innovative Mobility Services
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MPOs Selected for First Round of Training
MPOs Expressing Interest, Identified for Possible Future Training
Training in Six Regions
AMPO hosted a Request for Expression of Interest in the project
21 MPOs from 15 States applied; grant provided funding for six training
sessions plus Portland Pilot
Tampa-Sarasota-Manatee, FL (2 MPO regions)
Broward County, FL
Savannah, GA
Southeastern Maine and Northern New Hampshire (2 MPO regions)
El Paso, TX
Lake Charles, LA
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Training Objectives
Provide tools, skills and resources needed to develop all-hazards
transportation recovery plan
Get transportation planners and engineers engaged in emergency
preparedness and planning and provide emergency managers a better
understanding of transportation planning and options.
Define the key elements of a recovery plan
Discuss existing region-specific plans, resources and relationships between
emergency responders, law enforcement, local jurisdictions, transportation
agencies and others
Promote the development of a region-specific transportation recovery plan
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Training Format
Two full days
Interactive training with six small-group activities
Training Topics
Regional Emergency Plans and Transportation System
Transportation Recovery: What it is and isn’t
Roles and Responsibilities
Communications
Vulnerability Assessment
Transportation Recovery Strategies
Prioritizing Post-disaster investment (Alternatives Prioritization Tool)
Funding, Contracting and Legal Considerations
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Training Results and Evaluations
Evaluations were very positive; Center for Urban
Transportation Research (CUTR) conducting a formal
evaluation as required under the grant
Our evaluation (e.g. National Transit Institute criteria)
Eleven criteria in evaluation
Average rating on all criteria in all locations was 4.6 on
a scale of 1 to 5.
98.7% of the participants felt that the training met
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Lessons Learned
Many agencies and players involved Emergency Response and Recovery
Advance work by the MPOs paid off. We had good attendance and reached over 134 different agencies and over 200 people with the training.
Project budget prepared in 2013, project training 2018. Barebones budget for course development and training.
Outreach to non-traditional partners is essential:
Department of Homeland Security, FEMA
Emergency Management Agencies
Law Enforcement
Paratransit providers
Uber/Lyft
Major Employers (e.g., Lloyd Center, Portland; Nike)
A follow-up commitment to develop a Transportation Recovery Plan is needed; the training provides the foundational steps.
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Training Team
Sarah Siwek, lead course developer and instructor
Jason Pavluchuk, subject matter expert - TDM
David Judd, subject matter expert - ITS
Tanya Zwahlen and Sue Hopkins, Highland Planning, facilitators
AMPO – Bill Keyrouze, Rachel Roper – facilitators, observers
Training on development of a All Hazards Transportation Recovery Plan can be
made available and tailored to your region.
Contact: Sarah Siwek, [email protected].
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