Transport for Melbourne What’s the plan? Thursday 4th August 2016
Benchmarking Public Transport in Melbourne
Prof Graham Currie Public Transport Research Group Institute of Transport Studies Monash University
Institute of Transport Studies (Monash) The Australian Research Council Key Centre in Transport Management
Introduction
Modal Problems
Land Use Problems
Improvement?
Futures This paper examines Melbourne public transport performance
Mode Land Use Improvement? Futures Problems Problems
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Introduction
Modal Problems
Land Use Problems
Improvement?
Futures
4 Buses ARE Melbourne’s public transport for most residents, which is a problem….
• Over two thirds of Melbourne can only be serviced by bus services since rail and tram services lie considerable distances from where people live or where they want to travel to
Port • In 1996 the Metropolitan Phillip strategy team identified Bay that 2.16M Melbournians lived In areas where buses were bus was the only means of access to public transport. 0.98M lived within access distance of rail services 0 10 20 Western Port kilometres
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…because there arent many
• Over two thirds of Melbourne can only be serviced by bus services since rail and tram services lie considerable distances from where people live or where they want to travel to
Port • In 1996 the Metropolitan Phillip strategy team identified Bay that 2.16M Melbournians lived In areas where buses were bus was the only means of access to public transport. 0.98M lived within access Weekday Service Frequency (2006) Weekday Service Span distance of rail services Peak Off Peak 0 10 20 Weekday Western Port kilometres AV. MELBOURNE 40m 50m AV. MELBOURNE 06:46-18:53 6 The bus network on weekdays...
Weekday Bus Services
7 Source: Currie (2003) Source:Source: Currie Currie (2003) (2003)
…contrasts somewhat with weekends
Sunday Bus Services
8 Source: Currie (2003) Frequency drives Australian ridership performance
120,000
111
200 100,000
700 (903) T80 130 80,000 410 402 150 703
508 900 60,000 527
160 220
552 901 Boardings per route km route per Boardings 40,000 120 Melbourne Bus 180 271 541 555 Melbourne Smartbus 125 888 140 800 T65 Adelaide NE Busway 889 850 170 307 T500 561 506 100 623 624 Brisbane SE Busway 20,000 124 210 612 442437 564 542 T501 404 250 Sydney T-Ways 212 811135 305 627T70 683 T61 507 545 781 304 T75 503 T71 400 546 443 812785784T64407685T62 766 521 155 T63 926 0 548 0 10,000 20,000 30,000 40,000 50,000 60,000 70,000 80,000 Vehicle trips/annum
Source: Currie, G. and Delbosc A (2011) ‘Understanding bus rapid transit route ridership drivers: An empirical study of Australian BRT systems’ TRANSPORT POLICY Volume 18, Issue 5, September 2011, Pages 755‐764
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In general our bus service level is poor compared to world practice
Source: Pan D (2013) ‘Key Transport Statistics of World Cities’ Journeys Sept 2013
1010 Tram services are struggling in growing traffic congestion
Source: VCEC (2006) Inquiry into Managing Transport Congestion
1111
Melbourne is the worlds biggest “streetcar” system
180 Tram Track Km in Mixed Traffic 16 7 Melbourne
160
140 Toronto
120 German Cities French Cities UK Cities USA Cities 100
80 71 66
60 49 48 44 41 40 31 25 24 24 23 18 17 20 14 13 12 99 9 8 7 5 443 4 333 110 1 21110000000000 d o e s t 0 a y d e n t s k tl es k m er er e as on m es i el on gh l el l DF sco fal and roi and I fi eg o tgart dorf ph i ogne ef Lyon an ds tl hei ean s el ea ns Loui uc hen Essen sburg l mor l Se at Dal R ouen oydo n ngha m dl vest i Buf B ost Det N ant el tm un d eno bl t/M ai sbu r t D enver a nci a m ento ev Newar Newar Col br Stut Or a sbourg Sh ef ti adel St. K enosha Por H anover Bi B ochum Mul Cr l tt Sa n Jose Gr Dui Memphi Cl Mi Gal M ann hei B onn S SB Dor LakeC i Sa n Di Pi Bal B onn S WB TOR O NTO D ussel M ontoel Str t M anch est Not Los An gel Phi Sa cr Sa ar N ew O r M ELB OU RN E sruhe (VBK ) W est Sa n Fr Sa l l Frankfur Tyne an d We ar Kar Source: Currie G and Shalaby A (2007) ‘Success and Challenges in Modernising Streetcar Systems – Experience in Melbourne and Toronto’ Transportation Research Record No 2006 Transportation Research Board Washington DC ISSN 0361-1981 pp 31-39 2007
