Regional Service Concept - Metro · Regional Service Concept. June 2019 – Metro Service Councils....
Transcript of Regional Service Concept - Metro · Regional Service Concept. June 2019 – Metro Service Councils....
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Regional Service Concept
June 2019 – Metro Service CouncilsJuly 2019 – Metro Board of Directors
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Bus Network Goals and Objectives
Provide high quality mobility options that enable people to spend less time traveling (Metro Vision 2028)
• Target infrastructure and service investments towards those with the greatest mobility needs
• Invest in a world class bus system that is reliable, convenient, and attractive to more users for more trips
• Endorse travel speed, service frequency, and system reliability as the highest priority service design objectives for the NextGen Bus Study (Motion 38.1)
• Optimize system performance to maximize benefit to the public
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How Can Metro Help Equitably Grow Transit Ridership?
How well do people understand how effectively transit can serve their needs? Is the system easy to understand & find?
FINDHow can we encourage people to try transit? Does transit go where & when they need it to? Is transit competitive with other options? Is the service attractive?
TRYOnce people have tried transit, how can we attract them to use it more often? Is service fast, frequent & reliable enough to retain riders & entice occasional/infrequent riders?
RELY
Current Approach to Equity:> Title VI and Environmental Justice
Moving Beyond Compliance:> Metro Equity Platform: The Four Pillars
I. Define & MeasureII. Listen & LearnIII. Focus & DeliverIV. Train & Grow
How is Metro Addressing Equity?
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Metro’s Equity Platform in ActionNextGen Goes Beyond Title VI/EJTitle VI/EJ protects against making opportunities worse for minority and/or low income groups.
Metro enhances Title VI/EJ in it’s Equity Platform by:
• Inclusiveness beyond ethnicity and income
• Going above and beyond to improve service for communities with greatest mobility needs
Title VI/EJ
Communities with greatest mobility needs
Folding the Equity Framework into NextGen
LISTEN & LEARN
FOCUS & DELIVER
DEFINE & MEASURE
TRAIN & GROW
• Use Title VI/EJ and Performance Measures to ensure we are achieving our equity objectives
• Use survey results to help define what improvements are wanted/needed
• Verify results through outreach and engagement
• NextGen service design concepts and network redesign based on transit propensity, service performance, service environment and public feedback
• Refresh Board adopted policies based on NextGen service design concepts
Defining Service PrioritiesCommunity Meetings/
EWG Meetings
Transit Propensity Index Maps
Service Design Concepts
Network Redesign
Transit Service Policies
Board Approval
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• Including nearly 7,000 residents through an online survey. Over 60% were people of color with a balance of genders, age groups, zip codes, & income levels equitably representing the diversity of LA County.
• Bus rider outreach: 300,000
• Digital engagement touchpoints: 9 million +
• Print advertising & collateral: 1.4 million +
• Community events & stakeholder briefings: 200 +
• Input received will help refine services changes
• Meetings & workshops were geographically balanced within Metro’s service area, included a broad & diverse focus, & targeting hard to reach communities
10 million + touchpoints in LA County
Mobile Unit On-board Bus Surveys
Parent Group MeetingADA-Focused Workshop
Community Engagement Highlights
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20+ public workshops, 1,000+ attendees & 1,800+ comments• Round 1: 10 meetings organized by Service Council Area
• Round 2: 10 additional targeted stakeholder meetings (including 1 ADA-focused meeting)
• 1,800+ quality comments related to the technical aspects of the system & personal needs/experiences
• 1,000+ residents engaged in a dialogue between Metro staff and the system serves
• Utilized interactive & visually appealing workshop stations
• Received requests for additional presentations/workshops
Public Workshop Series
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How is the public’s feedback incorporated into service design concepts?
> More frequency> Reliability> Accessibility
> Faster service> Better connectivity> Safety
> Hybrid stop spacing> Shorter route lengths> Microtransit/on-demand services> Routing based on transit propensity and public feedback
> Subarea transit hubs> Muni coordination> Standardized frequencies by service tiers> Transit supportive infrastructure
Themes help guide service concepts:
Recurring themes from public outreach (examples):
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Transit Propensity
Service Performance
Service Environment
Transit Orientation
Service Design Concepts
Design Considerations
Fixed route bus service succeeds when:• There is a high concentration of travel where transit can be
competitive, AND• Current transit service is well aligned with the demand, AND • The built environment & other external factors favor transit
use.
