transportation leadership you can trust. presented to trb planning applications conference presented...

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Transportation leadership you can trust.

presented topresented to

TRB Planning Applications ConferenceTRB Planning Applications Conference

presented bypresented by

Elizabeth SallElizabeth SallMaren OutwaterMaren OutwaterCambridge Systematics, Inc.Cambridge Systematics, Inc.

with with

Metropolitan Transportation CommissionMetropolitan Transportation Commission

California High-Speed Rail AuthorityCalifornia High-Speed Rail Authority

May 9, 2007May 9, 2007

Bay Area/California High-Speed RailRidership and Revenue Forecasting Study

2

Model Overview

Forecast all interregional trips within California

Forecast intraregional trips in largest urban areas

Induced travel for interregional trips

3

Integrated Modeling Process

Peak and off-peak time periods

Highway, air, conventional and high-speed rail modes

Trip FrequencyTrip FrequencyTrip GenerationTrip Generation

Trip DistributionTrip Distribution

Mode ChoiceMode Choice

Destination ChoiceDestination Choice

Mode ChoiceMode Choice

Intraregional ModelsIntraregional Models Interregional ModelsInterregional Models

Travel TimesTravel TimesTrip AssignmentTrip Assignment

Travel TimesTravel Times

4

Networks

Highway Air

Rail Local Transit

5

Data for Model Validation

Travel surveys

• American Traveler Survey (ATS)

• Caltrans Household Travel Survey

• Census Transportation Planning Package (CTPP)

Volume data

• Air passengers

• Rail passengers

• Highway volumes

6

Trip Frequency Model Validation

Remainder of CA

Los Angeles Region

San Francisco Region

San Diego Region

Sacramento Region

Short Model Trips by Purpose and RegionShort Model Trips by Purpose and Region

0

100

200

300

400

500

Commute Business Recreation Other

In ThousandsIn Thousands

Long Model Trips by Purpose and Region

0

50

100

150

200

250

Commute Business Recreation Other

In ThousandsIn Thousands

7

Destination Choice Model Validation

00

55

1010

1515

2020

2525

LA LA to to

SacramentoSacramento

LA to LA to San DiegoSan Diego

LA LA to SFto SF

Sacramento Sacramento to SFto SF

Sacramento Sacramento to to

San DiegoSan Diego

San Diego San Diego to SFto SF

LA/SF LA/SF to SJVto SJV

Other Other to SJVto SJV

To/From To/From Monterey/Monterey/

Central CoastCentral Coast

To/From To/From Far NorthFar North

To/From To/From W. Sierra W. Sierra NevadaNevada

Observed

Model

Trips by Travel Market (in Percent)Trips by Travel Market (in Percent)

8

Mode Choice Model Validation

Short Short BusinessBusiness

Short Short CommuteCommute

Short Short OtherOther

Long Long BusinessBusiness

Long Long OtherOther

ObservedObserved

Auto 99.7% 99.5% 99.9% 91.6% 91.5%

Air 0.0% 0.0% 0.0% 8.2% 7.9%

Rail 0.3% 0.5% 0.1% 0.2% 0.7%

ModelModel

Auto 99.7% 99.5% 100.0% 89.8% 88.5%

Air 0.0% 0.0% 0.0% 10.0% 10.6%

Rail 0.3% 0.5% 0.0% 0.2% 0.9%

9

Air Assignment Validation

Air Boardings by Market (in Thousands)

00

55

1010

1515

2020

2525

3030

3535

LA to LA to SacramentoSacramento

LA to LA to San San

DiegoDiego

LA to SFLA to SF

Sacramento Sacramento to SFto SF

Sacramento to Sacramento to San DiegoSan Diego

San Diego San Diego to SFto SF

LA/SF LA/SF to SJVto SJV

Other Other

Observed

Model

10

2030 Travel Markets for Interregional Trips

2.5 million daily trips

(0.7 million daily trips in 2000

business plan)Market

Annual Trips (in millions)

LA to Sacramento 8

LA to San Diego 134

LA to SF 20

Sacramento to SF 68

Sacramento to San Diego 2

San Diego to SF 9

LA/SF to SJV 137

Other to SJV 204

To/From Central Coast 158

To/From Far North 120

To/From W. Sierra Nevada 36

Jenny Moynihan
add colors to the legend -Maren we had previously formatted this for a February PPT - so I just brought that one in.

