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Fun, Fast and Fit: Influences and Motivators for Teenagers Who Cycle to School

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Data collected from questionnaires, individual interviews and a group interview shed light on influences and motivators for six Vancouver teenagers who were old enough to drive but regularly cycled to secondary school. The participants began cycling by themselves around the age of ten because it afforded independence, fun, speed and time efficiency. Their parents resisted habitual chauffeuring and modeled bicycle use for recreation and transportation. The participants continued cycling throughout their mid-teen years because those early motivators—along with fitness and health—were stronger than negative comments from peers. They rode neither new nor expensive bikes, and considered bicycle "advocacy" to be too aggressive to be directed at their peers. However, rigorous tactics to encourage friends to cycle indicated that friends of current cyclists are an important target in bicycle promotion at secondary schools.
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Children, Youth and Environments 16(1), 2006
Fun, Fast and Fit: Influences and Motivators for
Teenagers Who Cycle to School
Arthur F. Orsini
Auckland Regional Transport Authority
Auckland, New Zealand
Catherine O’Brien
Centre for Sustainable Transportation
Eganville, Canada
Citation: Orsini, Arthur F. and Catherine O’Brien (2006). “Fun, Fast and Fit:
Influences and Motivators for Teenagers Who Cycle to School.” Children, Youth
and Environments 16(1): 121-132. Retrieved [date] from
http://www.colorado.edu/journals/cye/.
Comment on This Article
Abstract
Data collected from questionnaires, individual interviews and a group interview
shed light on influences and motivators for six Vancouver teenagers who were old
enough to drive but regularly cycled to secondary school. The participants began
cycling by themselves around the age of ten because it afforded independence, fun,
speed and time efficiency. Their parents resisted habitual chauffeuring and modeled
bicycle use for recreation and transportation. The participants continued cycling
throughout their mid-teen years because those early motivators—along with fitness
and health—were stronger than negative comments from peers. They rode neither
new nor expensive bikes, and considered bicycle “advocacy” to be too aggressive to
be directed at their peers. However, rigorous tactics to encourage friends to cycle
indicated that friends of current cyclists are an important target in bicycle
promotion at secondary schools.
Keywords:
cycling, secondary schools, teenagers, youth participation,
school travel planning, sustainable transportation
© 2006 Children, Youth and Environments
Fun, Fast and Fit: Influences and Motivators for Teenagers Who Cycle to School
122
Introduction
Despite high ownership of bicycles by children and youths in Western Societies (Go
For Green 1999 ; Killingsworth and Schmid 2001), cycling remains the least utilized
travel mode on the daily commute to school (Gilbert and O'Brien 2005; Orsini
2001; 2004). Among preteens, cycling can be the most desired—but unfulfilled—
mode of travel to school (Kearns, Collins and Neuwelt 2003; O'Brien 2001; Osborne
2005).
Many of the factors restricting cycling are based on parental concerns; “busy
lifestyles, increasing journey distances, ...lack of older role models, danger from
traffic and isolated attacks, ... and security of their bike” (Osborne 2005, 235).
Efforts to address this discrepancy between most desired and least utilized have
often focused on these parental concerns (Way to Go! 2001) or on environmental
awareness (Off Ramp 2000; Resource Conservation Manitoba 2005). Such efforts
have met with limited success.
A 1985 study (Preusser, Williams and Lund), “Driver Licensing Age and Lifestyles of
16 Year Olds,” surveyed 15- and 16-year olds in three U.S. states with different
licensing conditions. “In all three states, bicycle riding two or more times per week
decreased from ages 15 to 16.” The implications are that even if a 16-year old is
not legally entitled to drive in their home province (or state), our societal
association between 16 and the car may be sufficient to cause older teenagers to
cast off a “pre-16” transportation habit such as cycling. A more recent study
(Pucher and Buehler 2005) shows that the people most likely to refer to themselves
as cyclists are in the 6- to 17-year-old category. The result is a lower inclination
towards cycling after adolescence, and a corresponding shortage of adult role
models cycling among children and youths (Kola-Olusanya 2005).
And yet, the health benefits of regular cycling outweigh the potential loss of life
from road casualties by a ratio of 20 to 1 (Hillman 2000). Despite the risk of a
collision and the exposure to vehicle emissions which can affect rider health, riding
a bike can be good for the body and the community. Daily bicycle commuting is
regular physical exercise and therefore offers an excellent opportunity to counter
health problems associated with physical inactivity.
In addition, cycling benefits the environmental, economic and social health of a
community. Riding a bike, like walking, is an active and sustainable form of
transportation that requires no regular input of fossil fuels, and therefore no
pollutants are emitted (Burrows 2004; David Suzuki Foundation 2004).
Economically, an increase in the proportion of people cycling would lower road-
infrastructure costs and require less than the currently allotted amount of land for
parking (Toor and Havlick 2004).
Bicycles reduce the speed with which we move through public spaces (as compared
with automobiles) and therefore create opportunities for social, face-to-face contact
with neighbors (Malone 2002). This personal contact reminds us to show common
courtesy to others in a manner directly opposite to the anonymity and “false” sense
Fun, Fast and Fit: Influences and Motivators for Teenagers Who Cycle to School
123
of protection that cars can have in fueling road rage (Alvord 2000). Lastly, the
potential for this kind of community engagement is part of what makes cycling fun
for many cyclists.
Youth Involvement in Sustainable Transport Research
There is growing recognition that considering the needs of children and youths in
urban planning will improve our ability to address the increasing health concerns
associated with car-dependent communities. However, we need to take this a step
further and incorporate the aspirations and perspectives of children and youths into
the planning process itself (Mitchell 2005; O'Brien 2004). This research contributes
to that process. This study focused on six teenage cyclists who were old enough to
drive a car.
