城市建成环境对儿童积极通学的影响研究* ——以合肥市为例

Study on the Impact of Urban Built Environment on Children's Active School Travel: A Case Study of Hefei

宣 蔚
合肥工业大学建筑与艺术学院 安徽省城市风貌与空间环境更新技术工程研究 中心 徽州古村落数字化保护与传承创意安徽省重点 实验室 教授,博士生导师,xuanwei417@163.com

张 孟
合肥工业大学建筑与艺术学院 硕士研究生

梁晓璐
合肥工业大学建筑与艺术学院 硕士研究生

摘要: 鼓励积极通学有利于儿童体力活动水平的增长与心理健康的发展,减少社会对机动车的依赖,助力城市的可持续发 展。基于合肥市儿童通学行为数据,运用二元逻辑回归探讨学区范围和家校路径的建成环境变量对儿童积极通学的影 响。结果表明,近六成儿童步行通学,积极通学的儿童住家聚集在学校周边500 m内;此范围内的建筑密度、建筑容积率 和学区范围的住宅用地比例与积极通学呈显著相关;通学路径建成环境中,家校路线距离和道路交叉口数量与儿童积 极通学存在稳定关联,沿街POI密度、商业分布和通学路径道路平均宽度也是影响儿童积极通学的显著性指标。此外, 建成环境能够显著调节最强预测因子通学距离对儿童通学的影响效应。研究结果可为促进积极通学的儿童友好与城 市可持续发展提供支持。

Abstract: Encouraging active school travel benefits the growth of children's physical activity levels and mental health development. Additionally, it reduces dependence on motor vehicles, thereby contributing to sustainable urban development. Utilizing data on children's school travel behavior in Hefei, this paper investigates the impact of school district scope and home-school path variables on active school travel through binary logistic regression. Results indicate that nearly 60% of children walk to school, with those residing within 500 meters of the school actively commuting. Within this range, building density, floor area ratio, and the proportion of residential land within the school district exhibit significant associations with active school travel. Moreover, factors within the route environment, such as distance and the number of road intersections, show a stable association with children's active school travel. Additionally, POI density, commercial distribution, and average road width are also significant indicators. Notably, the built environment is found to significantly moderate the impact of the strongest predictor, namely commuting distance, on children's school commuting behavior. These findings provide support for promoting child-friendly and sustainable urban development that prioritizes active school travel.

关键词:建成环境;积极通学;儿童友好;社会生态学模型;个体差异

Keyword: built environment; active school travel; child-friendly; social ecological model; individual difference

