Lecture 3 Sustainable mobility Flashcards
Derived demand
Traditional transport planning views travel as a necessary cost to acccess desired activities. Banister argues that travel can also be a valued activity
Time minimalization vs. Quality of travel time
Conventional transport planning values speed, but sustainability mobility emphasizes reasonable and predictable travel times, even if they are not minimized, to improve reliability and environmental quality
Reducing the need to travel
By substituting physical travel with ICT (e.g. online shopping), urban planning can reduce the frequency of trips
Modal shift
encouraging walking, cycling, and public transit use over car travel can reduce environmental impact. This can be achieved by slowing urban traffic, reallocating street space and implementing road pricing
Distance reduction
Land-use planning can shorten travel distances by promoting mixed-use developments, increasing density and creating transit-oriented developments
Technological innovation
Efficiency can be improved through eco-friendly technology in vehicles, renewable energy, and infrastructure that prioritizes cleaner transport options
Public acceptability
Gaining public support by highlighting the health, economic, and environmental benefits of sustainable transport
Healthy Transport
Encouraging active transportation modes, such as walking and cycling, to improve public health
Demonstration Effects
Policies like congestion charging (e.g. London) demonstrate the benefits of sustainable practices and can serve as models for other cities
Engagement (principle of sustainable mobility)
Policies must be transparant and inclusive, encouraging public involvement and understanding
Consistency (principle of sustainable mobility)
Transport policies should align with long-term goals, integrating across policy sectors
Adaptability (principle of sustainable mobility)
Policies should allow for flexibility to respond to changing circumstances, supporting sustained behavioural change
City transformation (framework Loo & Tsoi)
Encourages high-density, mixed-use urban planning, focusing on transit-oriented development (TOD) and enhancing walkability. These measures are intended to minimize car dependency by creating self-sustained communities with short commutes
Economic transformation (framework Loo & Tsoi)
Proposes shifting towards high-value, low-carbon industries and creating efficient freight logistics systems. Reducing dependency on heavy industries and enhancing logistics sustainability are key.
Vehicle transformation
Involves advancing low-carbon vehicle technology, improving fuel efficiency, and expanding infrastructure for electric vehicles (EVs). Autonomous vehicle technology is seen as an opportunity for energy and traffic efficiency