1. PROMOTING BICYCLE TRANSPORT ON SECONDARY ROADS
OF URBAN STREET NETWORK
Krishna Saw
M. Tech Student in Trans. Engg., & Planning, SVNIT, Surat
e-mail: kriscivil_10@yahoo.com
Balya Manjurali I.
M. Tech Student in Trans. Engg., & Planning, SVNIT, Surat
e-mail: manjurali.momin@ymail.com
B.K. Katti
Visiting Professor, Civil Engineering Department, SVNIT, Surat
ABSTRACT—Bicycle Transportation is vital for sustainable movements in urban area, as it helps to improve mobility, air
quality, reduce congestion, and conserve fuel. Today, transportation systems in most of our cities are no longer sustainable and
that is the cause of worry for the planners. Therefore promoting bicycle transportation as major part of Non Motor Vehicle
system (NMV) gains due importance in both traffic planning and operation stages. Present paper aims to examine the possible
solution to back up the bicycle system and provide policy guidelines to promote such system in urban areas with the focus on
movement on lower hierarchical urban roads to provide sustainable transportation. It provides strategies to tilt the travel shift to
bicycle usage on tertiary and secondary road of urban areas through proper integration of land use and transportation planning.
KEYWORDS: Bicycle, Secondary Road, Sustainable Transportation
1. INTRODUCTION
With the rapid urbanization in developing
countries in general and India in particular, the
pressure for a new set of Transport services is
increasing in cities, where transport cost are not
sustainable to the lower and economically weaker
section. The cycle rickshaws and horse drawn
tangas emerge here as part of the transportation
system. The system suit to meet the rider’s
requirements and employment generation in an
organized way for short urban trips. Today as
animal drawn travel system is fading way due to
high maintenance cost, the cycling can be as most
effective means of transport within smaller
centres. However, the rapid growth in auto vehicle
population in recent time has its impact on cycle
riding. Looking at the auto traffic hazards,
increased transportation cost, road safety and
environmental degradation, there is no option but
to search for sustainable transportation modes and
system and answer lies in strengthening the NMV
system with more focus on bicycle usages as it
provides nearly three times higher speed than
normal walking speed. More ever it is eco-friendly
and cost effective for urban poor.
2. METROPOLITAN TRANSIT
SCENARIO
Urbanization is a significant phenomenon at
national level, after post independence era. It was
17.29% in 1951 and touched 27.75% in just five
decades and touched urban population mark of 285
million out of 1027 million in 2001. Impact has
been felt maximum on metropolitan transportation
system in terms of substantial increase in transport
demand and traffic growth resulting in
sustainability crisis and distortion in modal split
characteristics.
The personalized trips with cars and two
wheelers found significant edge over public transit
system on one hand and squeezing experience on
NMV travel component. The cycling and walking
travel component reduce to 10% and 20% for our
mega cities respectively. Even the public transit in
some of our mega cities such as Ahmedabaad,
Hyderabad and Banglore etc are not at the desired
mass transit levels. The model split particulars for
seven major cities in India reported by Ministry of
Urban Development are as shown in Table 1.
Table 1: Modal Split of Few Cities
City Walk Cycle 2 W PT Car IPT
Ahm. 22 14 25 16 17 6
Hyd. 22 9 19 35 9 7
Chennai 22 9 20 31 10 8
Bangalore 26 7 17 35 8 7
Delhi 21 12 5 43 14 6
Kolkata 19 11 4 54 8 4
Mumbai 27 6 7 45 8 7
Ahm–Ahmedabad, Hyd–Hyderabaad
2. 262 ♦ National Conference & Workshop: RATE12, SVNIT, Surat (07–09 June 2012)
3. BICYCLE TRAVEL: STATUS
As discussed earlier the share of bicycle trips
as a proportion of total trips has declined over the
years. The cycle share and their variations in 25
years from 1980 observed for few cities in the
country are as shown in Table 2. Significant
reduction in cycle travel can be observed in all the
cities except Bhopal and Jaipur. Other interesting
trend is marginal increase in Bhuneshwar and
Surat. Bhopal and Jaipur have shown significant
increase in bicycle usage. However the bicycle
travel level is below the desirable level shown in
table except the case of Nagpur. The
socioeconomic characteristics, urban sprawl and
form are the important attributes for such
variations.