中图分类号:TU984

文献标识码: A

BLAIR S N. Physical inactivity: the biggest public 
health problem of the 21st century[J]. British 
Journal of Sports Medicine, 2009, 43(1): 1-2.
HALLAL P C, ANDERSEN L B, BULL F C, et 
al. Global physical activity levels: surveillance 
progress, pitfalls, and prospects[J]. The Lancet, 
2012, 380(9838): 247-257.
ZHU Z, TANG Y, ZHUANG J, et al. Physical 
activity, screen viewing time, and overweight/
obesity among Chinese children and adolescents: 
an update from the 2017 physical activity and 
fitness in China—the youth study[J]. BMC Public 
Health, 2019, 19(1): 197.
谌晓安,王人卫,白晋湘. 体力活动、体适能与健
康促进研究进展[J]. 中国运动医学杂志,2012,
31(4):363-372.
CHEN Xiaoan, WANG Renwei, BAI Jinxiang. 
Research progress on physical activity, physical 
fitness, and health promotion[J]. Chinese Journal 
of Sports Medicine, 2012, 31(4): 363-372.
李良,徐建方,路瑛丽,等. 户外活动和体育锻炼
防控儿童青少年近视的研究进展[J]. 中国体育
科技,2019,55(4):3-13.
LI Liang, XU Jianfang, LU Yingli, et al. Research 
progress on myopia prevention and control by 
promoting outdoor activity and physical exercise 
in children and adolescents[J]. China Sport 
Science and Technology, 2019, 55(4): 3-13.
DAVISON K K, WERDER J L, LAWSON C T. 
Children's active commuting to school: current 
knowledge and future directions[J]. Preventing 
Chronic Disease, 2008, 5(3): A100.
COOK S, STEVENSON L, ALDRED R, et al. 
More than walking and cycling: what is "active 
travel"?[J]. Transport Policy, 2022, 126: 151-161.
SHAW B, WATSON B, FRAUENDIENST B, et 
al. Children's independent mobility: a comparative 
study in England and Germany (1971-2010)[R]. 
London: Policy Studies Institute, 2013.
HILLMAN M, ADAMS J, WHITELEGG J. One 
false move...: a study of children's independent 
mobility[M]. London: Policy Studies Institute, 
1990.
何玲玲,王肖柳,林琳. 中国城市学龄儿童体力
活动影响因素:基于社会生态学模型的综述[J]. 
国际城市规划,2016,31(4):10-15.
HE Lingling, WANG Xiaoliu, LIN Lin. Factors 
associated with physical activity of school age 
children in Chinese cities: a systemic review based 
on a social ecological model[J]. Urban Planning 
International, 2016, 31(4): 10-15.
STARK J, MESCHIK M, SINGLETON P A, et al. 
Active school travel, attitudes and psychological 
well-being of children[J]. Transportation Research 
Part F: Traffic Psychology and Behaviour, 2018, 
56: 453-465.
FRIMAN M, WESTMAN J, OLSSON L E. 
Children's life satisfaction and satisfaction with 
school travel[J]. Child Indicators Research, 2019, 
12(4): 1319-1332.
BROBERG A, KYTTAE M, FAGERHOLM 
N. Child-friendly urban structures: bullerby 
revisited[J]. Journal of Environmental Psychology, 
2013, 35: 110-120.
GERIKE R, DE NAZELLE A, WITTWER R, 
et al. Special issue "walking and cycling for 
better transport, health and the environment"[J]. 
Transportation Research Part A: Policy and 
Practice, 2019, 123: 1-6.
MCLEROY K R, BIBEAU D, STECKLER A, et 
al. An ecological perspective on health promotion 
programs[J]. Health Education Quarterly, 1988, 
15(4): 351-377.
STOKOLS D. Translating social ecological theory 
into guidelines for community health promotion[J]. 
American Journal of Health Promotion, 1996, 
10(4): 282-298.
GILES-CORTI B, TIMPERIO A, BULL F, et al. 
Understanding physical activity environmental
correlates: increased specificity for ecological 
models[J]. Exercise and Sport Sciences Reviews, 
2005, 33(4): 175-181.
IKEDA E, STEWART T, GARRETT N, et al. Built 
environment associates of active school travel in 
New Zealand children and youth: a systematic 
meta-analysis using individual participant data[J]. 
Journal of Transport & Health, 2018, 9: 117-131.
ROTHMAN L, MACPHERSON A K, ROSS T, 
et al. The decline in active school transportation 
(AST): a systematic review of the factors related 
to AST and changes in school transport over time 
in North America[J]. Preventive Medicine, 2018, 
111: 314-322.
WONG B Y-M, FAULKNER G, BULIUNG 
R. GIS measured environmental correlates of 
active school transport: a systematic review of 
14 studies[J]. International Journal of Behavioral 
Nutrition and Physical Activity, 2011, 8(1): 39.
PONT K, ZIVIANI J, WADLEY D, et al. 
Environmental correlates of children's active 
transportation: a systematic literature review[J]. 
Health & Place, 2009, 15(3): 827-840.
焦健. 促进儿童步行与骑车通学:欧美安全上学
路计划的成功经验与启示[J]. 上海城市规划,
2019(3):90-95.
JIAO Jian. Promoting children's walking and 
