The New Age Urban

Transportation Systems
The New Age Urban
Transportation Systems
Cases from Asian Economies

Volume I

Sundaravalli Narayanaswami
The New Age Urban Transportation Systems: Cases from Asian Economies,
Volume I

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 Abstract
Urbanization is the most common global phenomenon in recent times
which brings upon huge stress in the existing transportation infrastruc-
ture systems in cities. Interestingly, urban (transportation) challenges are
more significant in developing countries and specifically in fast grow-
ing Asian countries. This is due to the fact that land occupation is very
dense and social aspirations for growth (and therefore mobility) are much
higher in developing countries than in developed countries. Limited
urban space and infrastructure fail to meet the rapid and huge demands
in traffic v­ olume and better quality of services. Therefore the need for
design, development, operations and regulation of modern urban trans-
portation systems is more intense than ever.
Infrastructural development and transportation operations are mainly
directed at citizen welfare, and they require huge capital investments.
Therefore, in many countries urban transportation projects are initiated
and executed by the states. Mostly, states opt for private participation
so as to minimize the risks in terms of project design, time planning,
consortia participation, and quality of execution. This brings a very inter-
esting caveat to the domain. Per se, there are several commonalities in
the planning and management of urban transportation projects across
the globe. But the approach and solutions have to be developed specific
to a local context and relevance. Urban transportation as a domain, is
multi-disciplinary, interdependencies between the components are
­
­complex and repeatability (and inter-operability) of developed models or
solutions is near impossible. Specific challenges include land use planning
based on socio-economic distribution, project designing, implementa-
tion, financial analysis, governmental decisions that involve several stake-
holders with varied capabilities and roles.
We comprehensively cover the domain background, challenges
involved in developing such large scale, capital intensive projects of long
gestation period and various approaches adopted by different c­ ountries.
We substantiate our discussions with five real-life cases on modern
urban transportation systems from Asian countries, as an illustration
of what works and what does not in a particular context. The book is
vi Abstract

aimed as a one-point reference on modern day developments on urban

­transportation for a readership of consultants, practitioners, developers,
policy makers, and academicians.

Keywords
bus rapid transit; light rail; metro railways; modern urban transit; urban
congestion; urbanization
 Contents
Preface��������������������������������������������������������������������������������������������������ix
Acknowledgments�����������������������������������������������������������������������������������xi

Chapter 1 Introduction: Urbanization�����������������������������������������������1

Chapter 2 Ahmedabad Bus Rapid Transit System����������������������������11
Chapter 3 Delhi Metro Rail Corporation����������������������������������������79
Chapter 4 Pune Rainbow Bus Rapid Transit System����������������������115
Chapter 5 Conclusion: Urban Transportation�������������������������������167

About the Author��������������������������������������������������������������������������������177

Index�������������������������������������������������������������������������������������������������179
 Preface
Urbanization is the most common global phenomenon in recent times
which brings upon huge stress in the existing infrastructure and trans-
portation systems in cities. Interestingly, urban (transportation) chal-
lenges are more significant in developing countries and specifically in fast
growing Asian countries. This is due to the fact that land occupation
is very dense and social aspirations for growth (and therefore demand
for ­mobility) are much higher in developing countries than in devel-
oped countries. Limited urban space and infrastructure fail to meet the
rapid and huge demands in traffic volume and better quality of services.
Therefore the need for design, development, operations and regulation of
­modern urban transportation systems is more intense than ever.
Infrastructural development and transportation operations are mainly
directed at citizen welfare, and they require huge capital investments.
Therefore, in many countries urban transportation projects are initiated
and executed by the states. Mostly, states opt for private participation
so as to minimize the risks in terms of project design, time planning,
consortia participation and quality of execution. This brings a very inter-
esting caveat to the domain. Per se, there are several commonalities in the
planning and management of urban transportation projects across the
globe. But the approach and solutions have to be developed specific to a
local context and relevance. Urban transportation as a domain, is multi-­
disciplinary, interdependencies between the components are complex and
repeatability (and inter-operability) of developed models or solutions is
near impossible. Specific challenges include land use planning based on
socio-economic distribution, project designing, implementation, finan-
cial analysis, governmental decisions that involve several stakeholders
with varied capabilities and roles.
We comprehensively cover the domain background, challenges
involved in developing such large scale, capital intensive projects of long
gestation period and various approaches adopted by different countries.
The discussions are presented through five real-life cases on modern urban
x Preface

