Virginia s HRRR Program. Q Lim, Ph.D.

Similar documents
Implementing Safety Performance Functions in Virginia. Part I : SPF Fundamentals BACKGROUND OUTLINE. BASICS: What? BASICS: When & How?

Access Management Regulations and Standards

Fiscal Year 2017 Bicycle and Pedestrian Metric Report

VDOT s Pavement Management Program. Presented by: Tanveer Chowdhury Maintenance Division, VDOT March 05, 2010

Access Management Regulations and Standards

HSIP Project Selection Criteria

Michael D. Turpeau Jr. State Safety Program Supervisor Georgia Department of Transportation

Access Management Regulations and Standards for Minor Arterials, Collectors, Local Streets

Roundabouts are good for business

Bi-state metropolitan planning organization (MPO)

WYDOT DESIGN GUIDES. Guide for. Non-NHS State Highways

Table of Contents Kansas Highway Safety Improvement Program

VDOT Crash Analysis Procedures for Roadway Safety Assessments

WYDOT DESIGN GUIDES. Guide for. NHS Arterial (Non-Interstate)

Risk Analysis Tool for Safety Management of Railway Grade Crossings in Canada

Florida s Intersection Safety Implementation Plan (ISIP)

Background on the Revisions to VDOT s Access Management Spacing Standards

Austell Road Access Management Plan. Georgia Planning Association Fall Conference October 1, 2009

Safety at Unsignalized Intersections. Unsignalized Intersections

Guidelines for Pedestrian Treatments at Uncontrolled Locations January 18, 2018

I-264 CORRIDOR EVALUATION STUDY. September 7, 2016 Eric Stringfield VDOT Planning Director Chris Lawrence AECOM Senior Transportation Engineer

Policy Number: Effective: 07/11/14 Responsible Division: Planning Date: 07/11/2014 FUNCTIONAL CLASSIFICATION AMENDMENT POLICY

Safety Corridors a Synthesis. Charlie Nemmers / Derek Vap University of Missouri

Lane Area Transportation Safety and Security Plan Vulnerable Users Focus Group

VMTP 2025 Needs Assessment

Standard Title Page - Report on Federally Funded Project 1. Report No. 2. Government Accession No. 3. Recipient s Catalog No.

Transportation Safety Planning at DVRPC

Systemic Safety. Doug Bish Traffic Services Engineer Oregon Department of Transportation March 2016

Development of Guidelines for Bicycle Use of Controlled Access Facilities in Virginia

CTDOT Pedestrian and Bicycle Safety Initiatives

Texas Intersection Safety Implementation Plan Workshop JUNE 2, 2016

THE VDOT STARS PROGRAM AN OVERVIEW FOR DESIGNERS. Integrating Transportation Planning, Project Development, and Project Programming

Sponsored by the Office of Traffic and Safety of the Iowa Department of Transportation NOVEMBER 2001 CTRE

Brian D. Hare, P.E. Bureau of Design PennDOT PA APA Annual Conference Investing in a Sustainable Future October 5, 2009

Roundabout Feasibility Memorandum

GIS Based Non-Signalized Intersection Data Inventory Tool To Improve Traffic Safety

Fairfax County Transportation Funding and Roadway Service Delivery Study. Study Update Transportation Advisory Commission

PEDESTRIAN SAFETY IMPROVEMENT EVALUATION GUIDELINE FOR UNCONTROLLED CROSSINGS

LANE ELIMINATION PROJECTS

Designing for Pedestrians: An Engineering Symposium. Rutgers University March 21, 2013

FHWA Safety Performance for Intersection Control Evaluation (SPICE) Tool

CHAPTER 7 CIRCULATION

TRAFFIC SIGNAL WARRANT SUMMARY

Reducing Speeding-Related Crashes Involving Passenger Vehicles

Parks Highway: MP Lucus Road to Big Lake Road

Route 7 Corridor Study

Local Rural Road Safety

NEW BRAUNFELS SEGUIN AREA REGIONAL TRANSPORTATION DRAFT PLAN NEW BRAUNFELS CITY COUNCIL MEETING

We believe the following comments and suggestions can help the department meet those goals.

