Integrating Surface Transportation Weather Information Systems - The DOT Role Transportation Research Board 85th Annual Meeting Session 494: SAFETEA-LU Road Weather Research and Development Program January 24, 2006 - PowerPoint PPT Presentation

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Integrating Surface Transportation Weather Information Systems - The DOT Role Transportation Research Board 85th Annual Meeting Session 494: SAFETEA-LU Road Weather Research and Development Program January 24, 2006

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Title: ITS America Executive Session Presentation for Jeff Paniati Author: Andy Stern Last modified by: jgaines Created Date: 4/19/2005 8:44:56 PM – PowerPoint PPT presentation

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Title: Integrating Surface Transportation Weather Information Systems - The DOT Role Transportation Research Board 85th Annual Meeting Session 494: SAFETEA-LU Road Weather Research and Development Program January 24, 2006


1
Integrating Surface Transportation Weather
Information Systems - The DOT Role
Transportation Research Board 85th Annual
MeetingSession 494 SAFETEA-LU Road Weather
Research and Development Program January 24,
2006
  • Jeffery F. Paniati
  • Associate Administrator
  • Office of Operations
  • Federal Highway Administration

2
Presentation Overview
  • Importance of road weather management in
    achieving 21st century operations.
  • Progress to date.
  • Future direction--SAFETEA-LU section 5308.

3
Basic Premise
  • Build, maintain, and operate a transportation
    system that is safe, reliable, and secure.

4
Current Reality
  • BUILD, maintain, and operate a transportation
    system that is safe, reliable, and secure.

5
The Effects of Weather on Our Roads
  • Safety
  • 24 of all crashes occurred on slick pavement or
    under adverse weather.
  • Mobility
  • Travel delay can increase by
  • 11 to 50, depending on
  • weather severity.
  • Productivity
  • Weather-related delay can
  • add 3.4 billion to freight
  • costs annually.

6
Achieving 21st Century Operations
  • Technical
  • Advancement
  • Information gathering
  • Information sharing
  • System mgmt. control
  • Vehicle-based
  • Vehicle-to-vehicle
  • Vehicle-to-roadside-to-home base
  • Electronic payment
  • Institutional
  • Change
  • Customer focused
  • Performance based
  • Systems, not jurisdictions
  • Real-time information
  • Proactive
  • 24/7

7
Realizing the Vision
Institutional Change
21st Century Operations
Technical Advancement
A Cultural Shift
8
21st Century Operations Under All Weather
Conditions
  • FHWA is providing leadership and direction for
  • Institutional Change
  • Bridge transportation and meteorological
    communities
  • Build markets
  • Technical Advancement
  • Develop integrated solutions
  • Leverage resources
  • Developing solutions that alleviate the effects
    of adverse weather on the transportation system.

9
Progress to Date
  • FHWA/NOAA Partnership
  • The Maintenance Decision Support System (MDSS)
  • The Clarus Initiative

10
FHWA/NOAA Partnership
  • FHWA and NOAA have common strategic goals
  • Reducing the loss of lives on the surface
    transportation system.
  • Improving mobility to aid the free flow of
    commerce.
  • Numerous examples of collaboration
  • A Memorandum of Understanding was signed in July
    2005.
  • FHWA and NOAA co-chair the Working Group on
    Weather Information for Surface Transportation.
  • Cost-share on research and outreach projects.

11
Maintenance Decision Support System (MDSS)
  • The MDSS is a winter maintenance decision support
    system that combines
  • Advanced weather prediction
  • Advanced road condition prediction
  • Rules of practice for anti-icing and de-icing
  • The system generates winter treatment
    recommendations on a route-by-route basis.
  • MDSS is a prime example of an integrated
    solution, enabling maintenance managers to make
    better, more effective decisions on when and how
    to deploy resources and treat roads.

12
MDSS Route Specific Forecasts
High Resolution Maps with Routes
Snow accumulation Forecasts for Routes
Blowing Snow and Bridge Frost Alerts
13
(No Transcript)
14
The Clarus Initiative
  • Clarus is a system that assimilates, quality
    checks, and disseminates the Nations road
    weather observations.
  • Initiative Objectives
  • Design, develop and demonstrate these
    capabilities.
  • Work with our public and private partners to
    develop and evaluate the value-added road weather
    information products that Clarus enables.
  • Establish partnerships to move from demonstration
    to deployment of a nationwide network.

15
State DOT Investments in Environmental Sensor
Stations (ESS)
ESS owned by State Transportation Agencies An
Environmental Sensor Station (ESS) is any site
with sensors measuring atmospheric conditions,
pavement conditions, and/or water level
conditions.
16
Unlimited Possibilities!
Spawn New Technologies (in-vehicle, PDA)
Clarus
17
SAFETEA-LU Section 5308
  • Establish a Road Weather RD program
  • Follow NRC report Where the Weather Meets the
    Road
  • Promote technology transfer
  • Expand research and development
  • Multi-disciplinary stakeholder input
  • NOAA
  • AASHTO
  • National Science Foundation
  • Private sector
  • Non-profit organizations
  • Funding 5m/yr for 4 years

18
Section 5308 Road Weather RD Program
  • Affirms that we are on the right track.
  • Enables us to do even more
  • Expand upon the success of MDSS.
  • Integrate Clarus and Vehicle Infrastructure
    Integration (VII).
  • Build weather-responsive traffic management
    tools.

19
Expand MDSS
  • Build upon the success of MDSS by expanding it to
    support other operations and maintenance
    decisionmaking.
  • Weather-responsive traffic management and
    traveler information.
  • Maintenance and construction.
  • Support the new market of MDSS services by
    documenting costs and benefits.
  • Continued outreach, education, and technology
    transfer.

20
Integrate Clarus VII
  • There is a strong link between Clarus and the
    Vehicle Infrastructure Integration Initiative
    (VII).
  • The marriage of these two initiatives will
  • Completely alter the road weather landscape
  • Spark new innovations in the private sector
  • Change the way that atmospheric scientists
    observe and model the boundary layer
  • Over the next four years, we will tap into the
    VII data stream, turning it into valuable road
    weather observations that can be utilized by the
    road weather community.

21
Weather-responsive Traffic Management
  • Traffic managers must be proactive.
  • Integrated solutions pave the way.
  • Both transportation modeling and weather modeling
    are improving in resolution, focusing on the
    mesoscale.
  • Merging mesoscale weather forecasts (e.g., a
    precipitation forecast for the next 8 hours) with
    traffic models will enable a traffic manager to
    take action before the weather has a chance to
    take effect.
  • Over the next four years we will explore such
    model integration as well as the development of
    better weather-responsive traffic management
    strategies.

22
Conclusion
  • Improved weather management is a key part of 21st
    century operations.
  • The FHWA Weather Management program has
    established the institutional relationships and
    demonstrated the potential of technology.
  • SAFETEA-LU Section 5308 will serve as a catalyst
    to change surface transportation weather and
    operations
  • Providing the resources to develop integrated
    solutions
  • Creating demand for these solutions by building
    bridges between the transportation and
    meteorological communities
  • Leveraging public sector resources to build
    markets and improve private sector services
  • These efforts will ultimately change the way that
    we make decisions, which will save lives, time,
    and money.
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