1
These older teenagers were selected because they represented an
anomaly to the decline in cycling after turning 16 (Preusser, Williams and Lund
1985).
The primary question behind this research was: What influences and motivators
have caused teenagers who are old enough to drive to regularly cycle to school
instead? Using a research approach that emphasized life experiences, we heard
directly from teenage cyclists. We gathered data through a questionnaire, an
individual interview and a group interview, phased over six weeks to develop a
deepening understanding of the teenagers’ life histories.
2
Findings
The six participants all came from different secondary schools within the city of
Vancouver, British Columbia: half from the East Side, and half from the more
affluent West Side. Their principals put forward their names as the most
recognizable commuter cyclists at their school who were old enough to drive. Four
of the participants were of European descent, one was Latino and one was Asian-
Canadian. Four were 16-year olds in Grade 11 and two were 17-year olds in Grade
12. Four were male and two were female.
Only one of the participants had a driver’s license. Three of the participants had
their learner’s permit and two had not begun the driver licensing process. As a
group, the participants cycled to school more than two-thirds of the time (68
percent). This was an impressive rate considering that the average cycling rate for
secondary schools rarely reaches 3 percent (Evenson et al. 2003; Orsini 2001).
Each of the participants’ households had a car: four had two cars and one had three
cars. The availability of an automobile in each household implied at least the
occasional option of being driven to school and suggested that the decision to
regularly cycle was a personal choice. According to Sanqvist and Kriström (2001), it
is the opportunity created by real options that gives rise to “personal motives”
(114) such as the choice to not drive.
The participants had been granted their parents’ permission to cycle independently
(the “bicycle “license”—Tranter and Pawson 2001) when they were between four
Fun, Fast and Fit: Influences and Motivators for Teenagers Who Cycle to School
124
and seven years old (two participants) or between 10 and 12 years old (four
participants). There was no relationship between gender, geography (East or West
side of Vancouver) and the onset of regular bicycle commuting.
Once granted permission to cycle unsupervised, the participants cycled on their own
or with friends to the beach, forest trails, friends’ houses, the park, school, up and
down hills, and to the store to run errands for their parents. At that time, cycling
offered independence and speed. According to participants, independence referred
to the ability to explore and get places on their own, to travel without parents, and
to go off with a friend on bikes. The category of speed consisted of two sub-
categories: the thrill of moving fast (e.g., downhill) and a smaller sub-category of
time efficiency (e.g., getting somewhere faster).
Turning 16 had no effect on the frequency with which these participants cycled to
school. Half of them very clearly stated that becoming old enough to drive had no
effect on their overall commitment to cycling. The motivation for these 16- and 17-
year olds to continue cycling revolved around a central theme of choice, and some
very strong evidence that they simply felt it was fun to ride. The categories and
sub-categories of motivations that emerged from an analysis of their responses
were identified as: enjoyable (fun), better than the alternatives (fast) and healthy
(fit) (Table 1).
Table 1. Motivators of cycling, other than people
Category N Sub-category N
enjoyable 5 love it, fun, enjoyable 5
better than the
alternatives
11 faster than the alternatives 4
I don’t like the alternatives 3
cycling is more convenient than
alternatives
2
cycling is better for the
environment
2
healthy 6 good for my health and fitness 4
it offers a regular physical
challenge
2
When asked, “Who was influential in guiding you toward regular bicycle
commuting?”, all but one of the respondents’ 25 comments referred to someone
older: 19 of those responses (76 percent) specifically identified parents (Table 2).
These responses listed parents modeling the use of bikes on the commute to work,
when bicycle touring, in running errands and leading family excursions by bike.
Fun, Fast and Fit: Influences and Motivators for Teenagers Who Cycle to School
125
Table 2. People who were influential in getting the participants to
cycle
Who N Categories identified as influential
N
19 modeling the behavior 9 adult-family
(i.e. parent)
not routinely offering access to car (i.e., not driving and
therefore not enabling a carpool, not owning a car/second
car)
4
teaching how to cycle and maintain bike 2
travel and/or time spent with parent 2
purchasing bike/lock for participant 2
2 encouragement to keep in shape 1 adult-school
(i.e. coach)
modeling: we have a teacher who bikes everyday from
(North Van) (HC)
1
siblings 2 competition/keeping up with older sibling 2
peers-
school
(strangers)
2 modeling: I saw that there was a couple of kids who did cycle
to school, so I thought that if they cycled I would ask my
mom if I could (NB); in grade 6 when I was bussing to
school, I’d see this one bike rider who would pass us
everyday and then I figured that the bike would be a little bit
faster (HC)
2
These teenagers had a basic understanding of some of the environmental issues
related to the automobile, both locally and globally, even though they did not
regard reduced car use as a motivator for cycling. Since beginning to commute by
bike, they watched their social network “mature” into driving age, car-use, and car-
ownership. Some participants expressed discouragement over this increase in
automobile use among peers.
A lack of secure bike storage at secondary schools had not prevented these youths
from cycling. They locked their bikes to fences and railings, and the old and
tattered nature of their bikes was described as a tactic to make their bikes less
appealing to thieves and vandals. However, lack of secure storage put their bikes at
risk of being stolen and undermined efforts to convince friends to cycle to school
with them.
The participants believed that regular cycling made them more fit than their peers.
Several of the male participants discussed this in relation to starting a new sports
season.