Table 2: Cycle Share in Few Cities (%)
% Modal Share in Total
City 1980 1990 2000 2007 Desirable
Delhi 20 12 5 12 17.5
BWR 32 23 17 21 30
Indore 27 25 17 16 25
Bhopal NA 9 4 17 25
Ahm. 34 NA 17 14 17.5
Surat NA 20 14 16 20
Nagpur 45 40 35 28 20
Jaipur NA 11 7 19 20
*BWR- Bhuneshwar, Ahm. - Ahmedabad
The urban Auto Trip Rate (ATR) and Cycle
Trip Rate (CTR) along with trip length reported in
the literature is compiled in Table 3 for cities
shown. The Auto Trip Rate (ATR) varied from
0.76 Bhuneshwar to maximum 1.55 (Delhi) and
the cycle trips rates are nearly 20% of Auto Trip
Rate (ATR). Maximum Cycle trip Rate has been
observed in Nagpur (0.361) followed by Bhopal
(0.285) and Jaipur (0.239).
Table 3: Per Capita Trip Rate for Few Cities
City ATR CTR ATL CTL
Delhi 1.55 0.186 10.2 5.1
Bhuvanshwar 0.76 0.159 3.9 NA
Bhopal 1.14 0.285 4.4 NA
Ahmedabaad 1.41 0.159 6.2 2.3
Surat 1.28 0.205 6 3.6
Nagpur 1.29 0.361 5 NA
Jaipur 1.26 0.239 6 NA
Trip Lengths TL, CTL in km
*NA–Not Available
The Average Trip length for the city is 5 km.
The observation on average Cycle Trip Length
(CTL) is 3.7 km including capital city of Delhi. It
is 2.3 km in Ahmedabaad and 3.6 km in Surat. As
such the desired Cycle Trip Length (CTL) is about
2.5 km.
4. STRENGTHENING BICYCLE
TRAVEL
In fact, cycling can be considered as a
sustainable transport mode for short trip within
city zone or the plan modules of Neighbourhoods
and TP Schemes. Following are the certain
planning measures to enhance bicycle travel.
4.1 Bicycle Catchment Areas and Cycling
To promote the bicycle transport at anywhere
in urban area, there is need to determine the
potential catchment area for such travel. Most
probable catchment areas of bicycle are residential
areas belonging to urban plan modules such as
Neighbourhood and T. P. Scheme. The bicycles
trips are from residential areas to other functional
areas to cover the trip length from 0.75 km to 2
km.
4.2 Urban Neighbourhood Module
Importance of Neighbourhood and community
planning is realised long ago all world over.
Compact Neighbourhood plan modules, covering
3000 to 6000 population with provision of
amenities and public utility services to support the
planned population. Often community planning
comprises are framed cluster of 3-4
Neighbourhoods to cover 15 to 20 thousand
populations. Focus here should be on walking and
cycle trips to reach primary school, community
shops and dispensary etc within 1-1.5km trip
length. Walking is preferred up to 600 m distance
and cycling can have upto 1-1.5 km.
4.3 TP Scheme Plan Modules
Planning and implementations of T. P.
Schemes have become almost part of Urban
Development programme in Gujarat and
Maharashtra in last two decades, for their effective
implementation and execution through Town
Planning Act. Each TP Scheme can cover 100
hectare to 150 hectares of area to meet the
3. requireme
with gross
scope fo
providing
of hierach
4.4 Func
Funct
supermark
functional
garden are
in an effec
bicycle tri
4.5 Bicyc
Keepi
view appr
as part o
Suitable c
an integra
under.