cycling to school: enlightenment from safe routes 
to school program in Euramerican cities[J]. 
Shanghai Urban Planning Review, 2019(3): 90-95.
TIMPERIO A, BALL K, SALMON J, et al. 
Personal, family, social, and environmental 
correlates of active commuting to school[J]. 
American Journal of Preventive Medicine, 2006, 
30(1): 45-51.
CERVERO R, KOCKELMAN K. Travel demand 
and the 3Ds: density, diversity, and design[J]. 
Transportation Research, Part D (Transport and 
Environment), 1997, 2(3): 199-219.
BENTLEY R, BLAKELY T, KAVANAGH A, 
et al. A longitudinal study examining changes 
in street connectivity, land use, and density of 
dwellings and walking for transport in Brisbane, 
Australia[J]. Environmental Health Perspectives, 
2018, 126(5): 057003.
SAELENS B E, SALLIS J F, FRANK L D. 
Environmental correlates of walking and cycling: 
findings from the transportation, urban design, 
and planning literatures[J]. Annals of Behavioral 
Medicine, 2003, 25(2): 80-91.
FRANK L D, SALLIS J F, SAELENS B E, et 
al. The development of a walkability index: 
application to the neighborhood quality of life 
study[J]. British Journal of Sports Medicine, 2010, 
44(13): 924.
PONT K, ZIVIANI J, WADLEY D, et al. 
Environmental correlates of children's active
transportation: a systematic literature review[J]. 
Health & Place, 2009, 15(3): 849-862.
BRINGOLF-ISLER B, GRIZE L, MäDER U, et 
al. Personal and environmental factors associated 
with active commuting to school in Switzerland[J]. 
Preventive Medicine, 2008, 46(1): 67-73.
OZBIL A, YESILTEPE D, ARGIN G, et al. 
Children's active school travel: examining 
the combined perceived and objective builtenvironment factors from space syntax[J]. 
International Journal of Environmental Research 
and Public Health, 2021, 18(1): 286.
LEE C. Physical activity and environment research 
in the health field: implications for urban and 
transportation planning practice and research[J]. 
Journal of Planning Literature, 2016, 19(2): 147-181.
PANTER J R, JONES A P, VAN SLUIJS E M F, et 
al. Neighborhood, route, and school environments 
and children's active commuting[J]. American 
Journal of Preventive Medicine, 2010, 38(3): 268-
278.
邢慧楠,黄晓燕,夏伊凡. 社区和学校建成环境
对儿童积极通学的影响——基于交叉分类多层
模型的西安实证[J]. 西北大学学报(自然科学
版),2023,53(5):749-760.
XING Huinan, HUANG Xiaoyan, XIA Yifan. 
Associations of neighborhood and school built 
environment with active commuting to school in 
children: an empirical study of Xi'an City based 
on cross-classified multilevel model[J]. Journal of 
Northwest University (Natural Science Edition), 
2023, 53(5): 749-760.
何玲玲,林琳. 学校周边建成环境对学龄儿童上
下学交通方式的影响——以上海市为例[J]. 上
海城市规划,2017(3):30-36.
HE Lingling, LIN Lin. The impacts of school 
neighborhood built environment on school-age 
children's school conmmuting: a case study of 
Shanghai[J]. Shanghai Urban Planning Review, 
2017(3): 30-36.
OPENSHAW S. Modifiable areal unit problem[C]//
Proceedings of the ACM SIGSPATIAL International 
Workshop on Advances in Geographic Information 
Systems. New York: Association for Computing 
Machinery, 2008.
王侠,焦健. 基于通学出行的建成环境研究综述
[J]. 国际城市规划,2018,33(6):57-62.
WANG Xia, JIAO Jian. A review of built 
environment research based on children's school 
travel behavior[J]. Urban Planning International, 
2018, 33(6): 57-62.
MOLINA-GARCIA J, QUERALT A, ADAMS 
M A, et al. Neighborhood built environment and 
socio-economic status in relation to multiple health 
outcomes in adolescents[J]. Preventive Medicine, 
2017, 105: 88-94.
M O L I N A - G A R C I A J , Q U E R A LT A .
Neighborhood built environment and socioeconomic status in relation to active com-muting to 
school in children[J]. Journal of Physical Activity & 
Health, 2017, 14(10): 761-765.
RIAZI N A, WUNDERLICH K, YUN L, et 
al. Social-ecological correlates of children's 
independent mobility: a systematic review[J]. 
International Journal of Environmental Research 
and Public Health, 2022, 19(3): 1604.
C U RT I S C , B A B B C , O L A R U D . B u i l t 
environment and children's travel to school[J]. 
Transport Policy, 2015, 42: 21-33.
YARLAGADDA A K, SRINIVASAN S. Modeling 
children's school travel mode and parental escort 
decisions[J]. Transportation, 2008, 35(2): 201-218.
MCDONALD N C. Household interactions and 
children's school travel: the effect of parental work 
patterns on walking and biking to school[J]. Journal 
