Visions, Scenarios and Pathways for Low-Carbon Resilient Futures in Australian Cities
The aim of this project is to explore and articulate visions, scenarios and pathways for a low carbon and resilient built environment in Australia.
The project combines research with a range of creative engagement strategies to develop visions and scenarios for Australian cities in 2040. Research focuses on the challenges and opportunities of moving to a ‘low carbon’ future and maintaining resilience in the face of a changing climate. Through its engagement program the project will gather stakeholder views of the dynamics of change and the possible future morphology of cities – their built infrastructure, systems of provision and lifestyles.
The research and engagement process will enable the project to characterise possible futures, understand and analyse socio-technical innovations that could contribute to their realisation and examine transition scenarios and pathways to 2040 and beyond. Stakeholder views and research will be regularly translated into communicable visions of possible futures to be used freely by organisations interested in urban futures, in order to build further engagement. Transition pathways will be investigated to understand potential barriers and ways to manage the complex dynamics of resource/material, technical, economic, social and behavioural aspects of urban living, to overcome them.
For more information please visit the V&P 2040 website
CRC for Low Carbon Living
Brookfield Multiplex; AECOM; Aurecon; Hassell; Sydney Water; Master Builders Australia
Landcom NSW; Environment and Heritage NSW; City of Sydney; City of Melbourne.
University of Melbourne
University of New South Wales
[The number of partners will expand considerably as project proceeds]
Prof Chris Ryan – Project Project Leader (University of Melbourne)
Dr Idil Gaziulusoy – Principal Researcher (University of Melbourne)
Dr Paul Twomey – Principal Researcher (UNSW)
Stephen McGrail – Researcher (Swinburne)
Philippa Chandler – Project and Research Assistant