• N
• C
co
• C
• T
So, b
network,
taken into
for imple
bicycle w
particularl
Street ma
of the low
5. INFR
To pr
consider t
developm
date in m
orientation
movemen
elements
markings
need of h
facilities
street” w
ents of 30
s density of 2
or demarki
better conne
hial road netw
ctional Area
tional areas
ket, school
l places, reli
eas can plan
ctive way so
ips from the
cle Network
ing function
ropriate cycl
of the street
comprehensiv
ated way on
Neighbourhoo
Cluster of N
ommunity pl
Cluster of Com
P Scheme
before initi
categories o
o account. W
ementation
way, it shou
ly on collec
ay not need
wer traffic int
RASTRUCT
romote bicyc
the necessary
ment plans, as
most of our c
n towards a
nt. Therefore
like separat
as missing
holistic appro
for cyclists
here they are
to 40 thous
250 pph. He
ing functio
ectivity throu
work.
as
such as f
areas, disp
gious places
and located
o that they ha
residential N
k Developm
nal and resi
le network c
t network o
ve tracks can
hierarchical
ods level (NH
Neighbourhoo
lan
mmunity Pla
iating plann
of road and p
Where ever t
of separate
uld be part
ctor and sub
separate cyc
tensity.
TURE SUP
cle trips the
y support of
s these are a
ities. This is
auto vehicle
e, it is not
te bicycle tr
in the traffic
oach towards
s are categ
e part of the
Promot
sand popula
ere, there is b
onal areas
ugh developm
family shopp
pensaries, s
s recreational
in T. P. Sche
ave short dist
Neighbourho
ment
idential area
can be devel
of plan mod
n be thought
l plan modu
H)
ods level (C
an (CCP)
ning for c
plan module
there is no s
or indepen
of the netw
b-arterials. L
cle track bec
PPORT
planners hav
f infrastructu
almost absen
s due to our
rather the pe
t surprising
racks, signs
c plans. The
s the issue.
gorized as
road networ
ting Bicycle Tran
ations
better
and
ment
ping,
ocial
l and
emes
tance
ods.
as in
loped
dules.
of in
ule as
CNH)
cycle
s are
scope
ndent
work,
Local
cause
ve to
ure in
nt to-
plan
eople
g the
and
ere is
Now
“on-
rk, or
“off
netw
5.1
direc
effic
netw
oppo
and
The
situa
be
show
spee
able
for p
M
lane
sym
inter
side
serv
for b
nsport on Secon
f-street” whe
work.
On Street F
On-street bi
ctly on ro
cient and ef
work. Thes
ortunities, pr
minimize co
options ar
ations call fo
Shared Rou
considered
wn in Fig
eds are gener
e to safely sh
physical imp
F
Marked Sh
es are adopte
mbols marke
rvals (Fig 2
of the lane
ves to alert th
bicycles.
Figu
ndary Roads of
ere they are
Facilities
icycle facilit
oadways and
ffective way
se facilities
rovide for di
osts of provi
re as under
or.
utes: Local
as shared r
1. Because
rally low, cyc
hare the road
provements to
igure 1: Share
ared Routes
d, with the a
ed on the
). The symb
as the area u
he motorists
re 2: Marked C
Urban Street N
separate from
ties are tho
d provide
to develop
s maximize
irect travel b
iding bicycle
and decide
residential s
routes for b
traffic vol
clists and mo
d without sp
o the roadwa
ed Routes
s: Marked w
addition of bi
pavement a
bols identify
used by cycli
s to recognis
Cycle Lanes
Network ♦ 263
m the road
se located
the most
a bicycle
e cycling
by bicycle,
e facilities.
ed as per
streets can
bicycle as
lumes and
otorists are
pecial need
ay.