Safety Effectiveness of Pedestrian Crossing Treatments

Road Safety Audit Report: Interstate 516

Safety Data Resources. Multi-Discipline Safety Planning Forum March 10 & 11, 2008 Gateway Center

Germanna Highway Route 3

DRAFT BUENA VISTA 2020 TRANSPORTATION PLAN

Existing Conditions. Log Point 8.16 (SR-14) Log Point 1.49 (CR-55) Figure 1- Study Location of SR-14 & CR-55 Intersection

Regional Bicycle Barriers Study

Small Area Study U.S. Route 220 and VA Route 615 Intersection. Bath County, Virginia

1.3.4 CHARACTERISTICS OF CLASSIFICATIONS

Vision Zero High Injury Network Methodology

Table of Contents Nevada Highway Safety Improvement Program

New Jersey Department of Transportation. Safety Impact Teams. May 22, 2007 Patricia Ott, P. E. Director, Traffic Engineering & Safety

research report Development of Safety Performance Functions for Two-Lane Roads Maintained by the Virginia Department of Transportation

Multimodal Design Guidance. October 23, 2018 ITE Fall Meeting

Crash Data Analysis for Converting 4-lane Roadway to 5-lane Roadway in Urban Areas

Safety Emphasis Areas & Safety Project Development Florida Department of Transportation District Seven Tampa Bay

TRAFFIC IMPACT ANALYSIS

Guidelines for Pedestrian Treatments at Uncontrolled Locations

Highway & Traffic Engineering. Road Classification and Design Standard in Malaysia

Chapter 5 DATA COLLECTION FOR TRANSPORTATION SAFETY STUDIES

APPENDIX C. Systems Performance Report C-1

Application of Demographic Analysis to Pedestrian Safety. Center for Urban Transportation Research University of South Florida

Characteristics of Traffic Accidents in Highway Work Zones

Most Important Part of any Plan

Traffic Assessment for Woodhaven Redevelopment. City of Rome Oneida County, New York. March 2, 2018

MONROE COUNTY NEW YORK

GEA-422-( ) 2016 HSP

Engineering Countermeasures for Transportation Safety. Adam Larsen Safety Engineer Federal Highway Administration

research report Virginia Transportation Research Council Final Report VTRC 11-R4

What Engineering Can Do for You! Low Cost Countermeasures for Transportation Safety

Reducing Urban Arterial Intersection Crashes through Crash Typing Analysis:

New Jersey Department of Transportation. Complete Streets Summit Shukri Abuhuzeima NJDOT-Local Aid

Integrating Safety into the Transportation Decision Making Process

Highway Safety Improvement

Maine Highway Safety Facts 2016

SUCCESFUL HSIP APPLICATIONS CUUATS & CHAMPAIGN COUNTY

Project Description Form 8EE

City of Gainesville Transportation/Roadway Needs PROJECT SUMMARY

PBIC Webinar. How to Create a Bicycle Safety Action Plan: Planning for Safety [IMAGE] Oct. 2, 2014, 2 pm

Emerging Methods for Evaluating Transportation Systems Multimodal LOS and Highway Safety Manual

Safe Speed programme ATTACHMENT 1. Randhir Karma, Group Manager Network Management and Safety

Transportation Enhancements, Safe Routes to School, and Recreational Trails to Transportation Alternatives. Pamela Liston, October 30 th, 2013

IHSDM- HSM Predictive Methods. Slide 1

DOWNTOWN MIAMI PEDESTRIAN PRIORITY ZONE

Public Information Meeting

Pedestrian Safety and the Highway Safety Improvement Program

POTENTIAL PEDESTRIAN SAFETY IMPROVEMENT EVALUATION GUIDELINE

Performance-Based Approaches for Geometric Design of Roads. Douglas W. Harwood MRIGlobal 3 November 2014

Local Road Safety Plans

Bicycle and Pedestrian Plans and Improvements

Texas Intersection Safety Implementation Plan (ISIP): Project Overview & Preliminary Findings. April 15, 2016

Transcription:

Virginia s HRRR Program In-Kyu Q Lim, Ph.D.

Outline 1 Introduction HRRR 2 VA Roadways and Crash Summary 3 Virginia s HRRR Program 4 Conclusion 2

High Risk Rural Roads For reducing traffic fatality and incapacitating injuries on rural roadways Eligible Roads per SAFETEA-LU..on roadway functionally classified as Rural Major Collector Rural Minor Collector Rural Local 3

Virginia s Roads Roadway Functional Class 1 Rural Interstate VA DVMT = 225 million miles VA Road Length = 72,676 miles 2 Rural Principal Arterial 3 Rural Minor Arterial 4 Rural Major Collector 5 Rural Minor Collector 6 Rural Local Urban Urban (30.8%) (62.4%) A Urban Interstate B Urban Freeway/Expressway E Urban Principal Arterial Rural (69.2%) Rural (37.6%) H Urban Minor Arterial I Urban Collector J Urban Local 4