transportation systems from Asian countries, as an illustration of what

works and what does not in a particular context. The cities that are cov-
ered in the text are Delhi, Ahmedabad, Pune, Singapore, and Yichang.
The text is organized as two volumes; the cases on Delhi, Ahmedabad,
and Pune are covered in Volume I and those of Singapore and Yichang are
covered in Volume II. The introduction chapter discusses the background
of urban transportation planning, specifically related to Asian countries
and the challenges involved. This is followed up with a detailed coverage
of modern transportation systems in the five Asian cities, each presented
as a chapter. The conclusion chapter summarizes the discussion. Brief
comparison of the transport systems in five cities along with the interpre-
tations and insights are presented.
 Acknowledgments
I would like to acknowledge the research support provided by Divyansh
Ameta, Dheeraj Badarala, Moxanki Bhavsar and Abhishikt Chouhan.
I thank Harshad Parmar, who helped me very much in documentation
and word processing. Sincere acknowledgements are due to Jayashree
­
Rammohan and Nishi Peter for their support with language editing of
chapters. Special thanks are due to Roystan La’Porte and Scott Isenberg
from the Business Expert Press team. My Institute’s role in providing us
an ecosystem for research and writing is gratefully acknowledged. Finally,
I thank my beautiful family that is ever supportive and appreciative of
my work.
 CHAPTER 1

Introduction
Urbanization

The recent trend in urban growth all over the world is unprecedented and
quite alarming. Recently it has been estimated that around three billion
people, amounting to 50 percent of the world population live in urban
regions. It was significantly different until, some 30 years ago, when there
was an even distribution of population in urban and rural areas. In the
future, the situation is projected to grow worse than the current levels
of urbanization. In the early 20th century, only 16 cities had more than
a million people, whereas today almost 500 cities have a million people
or more. Understandably, dynamism in urbanization is more rapid in
developing countries than developed countries, as they are the regions
of high economic growth and social development. Nearly 350 cities in
developing countries contain a population of one million or more. Cities
are centers of economic activities that contribute to the national growth
and socio-economic development by virtue of increased productivity and
huge employment opportunities. Expanding boundaries and increasing
population in urban regions impose a huge stress on existing urban ser-
vices and public utility, major of which are education, health care and
employment; mobility choice and urban transport are important com-
ponents of state jurisdiction that enables managing most of the public
services. Specifically, mobility is just not about building infrastructure
and making available modern automobiles. A good urban transportation
system should be built on bringing people closer to the places, so that
services are accessible in an easy manner. There are several dependencies
and enablers in providing and managing citizen accessibility.
Figure 1.1 depicts that urban population in developed countries is
gradually decreasing since 1970 to 1975 periods, whereas in developing
2 The New Age Urban Transportation Systems

80 China
India
70 Rest of Asia and the Pacific*
Average annual population increase (millions)

Africa
60 Latin America and the Caribbean
Developed countries

50

40

30

20

10

0
1970– 1975– 1980–1985– 1990– 1995– 2000– 2005– 2010– 2015– 2020– 2025– 2030– 2035– 2040–
1975 1980 1985 1990 1995 2000 2005 2010 2015 2020 2025 2030 2035 2040 2045
Years

Figure 1.1  Average urban population increase by region: statistical

and projected
Source: UN-Habitat (2013).

countries, urban population is increasing rapidly. Specifically India will

continue to lead the magnitude of increase in urban population and
urban population in China is projected to decline in future.

