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High Capacity Transit System Plan A Performance Based Approach to Sustainable Regional Transit to Sustainable Regional Transit

Metro High Capacity Transit System Plan

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Page 1: Metro High Capacity Transit System Plan

High Capacity Transit

System PlanA Performance Based Approach

to Sustainable Regional Transitto Sustainable Regional Transit

Page 2: Metro High Capacity Transit System Plan

Making the Greatest Place

Page 3: Metro High Capacity Transit System Plan

90 miles of rail built by 2016

Page 4: Metro High Capacity Transit System Plan
Page 5: Metro High Capacity Transit System Plan

High Capacity Transit ModesCurrent Future

Page 6: Metro High Capacity Transit System Plan

2,000,000,000

2,500,000,000

3,000,000,000

3,500,000,000LRT VMT

Person -

CAPACITY

AnnualLIFT VMT

Person -

CAPACITY

Annual

Annual Rides Per Resident

Service Capacity Increase by 2014

0

500,000,000

1,000,000,000

1,500,000,000

2,000,000,000

2005

2007

2009

2011

2013

2015

2017

2019

2021

2023

2025

2027

2029

2031

2033

2035

AnnualCom Rail VMT

Person -

CAPACITY

AnnualStreetcar VMT

Person -

CAPACITY

AnnualFreq Bus VMT

Person -

CAPACITY

Annual

Page 7: Metro High Capacity Transit System Plan

Annual Rides Per Resident

Page 8: Metro High Capacity Transit System Plan

Planning for a sustainable regionVehicle Miles Traveled

Page 9: Metro High Capacity Transit System Plan

HCT System Plan Highlights

� Determining what

matters

� Process for prioritization

� Creating a dynamic

process for project

advancement

Page 10: Metro High Capacity Transit System Plan

What Matters?

HCT Think TankHCT Think Tank

Page 11: Metro High Capacity Transit System Plan

What Matters?

HCT Think TankHCT Think Tank

Page 12: Metro High Capacity Transit System Plan

What Matters?

Public Engagement

Page 13: Metro High Capacity Transit System Plan

What Matters?

Page 14: Metro High Capacity Transit System Plan

What Matters?

Page 15: Metro High Capacity Transit System Plan

What Matters?

Page 16: Metro High Capacity Transit System Plan

What Matters?

Local Aspirations

Page 17: Metro High Capacity Transit System Plan

What Matters?

Local Aspirations – Criterion Index Tool

Page 18: Metro High Capacity Transit System Plan

What Matters?

Local Aspirations – Digital Charrettes

Page 19: Metro High Capacity Transit System Plan

What Matters?

Page 20: Metro High Capacity Transit System Plan

Evaluating

Opportunities

Page 21: Metro High Capacity Transit System Plan

Possibilities…

Page 22: Metro High Capacity Transit System Plan

Round I Screening

• Current and future ridership potential

• Connectivity & system benefit

• Cost &corridor availability

• Environment constraints• Environment constraints

• Equity

• Congestion

• Alignment with 2040 Growth Concept

• Transit origins and destinations

Page 23: Metro High Capacity Transit System Plan

Planning for a sustainable region

Corridor map

Page 24: Metro High Capacity Transit System Plan

Multiple Account Evaluation (MAE)

• Adopted from United Kingdom

• New Approach To Transport Appraisal (NATA)

• Multiple “benefit accounts” considered• Multiple “benefit accounts” considered

• Criteria selected based on local conditions/values

Page 25: Metro High Capacity Transit System Plan

Applying the MAE

• Organized into three “accounts” that

correspond to the outcomes-based RTP

evaluation approach:

Page 26: Metro High Capacity Transit System Plan

25 Evaluation CriteriaCommunity Environment Economy Deliverability

C1: Supportiveness of Existing Land Uses

C2: Local Aspirations

C3: Placemaking and Urban Form

C4: Ridership Generators

C5: Support of regional 2040 Growth Concept

C6: Integration with Regional Transit System (Addressed in White Paper)