It’s always nice at the beginning of a new sports season, when you get
out, for soccer for instance, when you get there and you’ve been
biking all summer, and biking to school all year, you come there, you
see everyone trying to run around and do their first warm-up lap, and
Fun, Fast and Fit: Influences and Motivators for Teenagers Who Cycle to School
126
they’re all passing out, trying to get around, and you’re just getting
around nice and easy not even sweating (HC).
3
This fitness was also discussed with respect to increasing levels of intensity. The
frequent reference to fitness as a motivator for cycling indicated they made active
bike rides to school rather than slow, meandering journeys. An example of this
physical exertion related to a supposed barrier: cycling up hills.
I like challenging myself to things like biking up a hill; sometimes I
take the hardest route, sometimes I take the easiest route, depending
how I feel because basically it makes me feel better if I can push
myself to new limits (MW).
Physical exertion from cycling was connected with another benefit—positive actions.
All six participants agreed with the statement: “You feel good about yourself when
you do positive actions, and there’s always a positive way to do everything” (Flay
and Allred 2003, 4). The youths listed very dynamic activities that made them feel
good about themselves; dancing, hiking, hockey, soccer, biking, group games and
theatre. When asked, “What about these activities makes you feel good?”, three
categories emerged: competence (e.g., I am good at it, I get positive results); fun
(e.g., always laughter, surrounded by friends); and positive physical exertion (e.g.,
labor-intensive stuff, escape from the pressures of school).
The Bicycle: Transportation Tool or Fun Device
The participants were asked to describe their bike in order to record the
terminology used. Two participants gave only the color of their bike by way of
description. Two gave the color and the number of gears, and the other two spoke
of specific bike components. Five of the six participants rode second-hand bikes
which they described as “very old,” “really old” or “pretty old.” The “pretty old”
bike, belonging to a 17-year old, had been his older brother’s tenth birthday gift.
Five of the six participants described how they got their bike—three of them
explained this in detail. Their responses indicated more of a relational connection
than an objectified view of the bicycle as a tool. This suggests that their bikes
represent more than just a means of transportation, but something “which supports
and enhances their living” (Loughland et al. 2003, 14).
Bike Activists
As cyclists who were old enough to drive, the youths were asked about their self-
perception as bike activists. In general, they did not feel comfortable identifying
themselves as such. In fact, there was a tendency to underplay the visible presence
of arriving on a bike at their school. Most of the participants believed that there was
little out of the ordinary in their frequent bicycle use although virtually none of their
peers cycled to school.
Despite their reluctance to adopt an “activist” label, the youths’ comments indicated
that they exhibited two distinct attributes of bicycle activism: a) loving what one is
Fun, Fast and Fit: Influences and Motivators for Teenagers Who Cycle to School
127
doing (i.e., personal preference), and b) vigorous campaigning to get others to
do the same (i.e., external conduct). Still, activism clearly made the participants
uncomfortable and they discussed it with some apprehension. Within these two
attributes, four sub-categories related to the degree of the activist’s passion: doing
it, liking it, supporting it, or demanding it.
The participants did not want to be associated with actively trying to change others
(i.e., students, peers, or strangers). However, when referring to encouraging
friends to start cycling, the same negative associations were not present. Four of
the six participants spoke of how they had tried to encourage friends to cycle.
I’ve got seven people cycling. For one of them I said, ‘I’ll fix your bike
for free if you cycle to school.’ So I fixed it and then this other guy, he
lives right next to me, and I said, ‘hey, d’you want to bike to school
every morning?’ and he said no, so I forced him to [laughs]; this other
guy wanted to get into shape so he got the same kind of bike as me,
and he started biking with me, and then there’s a couple of others
(HC).
Not only did the youth in this study not see themselves as activists, but they also
did not believe that their peers would interpret the regular cycling of 16- and 17-
year olds as bicycle advocacy. In fact, 16- or 17-year old cyclists could be seen as
lowering the status of becoming old enough to get a driver’s license. That is, a 15-
year old might be cycling for any number of reasons, but 16-year olds who choose
to cycle are—at least temporarily—ignoring their elevated status as “entitled to
drive a car.”
When asked at whom they believed that cycling advocacy should be aimed, most
participants replied, “whoever enjoys cycling!” (SG). They felt the focus should be
on young teens and “people who already ride bikes (but don’t cycle to school)
because they already know it’s fun” (SG).
Being Recognized as a Cyclist at School
We also asked participants how being recognized as a cyclist affected them socially.
The open nature of this question left room for two distinct interpretations: “how
friends see me” and “how peers see me.”
With regard to friends, the question became, “Do you feel that being recognized as
a cyclist affects the way you are ‘seen’ by your friends at school?” In this regard,
the responses were positive, suggesting that cycling to school poses a low social
risk among one’s friends. Cycling to school at the age of 16 or 17—although
generally “odd,” “weird” (SG) or “uncool” (NB)—did not necessarily pose a problem
for friends.
However, in the social climate of secondary school, the same could not be said of
peers, where the above question became, “Do you feel that being recognized as a
cyclist affects the way you are ‘seen’ by your peers at school?” The responses fell
Fun, Fast and Fit: Influences and Motivators for Teenagers Who Cycle to School
128
into three categories, all relating to a lessening or minimizing of the
consequences of being visible as a cyclist in secondary school: acceptance (e.g., “I
do it for myself, not for anybody else - TB), confident disregard (e.g., “I really
couldn’t care less” - SG) and discretion (e.g., “I don’t wear stretchy pants or
anything like that” - GP).
These last statements differ from the majority of positive statements about cycling
throughout this study, and further research may shed light on whether concerns
about peer approval/disapproval influences the typical 97 percent+ of students who
do not cycle to secondary school.