wide curb
icycle lane
at regular
y the right
ists, which
se the path
4. 264 ♦ Nation
Bicyc
are separ
exclusive
for roadw
higher ve
they have
5.2 Off S
Off-st
roadways
space cor
lines. O
accommo
cyclists, p
5.3 Cros
The c
pathway a
roads. Cr
cyclists, p
roads, an
motor veh
the conflic
• M
• M
• Si
• B
• B
• G
5.4 Cycle
Provis
bicycle in
nal Conference
cle Lanes: Tw
rate travel
use of bicyc
ways that h
ehicle speeds
special surfa
Figure 3: Se
Street Facil
treet facilit
, and often a
rridors, utility
Off-street fa
date a wide
pedestrians, r
sings
critical locat
are where th
rossing treatm
pedestrians a
nd to minim
hicles. Follo
cts and enhan
Marked crossi
Median island
ignalized cro
Bicycle loop d
Bike boxes
Grade-separat
e Parking F
sion of safe
n functional
& Workshop: R
wo metre w
lanes desi
cles (Fig 3) a
ave higher
s, no on-stre
face treatmen
eparate Bicycle
lities
ties are
are located w
y corridors
acilities are
e range of
runners, whe
tions on a
hese facilitie
ments can b
and others in
mize potentia
owing crossin
nce the safet
ings
ds
ossings
detectors
ted crossings
Facilities
e and secure
area as dis
RATE12, SVNIT,
ide bicycle l
ignated for
and are prefe
traffic volu
eet parking o
nts with kerbs
e Lane
separated
within parks,
and adjacent
e designed
users, inclu
elchair users
bicycle rout
s intersect m
be used to a
n crossing m
al conflicts
ng aid can re
ty.
s
e parking for
scussed earli
, Surat (07–09 J
lanes
the
ferred
umes,
often
s.
from
open
t rail
d to
uding
s etc.
te or
major
assist
major
with
educe
r the
ier is
sign
vario
and
com
loca
side
varie
Inve
typic
lock
large
Lon
who
meta
bicy
who
key
June 2012)
nificant mea
ous parking
long term pa
F
Short-Term
mprises bicyc
ation of the
walks. Shor
ety of forms
erted ‘U’ Rac
Figu
Long-Term
cal bicycle
kers, which
er secure fa
g-term parki
o need to park
Bicycle Loc
al or plasti
ycle locker i
o is assigned
to the locker
ans of enco
facilities can
arking facilit
Figure 4(a): Ri
Parking:
cle racks di
functional a
rt-term bicyc
s, such as a P
ck (Fig (a), (b
ure 4(b): Inver
Parking:
racks. It m
can be rent
acilities, such
ing is genera
k a bicycle fo
ckers: Which
c boxes. T
is restricted
d use of the
r (Fig. 4 (c))
ouraging cyc
n be form of
ties.
ing Rack
: Which
stributed at
and installed
cle parking c
Post-and-Rin
b)).
rted U Rack
Is more se
may compris
ted by indiv
h as bicycle
ally oriented
for longer tim
h are essent
ypically, ac
to a specif
locker and
cling. The
short term
typically
important
d on wider
can take a
ng Rack or
ecure than
se bicycle
viduals, or
e lock-ups.
to cyclists
me.
tially large
ccess to a
fic person,
given the
5. Contr
by locked
only to c
racks to p
parking ch
6. PURP
STRA
Follow
bicycle tra
• D
in
in
op
w
m
• Pr
it
tr
pr
th
• L
pr
ne
sc
• T
cy
co
• A
im
m
an
in
ar
• B
th
to
pa
ci
Figure 4(c
rolled Access
d rooms and
cyclists, and
provide extra
harges.
POSED BIC
ATEGIES
wing are the
avel in urban
Due weight
ncorporate bi
n traffic
perations as
weaker section
major segmen
romotion of
is importan
ransportation
rovide cost
he urban poo
ocal Gover
riority for th
etwork and t
cheme by JN
he necessar
ycle track w
ollector and s
All efforts to
mportant mo
medium dista
nd T. P. Sc
ntegrated bic
rrangement i
Bicycle as a
hrough cycle
o public tr
arking facili
ity transit sys
c): Bicycle Loc
s Parking: W
d cages whic
which may
security aga
CYCLE TR
e major prop
n area.
tage must
icycle as an
planning,
it is the mo
n of society
nt of urban po
f bicycle trav
nt componen
n to alleviate
effective tr
r.
rnment sho
he developm
tracks under
NNURM to en
ry infrastruc
with signag
sub-arterial r
o encourage
ode of trave
ance within
cheme are
cycle netwo
in functional
a feeder m
e signage on
ransit system
ity at major
stem.
