Too hot to go for a walk? How urban green space users respond to changing climatic conditions

M-GEO
GEM
GIMA
Potential supervisors
Topic description

Due to climate change, urban environments are becoming warmer. Residents may go to urban parks to cool off if their apartments are too hot (Wong et al., 2024). But regular users of urban green spaces might also stop or shift their activities to other hours of the day (e.g., jogging early in the morning instead of in the evening). Learning more about how residents adapt their green space use to current weather situations can inform urban planning on potential climate adaptation measures. 

Data on green space use can come from different sources. In-situ surveys can detect user activity, use duration and many other aspects but is very time-consuming and, thus, costly. Volunteered geographic information is typically restricted to specific user types and their activities (e.g., runners tracking their activities). In this exploratory research, we would like to check to what extend sensors (cameras, thermal infrared sensors) can track green space use. 

Topic objectives and methodology

The campus of the University of Twente serves as the case study here. The approach is to plant sensors on different locations on campus and log images (with blurred faces) during summer. The MSc thesis shall then

  • test which sensors can provide data on use, activity type, user type or use duration,
  • what these data reveal about green space use depending on weather conditions.

 

References for further reading

Salazar-Miranda, Zhang, Sun, Leoni, Duarte, Ratti (2023): Smart curbs: Measuring street activities in real-time using computer vision, Landscape and Urban Planning 234: 104715, https://doi.org/10.1016/j.landurbplan.2023.104715.
 

Wong, Ma, Cheung, Jim (2024): Visiting urban green space as a climate-change adaptation strategy: Exploring push factors in a push–pull framework,
Climate Risk Management 43: 100589, https://doi.org/10.1016/j.crm.2024.100589