EN1: Reduction in Emissions and Disturbance

EN2: Risk of Natural Resource Disturbance

EN3: Risk of 4(f) Resource Disturbance (Addressed in White

EC1: Transportation Efficiency (Operator –cost per rider)

EC2: Transportation Efficiency (System annualized capital & operating cost per rider)

D1: Total Project Capital Cost (Exclusive & Non-Exclusive ROW Options)

D2: Capital Cost Per Mile (Exclusive & Non-Exclusive ROW Options) (Addressed in White Paper)

C7: Integration with Other Road Uses

C8: Congestion Avoidance Benefit

C9: Equity Benefit

C10: Health (Promotion of Physical Activity)

C11: Safety and Security (Addressed in

White Paper)

C12: Housing + Transportation Affordability Benefit

C13: Transportation Efficiency (User Travel Time Savings)

(Addressed in White

Paper) EC3: Economic Competitiveness (Change in employment served)

EC4: Rebuilding/ Redevelopment Opportunity (vacant and redevelopableland)

Options)

D3: Operating & Maintenance Cost

D4: Total Corridor Ridership

D5: Funding Potential

Page 27: Metro High Capacity Transit System Plan

MAE Matrix

Page 28: Metro High Capacity Transit System Plan

Priority Tiers• Near Term Regional Priorities

Page 29: Metro High Capacity Transit System Plan

Priority Tiers• Next Phase Regional Priorities

Page 30: Metro High Capacity Transit System Plan

Priority Tiers• Developing Regional Priorities

Page 31: Metro High Capacity Transit System Plan

Priority Tiers• Vision Corridors

Page 32: Metro High Capacity Transit System Plan

Selecting the Next 30 Year Priorities

Page 33: Metro High Capacity Transit System Plan

• Identifies which near-term regional priority corridor(s) should advance toward implementation

• Delineates a process by which potential HCT corridors can move closer to implementation,

System Expansion Policy

corridors can move closer to implementation, advancing from one tier to the next through a set of coordinated Metro and local jurisdiction actions.

Page 34: Metro High Capacity Transit System Plan

MAE Evaluation

Rewarding Performance

• Supportive Land Use

• Station Context

• Urban Form

• Leadership

• Connectivity• Connectivity

• Housing Needs

• Financial Capacity

• Mobility Corridors

• RTP triple bottom line approach guides MAE evaluation

• MAE outcomes captured in SEP target areas

Page 35: Metro High Capacity Transit System Plan

Target Score Target

Score

Minimum

Score

Meets

Minimum

Transit Supportive Land Use X 22 11 Y/N

Station Context & Urban Form X 28 17 Y/N

Community Support X 8 4 Y/N

Political Leadership/Partnerships X 16 8 Y/N

Scorecard Approach

Political Leadership/Partnerships X 16 8 Y/N

Regional Transit Network

Connectivity

X 6 3 Y/N

Housing Needs Supportiveness X 14 7 Y/N

Financial Capacity X 36 16 Y/N

Integrated Transportation System

Development

X 1 1 Y/N

Conceptual: Still under development

Page 36: Metro High Capacity Transit System Plan

• Local jurisdictions required to form Corridor Working Group to advance project

• Requires determination of corridor problem statement, mode selection and concept station areas

Focus on Corridors

• Focus on corridors encourages:

– Development of complementary station types

– Balance of access and destination uses

– Density trades

Page 37: Metro High Capacity Transit System Plan

Station A Station B Station C

Transit Supportive Land Use Criterion

½ mile

buffer of

station area

Potential

alignments

• Examine current and future land uses used to determine

corridor readiness and appropriate mode

Page 38: Metro High Capacity Transit System Plan

• On-the-ground land uses are more critical as a project

approaches implementation phases

Regional Project Priority Tier On-Ground Land

Use

Zoned Land Use

Near Term 80% 20%

Transit Supportive Land Use Criterion

Next Phase 60% 40%

Developing 40% 60%

Vision 20% 80%

Page 39: Metro High Capacity Transit System Plan

Urban Form (Streets)