Conclusions
This study suggests that promoting cycling may show greater potential with
teenagers than working to dismantle barriers to cycling. The dismantling of
infrastructural barriers at schools typically requires decisions by the school
administration, which has responsibility for associated budget decisions. With
independence and self-empowerment identified as significant benefits of cycling,
the promotion of cycling in secondary schools should rather focus on creative
strategies that enhance youth involvement.
Likewise, flashy bikes are not needed to promote cycling. In fact, inexpensive,
second-hand and/or “chopper” bikes
4
can make cycling affordable to more families,
and these “roughed up” bikes are less likely to be stolen or vandalized. A lower
initial investment for second-hand bikes will also be more attractive to parents who
may be asked to contribute to the purchase of a bike.
Moreover, a parent who rides a bicycle for local errands, family bike rides, or the
commute to work is modeling the bicycle as a viable, alternative transportation
option for their children. The visibility of a parent or role model on a bike can be a
prime influence to encourage children and youths to make use of the bicycle as an
independence generator and become increasingly responsible for navigating their
way through their community. Furthermore, judicious refusals to chauffeur
daughters and sons to nearby destinations, despite real or perceived peer pressure
to be “good parents” can reinforce youths’ new-found independence of bicycle
transportation.
Despite their enthusiasm for cycling, the participants in this study had refrained
from general bike advocacy. However, they did describe rigorous tactics to
encourage their friends to cycle with them. This suggests that other students who
currently cycle could be encouraged and supported to get their friends cycling.
Bicycle promotion could focus on recruiting friends of current cyclists to increase
the visibility and use of bikes at school.
The youth cyclists in this study linked cycling with both physical and emotional well-
being. These are two critical concerns for health experts. While there is growing
interest in the physical activity levels of youth, there has been little research
regarding youths and sustainable transportation and almost none regarding
Fun, Fast and Fit: Influences and Motivators for Teenagers Who Cycle to School
129
emotional well-being and transportation (O’Brien 2005). We do not know
whether self-confidence and internal locus of control influenced the youth in this
study to cycle or was enhanced as a result. However, we do know from the
burgeoning field of positive psychology that an internal locus of control is
associated with subjective well-being (Twenge, Zhang and Im 2004). Subjective
well-being, or happiness, is demonstrated to benefit health. Happier people live
longer, recover from illness more quickly and are more likely to seek out and act on
health information (Diener and Seligman 2004). Concerns regarding youths’ mental
health and the rise in youth depression in particular, suggest that we ought to pay
greater attention to activities that provide a sense of well-being for our youths—
such as cycling.
Looking Ahead
To encourage teenagers to cycle to school, current cyclists could be offered in-
school training on cycling safety, building chopper bikes, bike maintenance, and
doing tricks and jumps. As their skills improve, they could be encouraged to invite
friends into the bike-training program with the current cyclists coaching their
friends and cycling alongside. The friends of current cyclists may be the best early
target audience for bicycle promotion because among friends, rigorous tactics to
promote cycling seem to be acceptable. This bike-buddy process would build upon
existing social networks while strengthening bike safety skills among casual and
new cyclists. Such an approach would rely on active involvement of the students
themselves in order to create a “level of cool” that would not alienate new or
reluctant cyclists.
The findings of this study suggest a need for additional research into influences and
motivators for youth cyclists relating to:
geography—studies of youth cyclists in urban, suburban and rural
communities;
age—studies of youth cyclists across a greater age range, (i.e., 10-, 15-, 20-,
25-year olds);
experience—studies of the life histories of people who have been regularly
commuting by bike; and
mentors—studies of people mentioned as influences by youth cyclists to
examine the presence and role of intent associated with bicycle mentoring.
Endnotes
1. The driving age is 16 in British Columbia.
2. Following this project, the youth participants returned for a final group discussion and to
design, build and ride their own chopper bikes. These sessions were recorded and
produced into a 24-minute video—Cycle for Life: Influences and Motivators for Youth
Cyclists. Copies of this video can be ordered from
cycle life2005@yahoo.ca4 .
3. For anonymity, student “initials” were not derived from their name.
4. “Chopper bike” is a term used to describe funky, individually designed bikes created
from chopped and re-assembled bike parts
Fun, Fast and Fit: Influences and Motivators for Teenagers Who Cycle to School
130
Arthur Orsini, M.A. (Env. Ed.) works at the Auckland Regional Transport Authority.
He is in New Zealand for 2005/2006 to develop a youth leadership program that
promotes walking and cycling in secondary schools. The study reported in this
paper formed the basis of his Master’s Thesis in Environmental Education at Royal
Roads University in Victoria, BC, Canada where Catherine O’Brien acted as his
thesis supervisor.
Catherine O’Brien, Ph.D. is a Research Associate with the Centre for Sustainable
Transportation in Canada. She has co-authored the development of child- and
youth-friendly land-use and transport planning guidelines and has been
instrumental in advancing research in Canada regarding the impacts of motorized
transport on the health of children and youth.
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Appendix A. Interview Prompts: WSB Coordinators, Parents and School
Principals
I am keen to learn what you believe are the broad benefits to children who travel to
and from school on WSBs.
Why are you supportive of or involved in WSBs?
Why do you want your children / the children of your school to walk the
WSB?
Do children like walking the bus and if so, why?
Is there any evidence of children other than WSB walkers benefiting from the
WSB?
Do you think that WSBs increase children’s physical activity levels to an
significant degree?