Bus service must be designed to the specifications of individual markets based on:• Time of day/day of week, AND• Trip distance, AND• Demographics served, AND • External factors impacting
transit competiveness
Network Development Process
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Areas with Greatest Travel DemandTransit Propensity: Willingness to Use Transit
Willingness to Use TransitLow High
What Transit Propensity MeasuresMarket Segments
• Those with greatest mobility needs• Commuters and students• Discretionary riders
Service Environment• Walkability• Street network• Development density• Housing density
Travel Demand• Pop/Emp densities• Travel intensity• Current route performance
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Service is most successful where we have a strong, integrated bus/rail network and the
right market conditions.
10,000
5,000
1,000
50050
Metro LinesMuni Lines
Metro Weekday Boardings
45,000 – 119,202
35,000 – 45,000
27,000 – 35,000
23,000 – 27,000
18,000 – 23,000
12,000 – 18,000
5,000 – 12,000
2,000 – 5,000
0 – 2,000
Trip Intensity Per Square Mile
Service is most successful where we have a strong, integrated bus/rail network and the
right market conditions.
Service Performance: Where People are Currently Using Metro
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Travel Intensity Land Use Parking Supply Travel Time
Are there enough people making the same trip?
Is the built environment transit friendly?
Is there too much free parking?
Does transit have priority over cars?
Service Environments
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0%
5%
10%
15%
20%
25%
30%
35%
40%
45%
0 1 2 3 4 5 6 7 8 9 10
B. Good market share,Poor competitiveness
A. Good market share, Good competitiveness
C. Poor market share, Good competitiveness
D. Poor market share, Poor competitiveness
Transit to Drive Time Ratio
Tran
sit M
arke
t Sha
reMarket Types
20,000 trips 50,000 trips
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Where should routes be adjusted to better connect people to where they want to go?
1What frequency
levels and service spans are needed
for a successful network?
2How do we balance
walk-wait-ride on key network corridors to
optimize the customer experience?
3How does this all fit
in with Metro’s available bus
resources?
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Network DesignApproach to
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Sylmar/San Fernando
Sunland/La Crescenta60%
60% of trips occur within the area27% of trips are to the Valley 1% of trips are to Downtown LA3% of trips are to Sunland/La Crescenta
27%
1%
3%
Design ConsiderationsSFV Example
Trips: 380,000 tripsMarket Share: 1.4% market shareMileage: 76% of trips under 2.5 milesTravel time competitiveness: 3.25-3.50
Sylmar/San Fernando Key Facts
Percentages do not equal 100%. Additional trips dispersed throughout the County.
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Sylmar/San Fernando
Sunland/La Crescenta
60% of trips occur within the area2% of trips are to Sylmar/San Fernando11% of trips are to the Valley 1% of trips are to Downtown LA8% of trips are to Glendale6% of trips are to Pasadena
11%
1%
2%
Design ConsiderationsSFV Example
8%
6%
Trips: 325,000 tripsMarket Share: 0.7% market shareMileage: 44% of trips under 2.5 milesTravel time competitiveness: 3.00-3.25
Sunland/La Crescenta Key Facts
60%
Percentages do not equal 100%. Additional trips dispersed throughout the County.
