Configuring low carbon cities: an exploration of the role of spatial parameters in monocentric and polycentric examples in China. This project will firstly strengthen Australia's position in Greenhouse Gas (GHG) reduction practices and research. Secondly, the project will provide timely information relevant to debates about GHG emission control with an economy that grows fast and has the potential to emit a volume equivalent to the global total. Thirdly, the collaborative nature of the effort (l ....Configuring low carbon cities: an exploration of the role of spatial parameters in monocentric and polycentric examples in China. This project will firstly strengthen Australia's position in Greenhouse Gas (GHG) reduction practices and research. Secondly, the project will provide timely information relevant to debates about GHG emission control with an economy that grows fast and has the potential to emit a volume equivalent to the global total. Thirdly, the collaborative nature of the effort (linking up with scholars in China) will not only strengthen relations between the two countries but also contribute to the internationalisation program of Australian universities. Fourthly, the project will also assist to train future generations of China-literate Australian scholars.Read moreRead less
Water and Energy profiles for Sydney: Towards Sustainability. The critical problem of urban sustainability is addressed in collaboration with NSW Landcom. The sustainability problem in Australian cities arises largely because urban management systems have failed to account for the effects of the built environment on water and energy consumption patterns. Cities such as Sydney, and its western regions, require urgent attention due to huge foreseen urban growth and development. By examining the ne ....Water and Energy profiles for Sydney: Towards Sustainability. The critical problem of urban sustainability is addressed in collaboration with NSW Landcom. The sustainability problem in Australian cities arises largely because urban management systems have failed to account for the effects of the built environment on water and energy consumption patterns. Cities such as Sydney, and its western regions, require urgent attention due to huge foreseen urban growth and development. By examining the nexus between built environment composition, socio-economic factors and ecological 'load' new insights to this important matter are gained. Results will provide new strategies and models for urban management systems that will enhance environmental efficiency and effectiveness. Read moreRead less