Challenges in Studying Urbanization

The foremost difficulty in studying urbanization is the huge disparity in
the definition of urban space; states, provinces and countries define urban
area differently. The second challenge is about lack of reliable data related
to demography in several countries. The other specific challenges related
to mobility and transportation is density of population and topography
of urban space. Few (African, South American, and Asian) countries base
it on the population size of a locality to classify between urban and rural.
However, the difference in population size could be as high as few thou-
sands. There are also countries where both population sizes as well as eco-
nomic activity are used to distinguish between urban and rural. Botswana
considers any region with an agglomeration of more than 5,000 people
and more than 75 percent of non-agrarian economic activity as urban and
the rest as rural. Urban boundaries are also decided based on governance
and administration. At several periods of times, such boundaries kept
changing depending on the National Governmental agenda and policies.
Specifically, China had a substantial change of defining urban space over
 Introduction 3

time. Lack of reliable demographic data has compounded managing the

urbanization challenges. It was also not uncommon to both over- and
under-estimate the future population growth. Notwithstanding the fact,
that the global population by itself had a steep increase from around
1.6  to 6.1 billion in the past century, and the major share of increase
was from developing countries, to be precise, India and China. As of
2017, the global population is 7.5 million, based on the recent UN report
(UN Report 2017). G ­ lobally, 50 percent population lives in urban space,
of which approximately 70 percent are from developing countries and
30 percent in developed countries.

Global Scenario: Urbanization and Impact on

Urban Transport
The variances in the basic estimation of urbanization impact urban mobil-
ity and transport services. In general states provision transport services all
over the world; transport services are owned, operated and managed by
the government themselves or they facilitate transport services through a
number of private entities. The role of private entities could be formal,
informal or a combination of two. The involvement of private entities
could be in manufacturing of vehicles (assets related to transport services)
and development of infrastructure (design and building) and operations,
control and management of transport and allied services. The states, in
general, engage private entities, where there is shortage or gap from the
state side (Serafeim and Freiberg, 2017) Governmental policies that are
subject to different changes from time-to-time have an impact on the
role and extent of private involvement in state provisioned services; trans-
port services are one such. Transport services are significant because of the
huge investments (funds, effort, and time) required, potential for revenue
generation and social benefits such as sustainable environments, therefore
contributing to the national economy and pride. As transport services
also affect every class of society and therefore the value perception of the
citizen needs to be managed.
In Figure 1.2a to 1.2c, the growth of urban areas and decline of rural
spaces over few years in India, China, and Singapore are illustrated respec-
tively, along with the corresponding regions they belong to.
 4 The New Age Urban Transportation Systems

Percentage of population in urban and rural areas Percentage u

India Ind
Urban Rural

80
60

70
50
Proportion of total population (percent)

60

Proportion urban (percent)

40
50

40 30

30
20
20

10
10
2018

0 0

1950 1975 2000 2025 2050 1950 1975

Year

n and rural areas Percentage urban by region and subregion

India Southern Asia Asia

60

50
Proportion urban (percent)

40

30

20

10
2018
2018

2025 2050 1950 1975 2000 2025 2050

Year

Figure 1.2a  Percentage of population change in urban rural areas

(India and South Asia)
 Introduction 5

Percentage of population in urban and rural areas Percentag

China
Urban Rural

90 80

Proportion of total population (percent) 80 70

70
60

Proportion urban (percent)

60
50
50
40
40
30
30

20
20

10 10

2018
0 0
1950 1975 2000 2025 2050 1950 1975
Year

on in urban and rural areas Percentage urban by region and subregion

China China Eastern Asia Asia
ban Rural

80

70

60
Proportion urban (percent)

50

40

30

20

10
2018
2018

0
2000 2025 2050 1950 1975 2000 2025 2050
Year Year

Figure 1.2b  Percentage of population change in urban rural areas

(India and Eastern Asia)
 6 The New Age Urban Transportation Systems

Percentage of population in urban and rural areas Percentage urban

Singapore Singapore
Urban Rural
100
100
90
90
Proportion of total population (percent)

80
80

Proportion urban (percent)