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Mixed Traffic service impedes performance
Average Operating Speeds –World Tram/Light Rail Systems
Skagen, 40 Guadalajara, 34 32 Toulouse, 31 30 Washington, 30 26 Lao n, 26 25 Melbourne Tram Reliability Stuttgart, 25 25 Hong Kong, 22 21 Strasbourg, 21 21 • 33% of services are New York, 21 21 M annheim, 20 20 considered to be NOT Los Angeles, 20 20 Rotterdam, 19 19 running on time Tunis, 19 19 Hong Kong, 19 18 Mainz, 18 18 • On time defined as arriving Heid elb er g 18 18 Munich, 18 18 more than 1 min early of Riga, 18 System 18
Berlin, 17 17 more than 6 mins late Oslo, 17 17 Paris, 17
City/ 17 Budapest, 17 17 Zwickau, 17 17 Const ant a, 17 16 Amsterdam, 16 16 Creil, 16 16 V ienna, 16 16 Zagreb, 15 15 Genève 15 15 Source: Track Record MELBOURNE 15 15 Torino, 15 Melbourne (15/16 kph) 14 Toronto, 14 14 Tallinn, 14 14 Würzburg, 13 12 M ilano, 12 10 Lisbon, 10 9
0 5 10 15 20 25 30 35 40 45 50 Source: UITP Databank Average Speed (KPH)
14 Melbourne tram ridership is low compared to overseas systems; due to low relative frequency
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14
12
10
8
6 Passengers per vehicle km 4 BRT (Australia) Light Rail (Australia)
2 Light Rail (USA) Light Rail (Europe)
0 0 50,000 100,000 150,000 200,000 250,000 Vehicle trips per annum
Source: Currie G and Delbosc A (2013) ‘Exploring Comparative Ridership Drivers of Bus Rapid Transit and Light Rail Transit Routes’ JOURNAL OF PUBLIC TRANSPORTATION Journal of Public Transportation, Vol. 16, No. 2, 2013 pp47‐65
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Better performing railways are built on new not old infrastructure and strong resilience/reliability
Average Speed (Kph) Breakdowns in Service (000 kms)
Melbourne 33 Melbourne 15
Sydney 50
Singapore 45
Best Practice 100
Hong Kong 52.6 Singapore Never
Perth 55 Hong Kong Recorded
20 30 40 50 60 0 102030405060708090100110
Av. Speed (Kph) Av. Speed (Kph)
16 ...yet expanding rail, thus making it more complex, has been our approach to mass transit expansion
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Unplanned disruptions are common; e.g. reported signal faults; 1,900 p.a. (5+/day)
Reported Signaling Disruptions
• 1,900 signal failures p.a. (12 months to August 2013) • 5.2 per day • Biggest Locations: • Flinders Street Station 89 • North Melbourne 71 • Newport 51
Metro Trains "We are installing advanced computer technology which improves control of the signalling system, but our field equipment is outdated and requires replacing,"
Source: Adam Carey, The Age, ‘Signal failures are causing chronic rail delays’ 23/10/2013
1818 Melbourne rail demand growth has been impressive by any standard
History of Rail Patronage - Melbourne 240.0 228.9 225.5 219.3 222 220.0 213.9
201.2 200.0
Rail 178.6 180.0 Demand M trips 162.4 160.0 p.a. 146.0 134.9 140.0 131.8 133.8 127.9
120.0 2000-1 2001-2 2002-3 2003-4 2004-5 2005-6 2006-7 2007-8 2008-9 2009-10 2010-11 2011-12 2012-13 Year
Source: Department of Transport/ Public Transport Victoria Annual Reports
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However the rail network has reached capacity
20 So what do passengers think about these issues?
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PERFORMANCE MINUS Highest IMPORTANCE RATINGS Lowest Importance Importance SPIRAL PLOT Safe at night Comfortable with strangers on PT 0.5 Reliability
Travel time compared to car Frequency 0
Can make trips to new places on PT Safe during day ‐0.5
Physical access ‐1 PT available where and when needed
‐1.5
Staff curteous and friendly Deal with disruptions quickly ‐2
‐2.5 Overcrowding Get to stops/stations
Ease of buying/using ticket Quality of service
Available at night Make connections
People I care for can use it safely Available on weekends
Source: Currie G Delbosc A (2015) Information to plan journey Get information about PT Variation in Perceptions Meet costs Disruptions don't happen often of Urban Public Transport Performance Between International Boston Brisbane London Melbourne New York Cities Using Spiral Plot Analysis' Perth San Francisco Sydney Toronto Average 22 TRANSPORTATION RESEARCH RECORD Introduction
Modal Problems
Land Use Problems
Improvement?
