Details

Autor(en) / Beteiligte

• Klos, Leon
• Fiedler, Janis
• Nigg, Carina
• Burchartz, Alexander
• Hinz, Thomas
• Wäsche, Hagen
• Niessner, Claudia
• Woll, Alexander

Titel

O.5.1-1 Physical environment perceptions in rural and urban areas and their influence on adolescents’ walking and non-motorized vehicle use

Ist Teil von

• European journal of public health, 2023-09, Vol.33 (Supplement_1)

Ort / Verlag

Oxford University Press

Erscheinungsjahr

2023

Quelle

Oxford Journals 2020 Medicine

Beschreibungen/Notizen

• Abstract Purpose Environment perceptions influence adolescents’ active transport. However, most studies focus on urban areas only and do not differentiate between walking and the use of non-motorized vehicles (NMV; e. g. cycling, skateboarding). Therefore, we aim to describe differences in perceived environment attributes across urbanicity levels and assess the relationship between perceived environment and walking as well as NMV in adolescents stratified across urban and rural areas. Methods We used cross-sectional data including age, gender, socioeconomic status, environment perceptions, duration of walking, and NMV use of 3,976 adolescents (14.5±2.0 years, 51% female) from the nationwide Motorik-Modul Study Wave 2 (2014-2017) and Wave 3 pre-Covid (2018-2020) in Germany. Separate cumulative link mixed models were calculated for rural areas, small towns, medium-sized towns, and cities to analyze relationships between environment perceptions and walking as well as NMV use. Results Adolescents in urban areas report higher presence of recreation facilities, walking and cycling infrastructure, cars, and children playing outside as well as better access to shops and bus stops compared to adolescents in rural areas. The latter perceive their neighborhood to be safer from crime and more pleasant for walking and cycling compared to urban areas. The relationships between environment perceptions and walking differ between urbanicity levels. For example, public sports facilities (OR = 1.29), cycling paths (OR = 1.30), and car presence are associated with walking in rural areas, whereas having access to shops (OR = 1.26) is associated with walking in cities. Rural-urban differences are also found for NMV use. For example, access to shops (OR = 1.16), cycling paths (OR = 1.29), and having a pleasant neighborhood for walking and cycling (OR = 1.29) are associated with NMV use in rural areas, whereas in cities, car presence (OR = 0.80) relates to NVT use. Public sports facilities (OR = 1.23-1.33) are associated with NVT use across urbanicity levels (all p < 0.05). Conclusions This work suggests that active transport behaviors of rural and urban living adolescents are influenced by different neighborhood environment characteristics. Therefore, programs targeting active transport should consider specifics of the rural or urban context. Further, there is little overlap between factors associated with walking and NVT use, highlighting different needs based on transport mode choice.