70
70
60
60

50 50

40 40

30 30

20 20

10 10
2018

0 0
1950 1975 2000 2025 2050 1950 1975
Year

ban and rural areas Percentage urban by region and subregion

Singapore South-Eastern Asia Asia

100

90

80
Proportion urban (percent)

70

60

50

40

30

20

10
2018
2018

0
2025 2050 1950 1975 2000 2025 2050
Year

Figure 1.2c  Percentage of population change in urban rural areas

(Singapore and South-East Asia)
 Introduction 7

Land Usage and Transportation

Motorization

Motorization, the increased usage of vehicles also hugely impacts the

urban mobility. Advancement of vehicular technology brings forth
­modern and high quality vehicles that basically improve the commuter
convenience. (Segel and Hartleben, 2015) There are a number of f­actors
that contribute to the increase in number of vehicles on the road. Sev-
eral cities are ill-planned with no control over where and how rapid land
occupancy expands in urban regions of developing countries. As cities
grow, land prices increase and agglomeration is more concentrated in
the urban periphery, whereas economic and commercial activities pre-
dominantly happen at the city centers. Therefore commuting becomes
essential. The role of governments in urban development and transport
provisioning is also significant. Specifically in developing countries, trans-
portation governing policies do not discourage private vehicle usage and
also ­governments are unable to develop and provide a good public trans-
port service for the growing population. All these factors force people to
buy, ­possess and use private vehicles, as a dependent means of mobility.
Non-­motorized private transport and unorganized transport modes that
are both motorized and non-motorized also proliferate.
One of the major negative impact of motorization, which included
two-wheeler and unorganized travel segment is on human safety (Pucher
et al. 2007). Road accidents continue to increase both in India and China,
as the road is used by multiple vehicles and pedestrians with no dedicated
lanes and with weak law enforcement.

Infrastructure Development

Infrastructure development in several countries is less planned and not

commensurate with the pace of urban sprawl. Democratically elected
governments often pursue a decentralized approach and focus on improv-
ing public services and economic infrastructure to sustain growth and
inward investment. Two features that are essential, if decentralization is
to contribute to economic development irrespective of the substantive
democratic dimension: (1) accountability and (2) administrative capacity
8 The New Age Urban Transportation Systems

to implement public policies based on accurate information about local

conditions; they are often lacking in several countries as institutional
readiness and capability to make financial commitments are missed.
Countries like China follow a centralized approach, where the tax reve-
nues and public expenditure are tied to the central and provincial govern-
ments. Decentralization helps the governments to break the challenges
into smaller manageable problems with better fund realization possibili-
ties, particularly in bigger countries with large population, whereas cen-
tralization provides better monitoring and control ability, and therefore
infrastructure development projects are better managed, in terms of time,
cost, risk and quality.

Sustainability

A macro objective of decentralization is to ensure regional equity with bal-

anced development, based on local strengths (Cohen 2006). To achieve
a sustainable urban transportation system, three pillars are vital: (1) a
well-coordinated government, (2) good public financing, and (3) fair leg-
islation. Local governance often falls short because the preoccupations and
focus of the elected leaders, administrators and civil society organizations
are limited to the term-of-office and several vested interests for several
sections of society. Sustainability has long-term effects, though invest-
ment decisions and investments are needed immediately. There is also
little to confirm investments related to sustainability in terms of financial
and economic parameters such as Net-present value (NPV) or cost-ben-
efit analysis (CBA) toward various regulatory standards and enforcement
bodies. It is crucial that government policies incorporate mechanisms by
which robust “macro” long-term strategic plans are approved, developed
and implemented in a seamless manner.

Public Transport and Government Policies

Several challenges related to urban transport administration are intercon-
nected and highly complex, as multiple stakeholders are involved. Such
issues are generally addressed through government institutions specifi-
cally constituted for the purpose. It is required to bring together multiple
 Introduction 9

constituents such as urban and rural municipalities together, coordinate

projects, allocate and distribute funds, execute project, and initiate opera-
tions to achieve a common objective of efficient land-use planning, public
transport and economic development. One of the main reasons for urban
congestion arises from the government’s inability to provide a quality
transport service, in response to the growing demands from an increas-
ing population size. Governments have heavily invested in land usage
development, transport infrastructure and service development; however,
the pace of urban growth often out passes the rapidity of development.
­Government policies are also not consistent with the National objectives
that change in a short term frame based on elected governments. Most
evident is the lack of affordable and convenient public transportation,
which is primarily the state’s responsibility.