Futures
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The Transit Orientation of Development
Density –the concentration and compactness of development within geographic space
Diversity –the land use mix including the balance and compatability of users with each other (and transit)
Design –which relates how the various land uses are combined, linked and presented in terms of ease of access and attractiveness
Source: Cervero and Kockleman (1997)
2424 The Transit Orientation of Development – Design (Walkability) in Melbourne
Walkers Paradise
Very Walkable
Somewhat Walkable
Car Dependent
Source: Aston L, Currie G and K Pavkova (2016) ) ‘Does Transit Mode Influence the Transit-Orientation of Urban Development? - An Empirical Study’ JOURNAL OF TRANSPORT GEOGRAPHY Vol 55 (2016) pp83-91
252 5
The Transit Orientation of Development – Density in Melbourne
Minimum Density (including JOBS) for Effective PT Provision (Newman & Kenworthy (2006)
Source: Aston L, Currie G and K Pavkova (2016) ) ‘Does Transit Mode Influence the Transit-Orientation of Urban Development? - An Empirical Study’ JOURNAL OF TRANSPORT GEOGRAPHY Vol 55 (2016) pp83-91
26 The Transit Orientation of Development – OVERALL Melbourne – only in central areas
Source: Aston L, Currie G and K Pavkova (2016) ) ‘Does Transit Mode Influence the Transit-Orientation of Urban Development? - An Empirical Study’ JOURNAL OF TRANSPORT GEOGRAPHY Vol 55 (2016) pp83-91
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Introduction
Modal Problems
Land Use Problems
Improvement?
Futures
28 Since 2001 PT service increased 63% (66% bus/ 36% rail, 10% tram) but ‐ but population growth continues at a faster pace…
Index of Public Transport Service Kms p.a (2001-2=100) Population Growth (M) 170
5 160 520 4.8 4.7 150 4.6 4.6 4.5 4.4 140 4.4 4.3 4.3 4.2 4.2 130 4.1 4.0 4 3.9 120 3.8
Vehicle Kms p.a. (2001-2=100) p.a. Kms Vehicle 3.8 3.8 3.7 3.6 110 (M) Population 3.6 3.6 3.6
100 3.4
-2 -3 -4 -5 0 5-6 -1 -11 01 02 03 04 0 06-7 07-8 08-9 -17e 0 0 6 3.2 20 20 20 20 20 2 2 20 2009 2010 2011-122012-132013-142014-15 Year 2015-16e201 3 Rail Tram Bus Total 200 200 200 200 200 201 201 201 1-2 3-4 5-6 7-8 9-10 1-12 3-14 5- 16e Year Source: Department of Transport/ Public Transport Victoria Annual Reports
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…in last 10 years, per capita service increased to 22% but declined since 2011 (we have gone down by 9% points); recent trend is flat
Relative Service Level Per Head 125
122 121 120 119
115 114 114 113 113 113 Service Levels 112 (Vkms supplied)110 Per Capita 107 105 105
102 102 102 100 100 100
95 2001-2 2002-3 2003-4 2004-5 2005-6 2006-7 2007-8 2008-9 2009-10 2010-11 2011-12 2012-13 2013-14 2014-15 2015- 2016- 16e 17e Year
Source: Department of Transport/ Public Transport Victoria Annual Reports
30 Introduction
Modal Problems
Land Use Problems
Improvement?
Futures
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Melbourne is expected to increase in size by another 1‐2M people in 20‐ 30 years
Forecast Melbourne Population Growth
2.5 7 2.33
2.08 6 2 1.82 5 1.55 1.5 4 Growth 1.27 Population (M) Growth 0.98 3 1 Total (M) 0.67 2
0.5 0.35 1
0 0 2011 2016 2021 2026 2031 2036 2041 2046 2051
Year
Source: Victoria in Future (2012)
32 Melbourne Metro; exciting but capacity upgrade is long overdue now – current start date is 2026!
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Melbourne rail grade separations; exciting some capacity relief but not an increase in service
34 Where is tram and bus priority? – SmartBus; downgraded?
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www.worldtransitresearch.info
369 ALSO: NEW PTRG WEBSITE PTRG.INFO
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381 0 Planning Public Transport Services – Short Course Melbourne 15-18 August, 2016
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