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Design ConsiderationsSFV Example
Line90/91Line 92Line 94/794Line 222Line 224Line 901 (Orange Line)Red LineNorth Hollywood Station
Only 2-3% of trips travel
between Sylmar and Sunland
No connection to North Hollywood
Station
Only 1% of trips go all the way to
Downtown
Only one route connects to North Hollywood, every
12-21 min
Existing Transit
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Design ConsiderationsSFV Example
New circulators to address short-distance travel
Fewer routes go Downtown, feed Red
Line, frees up resources
Increase frequency to
every 10 minutes all day
Direct connection to North Hollywood
Line90/91Line 92Line 222Line 224Sylmar Shuttle 1Sylmar Shuttle 2Sylmar Shuttle 3Line 901 (Orange Line)Red LineNorth Hollywood Station
Transit Concept
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East Los Angeles
Monterey Park
Alhambra
Rosemead
Commerce
El Monte
Downtown LA32% of trips occur within the area20% of trips are north between I-10 & Mission Rd
(8% to Pasadena) 17% of trips are east to I-60511% of trips are south to Whittier Blvd (4% to 91)3% of trips are to City Terrace/Boyle Heights2% of trips are to Downtown LA3% of trips are to the Westside
Design ConsiderationsSan Gabriel Valley Example
Trips: 200,000 weekday tripsMarket Share: 2.4%Mileage: 48% of trips under 2.5 miles
71% of trips under 5 milesTravel time competitiveness: 3.25-3.50
San Gabriel Valley
17%
Downtown LA
20%
11%
2% 3%3%
8%
32%
4%
Montebello
Percentages do not equal 100%. Additional trips dispersed throughout the County.
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East Los Angeles
Monterey Park
Alhambra
Rosemead
Montebello
Commerce
El Monte
Downtown LA
Design ConsiderationsSGV Example: Existing
Line 68Line 70Line 71Line 770
Existing
Significant service
overlap with diluted
frequencies
Frequent Silver Line
service from El Monte Station to
Downtown LA
No direct connections to Gold Line
Less than 2% of all trips
end in Downtown
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Rosemead
East Los Angeles
Monterey Park
Alhambra
Montebello
Commerce
El Monte
Downtown LA
Design ConsiderationsSGV Example: Proposed
Line 68Line 71Line 268Line 487Line 770
Proposed
Focus on sub-regional
hubs that more
directly reflect travel
needs
Service to Shops at Montebello
provided by Monterey Park or
Montebello Transit
Increase frequency of north-south connections
Fewer routes go Downtown, freeing up
resources for more frequency Frequent service
to Gold Line to make connections
to Downtown (& Westside in the
future)
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26 PPH 73 PPH 86 PPH 68 PPH 28 PPH15 PPH
Design ConsiderationsGateway Cities/South Bay Example
< 1515 – 30 30 – 45
45 – 60 60 – 75> 75
Passengers Per Hour (PPH)
Marina Del Rey
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Trips: 200,000 tripsMarket Share: 1.0% market shareMileage: 48% of trips under 2.5 milesTravel time competitiveness: 2.00-2.25
Key Facts
40% of trips occur within the area20% of trips are to Santa Monica/Mar Vista15% of trips are to Westside10% of trips are to Culver City2% of trips are along Slauson corridor
2%
20%
40%
Percentages do not equal 100%. Additional trips dispersed throughout the County. Marina Del Rey
Design ConsiderationsGateway Cities/South Bay Example
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Extend Big Blue Bus Route
1 via Pacific into Marina
del Rey
Enhance North/South
corridors:Centinela, Sepulveda
(consolidate frequency)
Explore Mobility on
Demand opportunities
End Slauson Ave service at
Culver City Transit Center Extend and
reorient Culver City Bus routes
Marina Del Rey
For Discussion Purposes Only These scenarios are for illustrative purposes. Discussions still need to take place with local Municipal Bus Operators
Design ConsiderationsGateway Cities/South Bay Example
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73% of trips are under 7.5 miles.
Design ConsiderationsVenice Blvd. Example
Local
0
50
100
150
200
250
300
350
<.5mi .5-1mi 1-2.5mi 1-2.5mi 5-7.5mi 7.5-10mi 10-15mi 15+mi
Tota
l Trip
s
Length of Trip
Venice Blvd
Rapid
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Corridor Optimization Example: Venice Blvd.
Time (in minutes)
w/ Transit Priority(Hybrid)
56 28
Optimized (Hybrid) 56 35
Local (Existing) 4 min
10 36
Rapid (Existing) 10 10 33
Walk RideWait
Represents a 7.5 mile trip
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Study Milestone Schedule
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Implementation Schedule
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