Conclusion
Many countries face severe traffic congestions along with air and noise
pollution, road accidents and deteriorating quality of mobility for the
poor. Specifically India and China have been experiencing rapid pop-
ulation growth, urban sprawl, sharp increases in motor vehicle owner-
ship and low per-capita income. Both countries have relied on increased
motorization to stimulate their economies and also attempted to modern-
ize their transport systems, and to meet the growing demand for cars and
motorcycles among the middle and upper classes. An important policy
decision needs to be taken on mitigating the negative social and envi-
ronmental costs of increased motor vehicle use. The most rational and
pragmatic solution would be develop good quality, safe, affordable mass
transit systems that the people are encouraged to use. The Delhi Metro is
a standing testimony in improving the traffic conditions of New Delhi.
In summary:

• Transport infrastructure investment and development should

be in modern mass transit systems that can cater to high
volume of traffic.
• BRT systems should be implemented in parallel as a cost-­
effective mechanism to provide high-speed service in key
10 The New Age Urban Transportation Systems

corridors and as a complementary feeder service to the mass

transit systems.
• BRT systems should be implemented as a primary service,
where expected travel volumes are not very high and in
­congested corridors with no available road space.
• Public transit systems should be prioritized in urban signaling
so that the capacity is well utilized.
• Traffic rules and regulations must be enforced more
­stringently.
• Private vehicle usage should be streamlined, if not discour-
aged, by increased ownership costs, driving license costs,
parking changes and so on. All such charges levied should
be re-invested into future developments and upgrading of
existing services.
• Transport infrastructure must be redesigned and rebuilt
to make them more pedestrian friendly and conducive
for cyclists.
• Land-use and transport planning must be better coordinated
through transit-oriented development and also by incorporat-
ing stricter environmental and energy efficiency standards.

References
Cohen, B. 2006. “Urbanization in Developing Countries: Current Trends, Future
Projections, and Key Challenges for Sustainability.” Technology in Society 28,
nos. 1–2, pp. 63–80.
Pucher, J.Z., R. Peng, N. Mittal, Y. Zhu, and N. Korattyswaroopam. 2007.
“Urban Transport Trends and Policies in China and India: Impacts of Rapid
Economic Growth.” Transport Reviews 27, no. 4, pp. 379–410.
Segel, A., and O.O. Hartleben. 2015. “Building Cities: A Technical Note.”
HBS/9-213-006.
Serafeim, G., and D. Freiberg. 2017. “The Future of Mobility: Economic,
Environmental and Social Implications.” HBS/9-118-008.
UN Report on World Population Prospects. 2017. Available online at https://esa.
un.org/unpd/wpp/Publications/Files/WPP2017_KeyFindings.pdf (accessed
on September 30, 2018).
UN-Habitat, Planning and Design for Sustainable Urban Mobility, United
Nations Human Settlements Programme Global Report on Human
Settlements 2013.
 Index
Agglomeration, 12 corridors, 39–41
Ahmedabad cost estimates, 67–69
bus rapid transit system (see Bus cycle paths, 52–53
rapid transit system) economic evaluation, 68, 70
demographic trends, 14–16 exclusive corridor, 44
history, 14 factors involved, 12–13
occupational pattern, 19, 20 fare fixation policies, 55–61
population density, 16, 18 financial analysis, 70–71
spatial patterns of population genesis, 13–14
change, 16, 17 geometric design, 46–50
traffic generating activities, 25, 29 implementation, 9–10
transportation system implementation strategy, 71–72
accidents, 35, 36 insufficient demand, 72–74
pollution levels, 35, 36 median lanes, 43
public transit, 37–39 operational difficulties, 74–75
road networks, 32, 35 overtaking lanes, 66–67
system components, 30 parking facilities, 52
vehicles, 30–32 pedestrian facilities, 53
urban economy, 17–19 phases, 39
Ahmedabad Municipal Transportation public transit system, 75–76
System (AMTS) relocation of existing utilities, 54
auto-rickshaws, 11 RoW proposed cross-sections,
average daily passengers, 12 62–66
division of costs, 56, 58 services and routes, 41–43
fleet size, 11, 12 street lighting and furniture, 53
ticket units and revenue percentage, system operation, 55
58 treatment of intersections, 52
traffic problems, 12 Pune
Automatic vehicle location system advantages, 117
(AVLS), 45 vs. alternate travel modes, 118
Average urban population, 1, 2 basic features, 162–163
bicycle lanes, 143
Bus rapid transit system (BRTS) bus stops, 143
Ahmedabad category of streets planned, 139
access to bus stop, 51 central median markers, 146
advanced technology, 45–46 CIRT’s master strategy, 155
agglomeration, 12 corridors, 120
bus shelter position, 50–51 curb and slope ramp, 145–146
bus technology, 44–45 dedicated lanes, 143
capability system, 54 design lanes, 143–144
closed system, 43–44 feeder routes, 141
180 Index