Has involvement in the WSB led to any change in your thinking / your
children’s attitudes towards any of the following:
o Transport
o Physical activity and walking
o Playing outdoors in the neighborhood
Are there any signs of children in your area feeling safer now than they might
have before walking on the WSB (e.g., safer crossing roads on their own,
safer playing outdoors)?
... Les participant.e.s ont rapporté apprécier le vélo pour sa facilité à compléter des trajets de courtes distances, sa flexibilité permettant d'enchaîner facilement les trajets et les faibles coûts liés à son utilisation (6). Les travaux d 'Orsini et O'brien (2006) ont d'ailleurs révélé que les jeunes (16-17 ans) qui utilisent fréquemment le vélo comme mode de transport rapportent être davantage indépendants dans leurs déplacements (p. ex. ...
... ex. : aller chez leurs ami.e.s, aller au parc local, etc.) (7). Ainsi, le vélo permet ainsi une plus grande participation sociale et une réduction des risques d'exclusion sociale, et ce, particulièrement chez les communautés socioéconomiquement désavantagées (8). ...
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Contexte : Au Canada, la densification des centres urbains a poussé les personnes à faible revenu vers des zones suburbaines moins dispendieuses, limitant les options en transport en raison de l’aménagement centré sur la voiture et de l’inefficacité du réseau de transport en commun. Considérant que le vélo favorise l’autonomie des déplacements, la participation sociale en plus des bienfaits sur la santé physique et mentale, sa promotion par des interventions à l’échelle locale est un objectif essentiel pour favoriser l’équité en matière de transport. Objectif : C’est dans ce cadre qu’en collaboration l’organisme Cyclo Nord-Sud, cette étude vise à : 1) explorer les perceptions du projet pilote « Construis ton vélo ! » offert en parascolaire à des élèves du secondaire en milieux défavorisés, et 2) identifier les composantes spécifiques au programme perçues (dé)favorablement chez les participant.e.s. Méthodologie : Une méthode qualitative de type compréhensive avec une approche inductive et phénoménologique été utilisée. Les données ont été collectées à l’aide d’un entretien de groupe à la fin du programme et une analyse par catégories conceptualisantes a été complétée. Résultats : Les résultats ont révélé que les retombées positives du programme « Construis ton vélo! » se rapportaient 1) au bien-être; 2) aux apprentissages; 3) à l’accès à un vélo et 4) à la motilité. Les fonctionnements clés du programme qui ont teinté positivement leur expérience lors des ateliers se rapportent 1) à l’approche des adultes encadrants; 2) au parascolaire; 3) au travail d’équipe; 4) au travail manuel et 5) au fait de repartir avec un vélo à la fin du programme. Conclusion : Les mécanismes identifiés par les jeunes pourront être valorisés dans les prochaines versions du programme et même guider la création de programmes similaires. Ainsi, cette évaluation représente un pas de plus vers le développement d’interventions qui vise le pouvoir d’action en matière de transport.
... In children, cycling also has several health benefits, like better cardiorespiratory fitness, less body fat, and less incidence of metabolic syndrome [5]. There are also social benefits, such as the development of relational and emotional skills, promoting fun play moments where children can interact with other people, and make new friendships [6,7]. In addition, cycling allows for a greater exploration of the environment mobility, enabling children to become more independent and active [8]. ...
... There are different benefits of learning how to cycle earlier. For example, children who begun to cycle at an early age are more likely to have a healthy weight in the subsequent school years [40], they can have fun moments cycling outdoors with peers or family, they develop motor components, and mature their social and emotional skills [6,7]. Although a great number of learning paths will always continue to exist, it seems that the sooner children master balance, the earlier they will be able to control the TB. ...
Article
Full-text available
Background: Learning to cycle is an important milestone in a child's life, so it is important to allow them to explore cycling as soon as possible. The use of a bicycle with training wheels (BTW) for learning to cycling is an old approach practiced worldwide. Most recently, a new approach using the balance bike (BB) has received increased attention, and several entities believe that this could be most efficient. Drawing on the work of Bronfenbrenner (1995) and Newel (1986), this study aimed to analyse the effect of BB's use on the learning process of cycling independently. Methods: Data were collected in Portugal from an online structured survey between November 2019 and June 2020. Results: A total of 2005 responses were obtained for adults and children (parental response). Results revealed that when the BB's approach was used, learning age (LA) occurred earlier (M = 4.16 ± 1.34 years) than with the BTW's approach (M = 5.97 ± 2.16 years) (p < 0.001); or than when there was only the single use of the traditional bicycle (M =7.27 ± 3.74 years) (p < 0.001). Conclusions: Children who used the BB as the first bike had a significantly lower LA than children who did not use it (p < 0.001). To maximize its effects, the BB should be used in the beginning of the learning process.
... Employment and occupation also affect the decision to commute by bicycle, with evidence indicating that having a part-time job is positively associated with bicycle commuting (Bonham and Wilson, 2012;Boumans and Harms, 2004). Additionally, the available evidence shows that ownership of a motorized vehicle or having a driver's license (Emond and Handy, 2012;Handy et al., 2014;Heinen et al., 2010;Orsini and O'brien, 2006;Pucher et al., 1999), and longer trip distances (Cole-Hunter et al., 2015;Dickinson et al., 2003;Parkin et al., 2008;Stinson and Bhat, 2004;Timperio et al., 2006) diminish the likelihood of commuting by bicycle. Furthermore, research conducted in multiple Latin American cities has found that bicycle ownership increases the likelihood of commuting by bicycle (Cervero et al., 2009;Florindo et al., 2018;Kienteka et al., 2014). ...