11

Door to Door Travel Times – ExampleSouth San Francisco to Central LA

Travel Time Components – Door to Door

100 200 300 400 500 600

Travel Time in Minutes

Air

HSR

Auto

Access Origin to Station

Terminal Curb to Waiting Area

Wait Board Vehicle

Line-Haul In-Vehicle

Terminal Seat to Curb

Egress Station to Destination

0

12

Level of Service and Mode Choice – ExampleSouth San Francisco to Central LA

ModeMode

Door to Door to Door Door

Times Times (minutes)(minutes)

Cost Cost (2005 $)(2005 $)

Headway Headway (minutes)(minutes)

Mode SharesMode Shares

BusinessBusiness Other Other

Auto 541 $84 n/a 15% 37%

High Speed Rail

270 $54 14 14% 37%

Air 236 $139 9 72% 26%

13

Annual Interregional Ridership in 2030 In Millions

2000 2000 Business PlanBusiness Plan

Base Base Higher Air and Higher Air and Auto Cost Auto Cost

PachecoPacheco 3737 6565 9595

AltamontAltamont 6969 9494

Percent DifferencePercent Difference +4 percent+4 percent -1 percent-1 percent

Air and auto costs are 50 percent higher than the base

14

Annual Interregional Ridership in 2030 by Market In Millions

0

5

10

15

20

25

Total Boardingsby Market

LA toSacramento

LA toSan Diego

LA to SF

Sacramentoto SF

Sacramento toSan Diego

San Diegoto SF

LA/SFto SJV

Other to SJV

Intraregion (1)

Pacheco Pass Alternative Base

Altamont Pass Alternative Base

In Millions

15

2030 Mode Shares by Travel Market

0 20 40 60 80 100

LA to Sacramento

LA to San Diego

LA to SF

Sacramento to SF

Sacramento to San Diego

San Diego to SF

LA/SF to SJV

Other to SJV

Auto Air Rail HSR

16

Interregional HSR Ridership by Purpose

Business Short

8%

Recreation/OtherShort

3%

Commute Short

8%

Business/CommuteLong

32%

Recreation/OtherLong

49%

17

Sensitivity Tests

TestTest

Change in HSR RidershipChange in HSR Ridership

Change in Change in HSR HSR

RevenuesRevenuesBusinessBusiness OtherOther

Increase HSR Fares (25 percent)

-8 percent -15 percent +2 percent

Double HSR Frequency +12 percent +22 percent +16 percent

Increase Air and Auto Times (6 percent), Increase Air and Auto Costs (50 percent)

+29 percent +94 percent +53 percent

18

Fare Structure

Interregional fares set to 50 percent of air fare in SF to LA market

Intraregional fares set to 50 percent higher than commuter rail

25 percent increase in fares caused

• 13 percent drop in ridership

• 2 percent increase in revenues

MarketMarket Average Average FareFare

LA to Sacramento $ 55

LA to San Diego $ 20

LA to SF $ 56

Sacramento to SF $ 37

Sacramento to San Diego $ 66

San Diego to SF $ 68

LA/SF to SJV $ 38

In 2005 dollars

19

Annual Interregional Revenues in 2030In Millions

2000 Business 2000 Business PlanPlan Base Base

Higher Air and Higher Air and Auto Cost Auto Cost

Pacheco $1,214 $2,377 $3,724

Altamont $2,454 $3,621

Percent Difference +3 percent -3 percent

Air and auto costs are 50 percent higher than the base

In 2005 dollars

20

Annual Intraregional Ridership and Revenue in 2030

Urban AreaUrban AreaBoardingsBoardings

(in millions)(in millions)Revenues Revenues

(in millions)(in millions)

San Francisco Bay Area

4.4 $41

Los Angeles Region 15.7 $142

San Diego Region 0.4 $4

Total 20.5 $186

A 50 percent increase in air and auto costs would increase intraregional ridership and revenues by 6 percent, or

• 21.7 million annual HSR riders and

• $197 million in revenues

In 2005 dollars

21

Sources of HSR Ridership

Interregional trips

AirAir

16%16%

RailRail

3%3%AutoAuto

79%79%

InducedInduced

2%2%

22

Total Statewide HSR Ridership and Revenue

Base (1)Base (1)Higher Air andHigher Air andAuto Cost (2)Auto Cost (2)

2030 Annual Ridership in Millions2030 Annual Ridership in Millions

PachecoPacheco 86 86 117 117

AltamontAltamont 90 90 116 116

Percent DifferencePercent Difference +5 percent+5 percent -1 percent-1 percent

2030 Annual Revenues in Millions2030 Annual Revenues in Millions

PachecoPacheco $2,563 $2,563 3,921 3,921

AltamontAltamont $2,640 $2,640 3,818 3,818

Percent DifferencePercent Difference +3 percent +3 percent -3 percent-3 percent

23

Reports Available on the CHSRA Web Site

Interregional Model System Development

Level-of-Service Assumptions and Forecast Alternatives

Findings from the Second Peer Review Panel Meeting and Findings from the First Peer Review Panel Meeting

Survey Documentation

Socioeconomic Data, Transportation Supply, and Base Year Travel Patterns Data

24

Next Steps

Generate data for environmental studies

Conduct additional alternative tests

Finalize intraregional models in Southern California

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