financial strategy, 150–151 airports, 82–83

infrastructure provision, historical background, 81–82
151–153 mass rapid transit system, 84–85
Intelligent Transit Management metropolis, 82
System, 153, 155 National Capital Territory, 82
intersections, 147–150 Northwest and South districts, 82
lighting, 146 population growth, 82, 83
limitations, 164 registered vehicles, 83
mobility corridors, 139, 141 Delhi Airport Metro Express Private
paybacks, 119 Limited (DAMEPL), 102,
PCMC’s mobility scheme, 103
155–156 Delhi Development Authority
pedestrian overpass, 146 (DDA), 87
PimpriChinchwad Municipal Delhi Metro Operations and
Corporation, 116–117 Maintenance Act, 97
plan, 117 Delhi Metro Rail Corporation
Pune Municipal Corporation, (DMRC)
116 airport line, 101–103
road signs and marks, 147 appointment of general consultants,
shoulder, 145 94–95
speed breakers, 146 crisis management, 100–101
strategic features, 120 Detailed Project Report, 84–85
street parking, 145 implementation
sub-optimal choices, 163 phase-I, 87–88
walkways, 141–142 phase-II, 88–92
Bus shelter position, 50–51 phase-III, 91–93
Bus technology, 44–45 phase-IV, 93–94
integrity, 107–108
Capability system, BRTS, 54 and JBIC, 86
Center for Training Transportation Joint Venture company, 85
Professionals (CTTP), 124 Konkan Railway Project, 86
Centralization, 8 land acquisition and realignment,
Chief Public Relations Officer 98–99
(CPRO), 109 legal framework, 96–97
Clean development mechanism management strategies, 103–104
(CDM), 110 Metropolitan Transport
Closed system, BRTS, 43–44 Organization, 84
Code Division Multiple Access overcoming challenges, 94
(CDMA), 46 professional competency, 104–105
Commuters data, PCMT, 139 punctuality, 105–107
Corridors, BRTS railway gauge, 95–96
identification, 39–40 social responsibility and
selection principles, 40–41 accountability, 108–113
Cost-benefit analysis (CBA), 8 tax concessions, 97–98
Cycle paths, BRTS, 52–53 technology, 96
underground tunneling challenges,
Decentralization, 7–8 99–100
Delhi. See also Delhi Metro Rail Detailed Project Report (DPR),
Corporation 84–85
 Index 181

Environmental Impact Assessment Konkan Railway Project, 86

(EIA) study, 109–110
Land acquisition and realignment,
Fare Fixation Committee, 97 DMRC, 98–99
Fare fixation policies, BRTS Land usage and transportation
critical factors, 55 infrastructure development, 7–8
existing tariff structure motorization, 7
Ahmedabad Municipal transport sustainability, 8
system, 56 Land use
autos, 60–61 in AMC area
distribution travel, 58–60 existing land use, 23, 24
factors influencing, 59–60 existing vs. proposed land use,
short-stay bus ride, 60 24, 26
ticket units and revenue high power transmission
percentage, 58 network, 22
guiding principle, 55 proposed land use, 25
integration, 61 in AUC area, 25, 27–28
recovery rate, 56, 57 in AUDA area
distribution of land use patterns,
General packet radio service (GPRS), 23
46 industrial development, 19
Geometric design standards, BRTS, waterbodies and wastelands, 19
46–50 in Pune, 122, 126–127
Global Mobile Communications
System (GSM), 46 Mass rapid transit system (MRTS),
Government of National Capital 84–85
Territory of Delhi (GNCTD), Median lanes, 43
85 Metropolitan Transport Organization
Government policies, 8–9 (MTO), 84
Gujarat Infrastructure Development Metro Railway Maintenance and
Board (GIDB), 13 Operations Act, 97
Ministry of Urban Development
Indian Engineering Services (IES), (MoUD), 13
103 Modal share, Pune, 138
Infrastructure development, 7–8 Monorail, 120
Intelligent Transit Management Motorization, 7
System (ITMS)
benefits, 153, 155 National Ambient Air Quality
fund allocation, 155 Standards (NAAQS), 37
objective, 153 National Highway Authority of India
resolution summary, 155 (NHAI), 32
Near field communication (NFC)
Japan Bank of International technology, 96
Cooperation (JBIC), 85 Net-present value (NPV), 8
Japan Railway Technical Service Non-motorized transportation, 80
(JARTS), 95
Jawaharlal Nehru National Occupational pattern of Ahmedabad,
Urban Renewal Mission 19, 20
(JNNURM), 13 Operational plan, BRTS, 41–43
182 Index