Virginia s Crash and Severity Rates Avg. Severity Rate Avg. Crash Rate 150 40 33.4 115.6 113.5 Severity Crash Rate 120 30 90 20 60 10 30 15.0 00 Rural Urban Based on 2003 2007 Crash 5

Virginia Rural Roads Severity Rate Severity Rate 80 70 60 50 40 30 20 10 0 13.5 1 Rural Interstate 26.2 2 Rural Principal Arterial 54.6 54.6 67.2 67.2 58.7 58.7 36.1 3 Rural Minor 4 Rural Major 5 Rural Minor 6 Rural Local Arterial Collector Collector Avg. Rural 33.4 Avg. Urban 15.0 Functional Class 6

Virginia s HRRR Program FHWA funds $2M / Yr Need to focus on hot spots to maximize benefit from the limited funds Functional Class Road Length (Miles) Rural Major Collector 9,293 Rural Minor Collector 2,440 Rural Local 33,062 TOTAL 44,796 Based on 2007 Inventory Roadways Fatal or Incapacitating Injuried People Segement 19,665 (76.1%) Intersection 6,161 (23.9%) 7

HRRR Intersection Identification Functional Class 1. Rural Interstate 2. Rural Principle Arterial 3. Rural Minor Arterial 4. Rural Major Collector 5. Rural Minor Collector 6. Rural Local A. Urban Interstate B. Urban Freeway/Expressway E. Urban Principle Arterial H. Urban Minor Arterial I. Urban Collector J. Urban Local 2 4 4 2 1 4 5 6 6 4 4 J = 42 (Eligible) = 41 (Eligible) = 4J (Not Eligible) 8

HRRR Intersection Category HRRR ID Description 41 Rural Major Collector - Rural Interstate 42 Rural Major Collector - Rural Principle Arterial 43 Rural Major Collector - Rural Minor Arterial 44 Rural Major Collector - Rural Major Collector 45 Rural Major Collector - Rural Minor Collector 46 Rural Major Collector - Rural Local 51 Rural Minor Collector - Rural Interstate 52 Rural Minor Collector - Rural Principle Arterial 53 Rural Minor Collector - Rural Minor Arterial 55 Rural Minor Collector - Rural Minor Collector 56 Rural Minor Collector - Rural Local 61 Rural Local - Rural Interstate 62 Rural Local - Rural Principle Arterial 63 Rural Local - Rural Minor Arterial 66 Rural Local - Rural Local Crash Data Analysis 2003 2007 Crash Data Intersection Related Crash Only (Offset <= 250 ft) 9

Network Screening Step 1 Intersections Fatal & incapacitating Injury Crash = 0 2003-2007 (9,360) Intersections Fatal & incapacitating Injury Crash >= 1 2003-2007 (5,156) 10

Network Screening Step 2 Applied Threshold 1. Intersections have no Safety Improvement during last 24 and next 12 months 2. Fatal & Incapacitating Crash Frequency >= 5 AND 3. Fatal & Incapacitated Injured People >= 5 OR Measured by 1. Crash Frequency (CF) 2. Crash Rate (CR) 3. Severity (people) Frequency (SF) 4. Severity (people) Rate (SR) Final Rank by 4. % of Fatal & Incapacitating Crash >= 40% 11

Identified 71 Severe Crash Intersections for HRRR Program 12 Avg. Frequency 10 8 6 4 2 0 9.59 6.21 2.27 1.57 Total (5,156) Selected 71 Total (5,156) Selected 71 Fatal & Incapacitating Crash Fatal & Incapacitated People District # of Intersections % 1 Bristol 6 8.5 2 Salem 12 16.9 3 Lynchburg 14 19.7 4 Richmond 4 5.6 5 Hampton Roads 13 18.3 6 Fredericksburg 12 16.9 7 Culpeper 6 8.5 8 Staunton 4 5.6 9 NOVA 0 0.0 TOTAL 71 100.0 12

RSA for Improvement Safety Detail crash data analysis Perform field reviews Conduct analysis and propose countermeasures Prepare written report with final decision Countermeasures Short-term Intermediate Long-term Implementing the decsion 13

Current Status 71 Intersections to be reviewed 35 intersections are finalizing countermeasures 36 intersections are reviewing countermeasures 14

Conclusion Rural roadways have higher severity than urban. Most of State DOTs are struggling to identify eligible locations for implementing HRRR program. VDOT proposes a systematic approach to conduct HRRR program, especially for intersections, to use the funds. Implementing examined countermeasures at the 71 intersections would reduce severity and improve safety on rural roadways. 15

Questions?