... The motivation for bicycle commuting among those in higher socio-economic groups might come from environmental awareness strategies as discussed by Rodriguez-Valencia, et al. (Rodriguez-Valencia et al., 2019). In addition, having a driver's license for motorcycles or other motor vehicles was negatively associated with bicycle use among men, which is consistent with results shown in the literature (Emond and Handy, 2012;Handy et al., 2014;Orsini and O'brien, 2006;Pucher et al., 1999). ...
Article
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There is limited evidence on the gender differences and location-specific built-environment factors associated with bicycling in Latin American cities. This study aimed to assess commuting in Bogotá by (1) analyzing the gender-specific trend of the standardized number of bicycle commuters during 2005–2017; and (2) assessing the socio-demographic, community, built-environment and natural factors associated with bicycle commuting stratified by gender. This secondary-data analysis included data from the Household Travel Surveys and Multipurpose Surveys to calculate the number of bicycle commuters per habitant from 2005 to 2017 by gender. We assessed the socio-demographic and built-environment factors fitting generalized additive models stratified by gender using the 2015 Household Travel Survey. Although both women and men increased the standardized number of bicycle commuters, male commuters show a steeper trend than women, evidencing the widening gender gap in bicycle commuting over time. Bicycle commuting was negatively associated with household motor vehicle ownership, steeper terrain slope, longer commute distance, and scarce low-stress roads at trip origin and route. Among women, the availability of bike paths at the trip destination was positively associated with bicycling, while age and being a student were negatively associated with bicycling. Among men, living in areas with the lowest socio-economic status was positively associated with bicycling, while having a driver's license and living close to bus rapid transit stations were negatively associated with bicycling. In conclusion, bicycle and transport infrastructure play different roles in commuting by bicycle by gender and trip stages (origin – route – destination).
... Cycling is a lifelong skill used for several purposes-as a mode of transportation, in sports, or simply for recreation [10]. Riding a bicycle is a complex skill that allows for fun moments with peers and family [12], promotes greater exploration of the environment and independent mobility in children [13], provides several benefits to physical health, including improvements in cardiorespiratory condition and body composition [14], and to mental health, with the development of emotional and social skills [12,15,16]. These benefits continue throughout life as long as the child, the teenager or the adult continues to cycle; e.g., children who begin to cycle earlier are more likely to have a healthy weight in later school years [17]. ...
... Cycling is a lifelong skill used for several purposes-as a mode of transportation, in sports, or simply for recreation [10]. Riding a bicycle is a complex skill that allows for fun moments with peers and family [12], promotes greater exploration of the environment and independent mobility in children [13], provides several benefits to physical health, including improvements in cardiorespiratory condition and body composition [14], and to mental health, with the development of emotional and social skills [12,15,16]. These benefits continue throughout life as long as the child, the teenager or the adult continues to cycle; e.g., children who begin to cycle earlier are more likely to have a healthy weight in later school years [17]. ...
Article
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The present article aimed to verify whether the age at which children learn to ride a bicycle is related to their physical activity or birth order. Data were collected from an online structured survey between November 2019 and June 2020. A total of 8614 responses were obtained from 22 countries. The results reveal significant differences in learning age depending on the frequency of physical activity (F(5, 7235) = 35.12, p < 0.001, ηp2 = 0.24). People who engaged in physical activity less than twice a month learned to cycle later (M = 7.5 ± 5.3 years) than people who engaged in physical activity on a daily basis (M = 5.7 ± 2.2 years) (p < 0.001). There were also significant differences in learning age according to birth order (F(2, 3008) = 7.31, p = 0.00, ηp2 = 0.005). Only children had the highest learning age (M = 5.5 ± 2.4 years), whereas those who were born last had the lowest, (M = 5.1 ± 1.9 years) (p = 0.013). Creating opportunities for children to be engaged in play and physical activity and social modulation through their older siblings seem to be key conditions to encourage children to learn how to ride a bicycle from a young age and to foster their motor development.
... The contribution of injunctive and descriptive norms on the behaviour of adolescents is consistent with previous research regarding the pressure on adolescents to conform which peaks in midadolescence (13-16 years of age) (Youniss & Haynie, 1992). The importance of peer pressure in relation to cycling among adolescents has also been considered by Orsini (2005) who identified the influences and motivators for teenagers >16 years of age in Vancouver who were eligible to drive, but chose instead to cycle. Orsini (2005) concluded that in countries where the proportion of adolescents cycling was low, adolescents were less likely to cycle if they were not comfortable having different views to their peers, and had not developed strong defence mechanisms against peer pressure. ...
... The importance of peer pressure in relation to cycling among adolescents has also been considered by Orsini (2005) who identified the influences and motivators for teenagers >16 years of age in Vancouver who were eligible to drive, but chose instead to cycle. Orsini (2005) concluded that in countries where the proportion of adolescents cycling was low, adolescents were less likely to cycle if they were not comfortable having different views to their peers, and had not developed strong defence mechanisms against peer pressure. Therefore, the prevalence of cycling to school among adolescents is likely to be inversely related to the contribution of injunctive and descriptive norms to cycle to school, as observed in this study. ...
Article
This study examined intrapersonal factors related to cycling to school among adolescents in two New Zealand cities based on the Theory of Planned Behaviour and the Prototype Willingness Model. Data were collected from 803 adolescents (Christchurch: n = 373, Dunedin: n = 430; age 13–18 years; living ≤4 km from school; non-boarders). Despite similar attitudes towards cycling to school, Dunedin adolescents had lower prevalence of cycling to school (2% versus 19% in Christchurch) and also scored lower for all measures of injunctive norm, descriptive norm, self-perceived cycling capability and autonomy, and behavioural intention with respect to cycling to school compared to their Christchurch counterparts. The dominant influence on the intention to cycle to school was subjective norm in Christchurch and attitude in Dunedin. Future initiatives for encouraging adolescents to cycle to school should consider the contributions of intrapersonal factors, the social needs of adolescents, and the need to increase adolescents’ cycle skills.