of Transport Geography, 2008, 16(5): 324-331.
MURRAY L. Making the journey to school: 
the gendered and generational aspects of risk in 
constructing everyday mobility[J]. Health Risk & 
Society, 2009, 11(5): 471-486.
SOLTANI A, ZAMIRI M. Investigation of school 
students' travel patterns, two case areas of Mashhad, 
Iran[J]. Modern Applied Science, 2011, 5(5): 225-
232.
WEN L M, FRY D, RISSEL C, et al. Factors 
associated with children being driven to school: 
implications for walk to school programs[J]. 
Health Education Research, 2008, 23(2): 325-334.
GREVES H M, LOZANO P, LIU L, et al. 
Immigrant families' perceptions on walking to 
school and school breakfast: a focus group study[J]. 
International Journal of Behavioral Nutrition and 
Physical Activity, 2007, 4: 9.
SOLTANI A, JAVADPOOR M, SHAMS F, et al. 
Street network morphology and active mobility 
to school: applying space syntax methodology 
in Shiraz, Iran[J]. Journal of Transport & Health, 
2022, 27: 101493.
LEE S, LEE C, NAM J W, et al. School 
walkability index: application of environmental 
audit tool and GIS[J]. Journal of Transport & 
Health, 2020, 18: 100880.
MOLINA-GARCIA J, CAMPOS S, GARCIAMASSO X, et al. Different neighborhood 
walkability indexes for active commuting to 
school are necessary for urban and rural children 
and adolescents[J]. International Journal of 
Behavioral Nutrition and Physical Activity, 2020, 
17(1): 124.
IKEDA E, HINCKSON E, WITTEN K, et al. 
Associations of children's active school travel 
with perceptions of the physical environment 
and characteristics of the social environment: a 
systematic review[J]. Health & Place, 2018, 54:
118-131.
FAULKNER G E J, BULIUNG R N, FLORA P 
K, et al. Active school transport, physical activity 
levels and body weight of children and youth: a 
systematic review[J]. Preventive Medicine, 2009, 
48(1): 3-8.
PANTER J R, JONES A P, VAN SLUIJS E M 
F. Environmental determinants of active travel 
in youth: a review and framework for future 
research[J]. International Journal of Behavioral 
Nutrition and Physical Activity, 2008, 5: 34.
HUERTAS-DELGADO F J, HERRADORCOLMENERO M, VILLA-GONZáLEZ E, et 
al. Parental perceptions of barriers to active 
commuting to school in Spanish children and 
adolescents[J]. European Journal of Public Health, 
2017, 27(3): 416-421.
LARSEN K, GILLILAND J, HESS P M. Routebased analysis to capture the environmental 
influences on a child's mode of travel between 
home and school[J]. Annals of the Association of 
American Geographers, 2012, 102(6): 1348-1365.
THORNTON L E, PEARCE J R, KAVANAGH 
A M. Using geographic Information Systems 
(GIS) to assess the role of the built environment 
in influencing obesity: a glossary[J]. International 
Journal of Behavioral Nutrition and Physical 
Activity, 2011, 8: 9.
HELBICH M, VAN EMMICHOVEN M J Z, DIJST 
M J, et al. Natural and built environmental exposures 
on children's active school travel: a Dutch global 
positioning system-based cross-sectional study[J]. 
Health & Place, 2016, 39: 101-109.
L E E M , B A R B O S A H , Y O U N H , e t a l . 
Morphology of travel routes and the organization 
of cities[J]. Nature Communications, 2017, 8: 
2229.
DAGHASH F, ANABTAWI R, BYON Y-J, et 
al. Exploring the limitations of pedestrian route 
directness: a correlation between sensitivity and 
radius variability[J]. Buildings, 2023, 13(10): 
2612.
GILES-CORTI B, WOOD G, PIKORA T, et al. 
School site and the potential to walk to school: the 
impact of street connectivity and traffic exposure 
in school neighborhoods[J]. Health & Place, 2011, 
17(2): 545-550.
FAULKNER G E J, RICHICHI V, BULIUNG R 
N, et al. What's "quickest and easiest?": parental 
decision making about school trip mode[J]. 
International Journal of Behavioral Nutrition and 
Physical Activity, 2010, 7: 62.
MCDONALD N C, AALBORG A E. Why parents 
drive children to school: implications for safe routes 
to school programs[J]. Journal of the American 
Planning Association, 2009, 75(3): 331-342.
HEATH G W, BROWNSON R C, KRUGER J
et al. The effectiveness of urban design and land 
use and transport policies and practices to increase 
physical activity: a systematic review[J]. Journal 
of Physical Activity & Health, 2006, 3(s1): 
S55-S76.

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