Promot
cker
Which is typ
ch are acces
y contain bic
ainst theft ag
RAVEL
posals to prom
be given
important m
designing
ode belongin
which form
opulation.
vel is essenti
nt of sustain
air pollution
ransportation
ould give
ment of the c
r the operatio
nhance safet
ture support
ge on integr
road are need
bicycle shar
el for short
Neighbourh
needed, thr
ork and par
area.
mode is pos
n approach r
m with pr
r bus station
ting Bicycle Tran
pified
ssible
cycle
gainst
mote
n to
mode
and
ng to
ms the
ial as
nable
n and
n for
due
cycle
on of
ty.
t for
rated
ded.
re as
and
hood
ough
rking
ssible
roads
roper
ns of
7. C
on t
envi
trans
inve
is th
to cu
syste
walk
urba
syste
due
resid
Sche
and
facil
bicy
clus
REF
1.
2.
3.
4.
5.
6.
7.
8.
9.
nsport on Secon
• It is des
on su
demarca
• Bicycle
(BTOD)
transpor
CONLUSIO
The rapid u
travel deman
ironmental p
sportation h
estigate the s
he dire need o
urb the ill ef
em sustainab
king have no
an planning
em as a who
weightage fo
dential and f
eme is desire
needs nec
lity by the lo
ycle travel
ters
FERENCE
Jeroen Buis,
Nonmotorised
Cities”, Fourth
Mukati Advani
for bus servic
Town, South A
Rajat Rastogi,
modes as a sus
planning issues
Tiwari Geetam
motorised mod
system” Transp
programme (T
Delhi
Tiwari Geetam
Transport Journ
Yazid M. R. e
For Sustainabl
International B
“Banglore Ma
Karanataka, Ba
“Bicycle Maste
LTD. (2010)
Ministry of Ur
traffic and Tr
Urban Areas i
2008-2013”, (2
ndary Roads of
sired to segr
ub-arterial
ation.
Transit O
) should ha
rt planning
ON
urbanization
nd, traffic gr
pollution. Su
hence is in
ituation, enc
of the our an
ffects of urba
ble. This tra
ot received t
and has m
ole. Therefor
for short and
functional ar
ed to promot
cessary sup
ocal governm
in fast d
ES
(2009), “The
Transport Pla
h Regional EST
i et.al, (2006) “
e” VELO MO
Africa
, (2011), “Pro
stainable transp
s”, Current Scie
m, “Planning f
des: The critica
portation Rese
TRIPP), Indian
m, (2008), “Bicy
nal
et.al, (2011), “T
le Transportati
Building Contro
ster Plan–2015
anglore Develop
er Plan for Kam
rban Developme
ransportation P
in India” “Sur
2008), Surat Mu
Urban Street N
regate the cy
roads wi
Oriented De
ave priority
has significa
rowth, road
ustainability
n question
couragement
nd it can play
anization and
ansportation
the due reco
marginalised
re, necessary
medium trip
reas in fram
te the bicycle
pporting infr
ments to prom
developing
e critical Im
anning for Mo
Forum in Asia
“Bicycle – As a
ONDIAL Confe
omotion of no
portation option
ence, Vol. 100.
for bicycles an
al element in c
arch and Injury
n Institute of
ycle for Urban I
The Use of No
ion in Malaysi
l Conference, 2
5”, (2007), Go
pment Authorit
mloops City” U
ent India, (200
Policies and
rat City Develo
uncipal Corport
Network ♦ 265
ycle tracks
ith clear
velopment
in urban
ant impact
safety and
of urban
mark. To
of cycling
y vital role
d make the
mode and
ognition in
the NMV
y space for
ps between
ming of TP
e transport
frastructure
mote safe
residential
mportance of
odern Asian
Seoul
feeder mode
erence, Cape
on-motorized
n: policy and
nd other non
city transport
y Prevention
Technology,
India”,Urban
on-Motorized
ia” The 2nd
20, 125–134
overnment of
ty.
Urban System
8) “Study on
strategies in
opment Plan
tion (SMC)