Sidewalk Coverage: Percent of Streets with Existing or Programmed Sidewalks within ½ Mile of Concept Station Areas

• 75%+ = 6

• 50-74% = 4

• 25-49% = 2

• 0-24% = 0

Example: Urban Form - Streets

Bicycle Facility Coverage: Percent of Arterials and Collectors (entering station area) with Existing or Programmed On-Street Bike Lanes or Parallel Bike Facilities within 2 miles of Concept Station Areas

• 75%+ = 6

• 50-74% = 4

• 25-49% = 2

• 0-24% = 0

Conceptual: Still under development

Page 40: Metro High Capacity Transit System Plan

Financial Capacity

Availability of local funding mechanisms: Credit given for any of the following mechanisms in place in corridor

• Urban renewal area = 2

• Tax increment financing= 2

• Local improvement district (LID) = 2

• Other proven funding mechanism = 2

Example: Financial Capacity

Operating Subsidies Identified: Project specific operating subsidies/revenues beyond traditional local/regional sources identified to support operations

• 20%+ of annual operating cost = 6

• 10 – 19% of annual operating cost = 4

• 1 – 9% of annual operating cost = 2

• 0% of annual operating cost = 0

Conceptual: Still under development

Page 41: Metro High Capacity Transit System Plan

A virtuous cycle….

HCT System Plan Outcomes

Page 42: Metro High Capacity Transit System Plan

• Strategies that support High Capacity Transit investments, ALSO:

– Create vibrant communities

– Encourage active transportation

– Reduce air/water pollution and reduce GHGs

Making the Greatest Place Values

– Reduce air/water pollution and reduce GHGs

– Support economic prosperity

– Provide safe and reliable transportation

– Enable equity of resource distribution and access

Page 43: Metro High Capacity Transit System Plan

Local ProsperityEconomy &

Financial Sustainability

• Portland residents are 2

times more likely to use times more likely to use

transit; 7 times more

likely to bicycle

- Joe Cortright, Portland’s

Green Dividend

Cost to own and operate a car - $9,000

Page 44: Metro High Capacity Transit System Plan

Transit System FinanceEconomy &

Financial Sustainability

Co

st p

er

bo

ard

ing

Co

st p

er

bo

ard

ing

Boarding rides per hour

Page 45: Metro High Capacity Transit System Plan

Transit System UseEconomy &

Financial Sustainability

20,000

25,000

30,000

35,000

40,000

• For the same amount

of operating funds:

LRTFreq

Bus Mix

0

5,000

10,000

15,000

Additional AWD Boardings

of operating funds:

– 26 miles of LRT

– Or 148 miles of

Frequent Bus

– Or 15 miles of LRT & 75

miles of Frequent Bus

Page 46: Metro High Capacity Transit System Plan

Vibrant NeighborhoodsCommunity Form and

Vitality

NW 23rdNW 23rd

HillsboroSellwood

Page 47: Metro High Capacity Transit System Plan

Trips Not TakenCommunity Form and

Vitality

Page 48: Metro High Capacity Transit System Plan

Environment & Climate

Change

Page 49: Metro High Capacity Transit System Plan

Team Effort

Metro Lead Council: Carlotta Collette

Metro Project Manager: Tony Mendoza

Nelson\Nygaard Team Partners:

• Stear Davies Gleave

• HNTB• HNTB

• John Parker Consulting

• Criterion Planners

Public Involvement Team:

• CH2M Hill

• Jeanne Lawson Associates

Page 50: Metro High Capacity Transit System Plan

Thank You

Thomas Brennan

Principal

Nelson\Nygaard

[email protected]

503.228.2152503.228.2152

N\N is hosting a Cocktail Party

Thursday 5th 5:30- 7:30

RIGHT NEXT DOOR