Architectural Science Group (ASG)

Joanne Patterson

PhD subject
Modelling Movement Patterns in Cities

Traffic is the main environmental problem in European Cities. Existing transport routes need to be well managed and new developments need to be carefully planned in order to achieve minimum environmental impact in relation to the use of resources and pollutant emission. There is a need to reduce the need to travel through good planning and management together with a need to improve alternative transport methods to reduce the dependence on the motorcar.

Research Interest
"Modelling Movement Patterns in Cities"

As a Senior Research Associate at the Welsh School of Architecture, my research activities include all aspects of sustainable development. Particular interests include all aspects of sustainable development at an urban scale. Particular interests include identification, prediction, planning and promotion of sustainability issues in the built environment to improve environmental, economic and social issues at an urban scale.

Joanne Patterson

The aim of this research is to further develop and apply spatial analysis techniques in order to model traffic flow and cycling patterns in cities.

Spatial integration models have been further developed in order to predict flow of people with a satisfactory level of accuracy using weighting factors and correlates integration values from the spatial analysis model with real traffic flow figures and cyclist routes. The research will assist city transport planners to investigate future transport situations in cities.

Relevant publications

  • Jones P, Patterson J, et al. (2007). "Modelling the Built Environment at Urban Scale - energy and health impacts in relation to housing." Landscape and Urban Planning 83 (1).
  • Patterson J (2004). Modelling software tracks urban traffic. Advances Wales.
  • Patterson J (2004). "Evaluating the success of existing cycle networks, ." Traffic Engineering and Control - The International Journal of Traffic Management and Transportation Planning, 45 (1): 17-20.
  • Patterson J (2003). Modelling movement patterns in cities to predict use of routes and resulting emissions. National Society for Clean Air and Environmental Protection. Conference paper, Birmingham, UK.
  • Jones P J, Lannon S, et al. (2000). "Planning for a sustainable city: An Energy and Environmental Prediction model." Journal of Environmental Planning and Management 43(6): 855-872.

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