... Although we set no beginning date for the systematic search, articles included in this review were published between 2007 and 2020, and eight of them in the last decade. The recent increased interest in these programmes might be related to the various and continuously proven health-related outcomes associated with being able to cycle, like improvements in cardiorespiratory and muscular fitness, social interaction, emotional and relational development, independence and mobility (Karabaic 2016; Orsini and O'Brien 2006;Phansikar et al. 2019;Ramírez-Vélez et al. 2017;Smith et al. 2017). ...
Article
Background: The bicycle is a popular means of transportation, exercise, recreation and also socializing for children worldwide, allowing them several physical and psychological benefits. Several methodologies and types of bicycles have been used for learning how to cycle, however, the best approach is still unclear. Purpose: The purpose of this study was to review and summarize the existent studies of programmes that aim to teach children how to ride a bicycle independently, in order to identify which possibilities lead to a more efficient intervention. Methods: A comprehensive search was performed in seven electronic databases (TRID, CENTRAL, Web of Science, SCOPUS, EBSCO, ProQuest Dissertations and Theses and Google Scholar), including grey literature and the citations of relevant articles, from their inception to April 2020. Studies were included according to the eligibility criteria: children and youths aged 18 or less, with and without disabilities; intervention programmes that aimed to teach how to ride a bicycle with a pre- and post-intervention assessment regarding the ability to ride. The Downs and Black checklist was used for quality assessment. Results: Nine intervention studies, including a randomized controlled trial, were included. The mean quality score was 11.8 ± 3.6 points. Just one of the included studies was targeted at children without disabilities. Different facilitating constraints and barriers were identified, which resulted in a list of tips for future intervention programmes to teach children how to ride a bicycle. The facilitating constrains were using a progressive learning strategy; using an individualized approach; making bicycle adjustments; having motivated children and having family support throughout the learning process. The barriers were: the fear of falling; lack of parents’ support; and lower leg strength. Learning to cycle was also associated with a decrease in sedentary time, increase in physical activity, improvement in leg strength, and a positive influence on body composition, indicating that it can be a solution to disrupt the cycle of consistent weight gain over time in children with disabilities. Conclusions: There is a gap concerning intervention studies to teach children without disabilities how to cycle. The best strategy is probably a progressive learning strategy by using simpler training bicycles that enable the child to explore balance from the beginning, and simpler exercises first. Teaching programmes should adopt an individualized intervention, feedback and motivation, considering each child’s specific characteristics.
... There are different benefits of learning how to cycle earlier. For example, children who begun to cycle at an early age are more likely to have a healthy weight in the next schools years (Pabayo et al., 2010), they can have fun moments cycling outdoors with peers or family, they develop motor component and mature their social and emotional skills (Karabaic, 2016;Orsini and O'Brien, 2006). Although a great number of learning paths will always continue to exist, it seems that the sooner children master balance, the earlier they will be able to control the TB. ...
Preprint
Full-text available
Learning to ride a bicycle is an important milestone in children’s life, so it is important to allow them to explore cycling as soon as possible. The use of a bicycle with training wheels (BTW) for learning to cycling independently is an old approach practiced worldwide. Most recently, a new approach using the balance bike (BB) has increased, and several entities believe that this could be most efficient. Drawing on the work of Bronfenbrenner (1995) and Newel (1986), this study aimed to analyse the effect of BB’s use on the learning process of cycling independently. Data were collected in Portugal from an online structured survey between November 2019 and June 2020. A total of 2005 responses were obtained for adults and children (parental response). Results revealed that when the balance bike’s approach was used, learning age (LA) occurred earlier (M=4.16 ± 1.34 years) than with the bicycle with training wheels’ approach (M=5.97 ± 2.16 years) ( p <0,001); or than when there was only the single use of the traditional bicycle (TB) (M=7.27 ± 3.74 years) ( p <0,001). Children who used the BB as the first bike had a significant lower LA than children who didn´t use it ( p <0.001). To maximize its effects, the BB should be used in the beginning of the learning process.
... Where quantitative studies traditionally focused on children's journeys to and from school, the past 10-15 years turned toward the broader field of children's everyday travel and outdoor activities (but see Mackett et al. 2007;Pooley et al. 2005Pooley et al. , 2011, for example, in relation to children's access to and participation in leisure activities (Hjorthol and Aslak 2009;Sepner et al. 2008). Recent concerns with child obesity and questions of environmental sustainability have also led to broader conceptions of children's everyday physical activity, for example, as afforded by walking and cycling and the built environment (Neuwelt and Kearns 2006;Orsini and O'Brien 2006;Pooley et al. 2011;Horton et al. 2013). This latter body of work has also confirmed that children's walking and cycling are affected by urban planning and transportation policies, environmental factors, and sociocultural factors such as household formation and family routines. ...
Chapter
Drawing upon an extensive review of the literature, this chapter presents the main theoretical and methodological perspectives utilized in the study of children’s everyday mobilities. These range from sociohistorical perspectives focused on concerns about children’s lack of independent mobility to more recent global perspectives focused on the notion of children’s interdependent mobilities. The methodological implications and the diverse geographical scales involved in these different approaches are discussed. Theoretical and methodological shifts are presented in relation to the wider discussions within mobility studies, geographies of children, and the social studies of childhood; these are characterized by changing notions of movement, childhood, agency, scale, and heterogeneity and a shift toward perspectives less dominated by dichotomous oppositions.