Overtaking lanes, BRTS, 66–67 land use, 122, 126–127

operational details, 137, 140
Pacific Consultants International population growth, 118, 121
(PCI), 94–95 population progress level, 121–123
Parking facilities, BRTS, 52 road networks
Parsons Brinkerhoff International pedestrian and NMV facilities,
(PBI), 95 128–129
Passenger information system, 46 PimpriChinchwad, 128
Paybacks of BRT, 119 street networks, 124
Pedestrian facilities, BRTS, 53 traffic management, 129
PimpriChinchwad Municipal road safety, 129–133
Corporation (PCMC), traffic flow features, 130, 135
116–117 transit characteristics, 135–137
Professional competency, DMRC, transit system, 115–116
104–105 urban economy, 122, 124
Promotions and Outreach Program vehicle composition, 130, 134–135
(POP) Pune Mahanagar Parivahan
accomplishments, 157 Mahamandal Ltd (PMPML)
advertising activities, 161 capital budget, 151
broadcasting campaign, 162 operational details, 137, 140
BRT campaign inauguration, 162 Pune Municipal Corporation (PMC),
community outreach, 161 116
customer perception, 156
determination, 158 Rail India Technical and Economic
events blueprint, 160 Service (RITES), 84
free rides, 162 Registered vehicles
interactions with NGOs, 160–161 in Delhi, 83
mechanisms, 158 in India, 81
objectives, 157 Retractable flap type control gates, 96
project execution, 157 Road density, 35
rainbow BRT Road networks, 32, 35
awareness strategies, 160
commuter acknowledgment,
Socio-economic activities in
158
Ahmedabad, 29
land usage, 160
Street furniture, BRTS, 53
and PMPML buses, 159
Street lighting design, BRTS, 53
school assemblies, 161
Street parking, Pune, 145
timelines, 158
Sustainable urban transportation
university conferences, 161
system, 8
Public transit, Ahmedabad
System operation, BRTS, 55
CNG routes, 39
fares and occupancy levels, 38
financial performance, 38–39 Tax concessions, DMRC, 97–98
operations and details, 37–38 Terrestrial trunk radio (TERTA), 96
Pune Ticketing media, BRTS, 56, 57
BRTS project (See Bus rapid transit Tunnel boring method (TBM), 99
system)
density of population, 122 Urban economy
gender ratio, 122 Ahmedabad, 17–19
 Index 183

Pune, 122, 124 non-motorized transportation,

Urbanization 80
average urban population, 1, 2 private vehicles, 80
challenges, 2–3 urbanization patterns, 79–80
dynamism, 1 mode choice, 168–170
government policies, 8–9 motorization and technology, 167
land usage and transportation, physical characteristics, 169
7–8 population growth, 171
population distribution, 1
and urban transport Vehicle capacity, BRTS, 44–45
governmental policies, 3 Vehicles in Ahmedabad
population change, 3–6 circulation and 10-year growth,
private entities, 3 32, 33
transport services, 3 composition, 31
Urban transportation distributions, 31
employment and GDP growth rate, total decadal growth rate, 32, 34
171, 173 Virtual Private Network (VPN), 46
government policies, 168
in India (see also Ahmedabad; Workers Participation Rate (WPR),
Delhi; Pune) 18–19