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In fulfilling the children's rights at the communities and local authorities' level, the concept of child-friendly environment is as much important as planning a residential area. Various efforts were made to achieve the concept since 1996 when the UNICEF Child-Friendly Cities initiative was established. Part of the main ideas is to attain sustainable cities and communities. This study therefore aims at evaluating the residential and schools' surrounding environment in relation to child-friendly indicators. It employs a case study method, using Precinct 11 in Putrajaya as the case study based on its characteristics and the application of the Analytical Hierarchy Process (AHP) method, as well as embracing the principles of conducive environment for its inhabitants. Primary data were mostly gathered through site observations which examined the sites' characteristics, capturing images of the surrounding environment and its elements, as well as analyzing the children's movement behavior at the selected locations during a two-week field survey. The investigation had also involved monitoring primary school children's movement behavior. An observation checklist based on child-friendliness indicators was applied during the survey which encompasses indicators like facilities and physical environment. The study found that the residential areas and schools' surrounding environment are responsive to children's needs. Results demonstrated that features like signage, playground and pedestrian paths contribute to child-friendly environment. Other than that, the study revealed that several surrounding aspects like distance, connection to pedestrian's facilities and entrance to school have impact on child-friendliness environment. The study therefore concluded that child-friendly indicators should be incorporated into residential planning in promoting a better quality of life for children in urban neighborhoods.
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Aim: The purpose of this research is to assess the proximity of homes and schools in terms of their child-friendliness using a variety of indicators. The idea of creating sustainable urban and community environments is central.Method: Using the Analytical Hierarchy Process (AHP) and a case study approach, it promotes livability by adhering to basic human needs. Primary data were collected through in-person observations of sites, including examining site characteristics, taking photographs of the surrounding environment and its elements, and examining the children’s movement patterns. Tracking the whereabouts of elementary school kids was also a part of the investigation.Findings: Research shows that neighbourhoods near schools are accommodating to students’ needs. Signage, playground equipment, and pedestrian walkways were found to all contribute to a more kid-friendly setting. The research also found that several contextual factors, such as proximity to pedestrian amenities and the entrance to a school, influence how child-friendly a given area is.Implications/Novel Contribution: The study added to the growing body of evidence suggesting that child friendly indicators be incorporated into residential planning to improve the quality of life for children in urban areas.
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This paper examines city streets and public space as a domain in which social values are asserted and contested. The definitions of spatial boundaries and of acceptable and non-acceptable uses and users are, at the same time, expressions of intolerance and difference within society. The paper focuses in particular on the ways in which suspicion, intolerance and moral censure limit the spatial world of young people in Australia, where various regulatory practices such as curfews are common. The author reflects on the failures of the two main strategies that have been used in Australia to control the presence of young people, and concludes with some thoughts about the construction of streets and public spaces as diverse and democratic places.
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Bicycling accounted for an average of 1.2% of work trips in Canada in 2001, but with considerable variation by province and metropolitan area. In this study, we chose six Canadian cities for detailed analysis of their cycling trends and policies: Montreal and Quebec City in Quebec; Ottawa and Toronto in Ontario; and Vancouver and Victoria in British Columbia. All of these cities have made impressive efforts to encourage more and safer cycling. Most of the cities report increases in cycling levels over the past two decades but appear to have reached a limit due to lack of funding for crucially needed cycling infrastructure (bike paths and lanes, parking, intersection modifications, etc.). In addition, the low-density, car-oriented suburban sprawl spreading around most Canadian cities has been increasing trip distances, thus making cycling decreasingly feasible outside the urban core. Finally, Canadian cities and provinces have not imposed any significant restrictions on car use or imposed increases in taxes, fees, and other charges for car use, such as most European cities have implemented to discourage driving and increase transit use, walking, and cycling. If Canadian cities really want to further increase cycling levels, they will have to further expand cycling infrastructure, curb low-density sprawl, and impose more restrictions and charges on car use.
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Free-choice learning and, derivatively, free-choice environmental learning emerges as a powerful vehicle for supporting diversity in learning styles (Falk & Dierking, 2002). In this article, I argue that free-choice environmental learning holds great potential for enabling us to understand what is at stake in environmental learning and thus help us build a sustainable future. I examine the different informal learning contexts for children, home (family and play), museums, zoos, nature parks and wilderness, among many others, and offer an explanation for how learning occurs in these settings, and how such domains or sectors can contribute to free-choice environmental learning. This article also examines the nature of environmental learning in free choice settings to establish a connection with stages of childhood development. In the final section of this article, I draw on these examples to discuss research issues that emerge within various free-choice settings.
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This article provides a case-study of variability in children's independent access to their local environments in the New Zealand city of Christchurch. It is based on research with children in middle childhood, parents and teachers in four schools in Christchurch, each selected on the basis of variables hypothesised to impact on children's access to their local areas. The paper outlines why such independent access is of value, not only for children, but also for adults responsible for their safety, for the wider environment and for the local community. Variability within Christchurch is related to the socio-spatial nature of local environments. International comparisons are also made, drawing out the implications of differing cultural contexts for the pursuit of child-friendly cities. The article explores the role of social traps in impeding the creation of a more sustainable, child-friendly city.
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Explains the importance of environmental education in schools for achieving environmental protection and improvement. Statistically examines factors that incline students to a 'relation' rather than an 'object' conception of the environment. Concludes that development of the former would seem to be an important aim of environmental education and indicates how this might be achieved. (Author/YDS)