Pillars of Eco-urban China
The dynamics of urbanisation changes residents' lifestyles which in turn drives the interactions between human activities, ecosystem services, and urban form. It is important to understand how urban residents' daily activities such as water and energy consumption, transport patterns and mode, and waste disposal and recycling impact on the environment.
The management of eco-urbanisation is challenged by the complex web of activities across different spatial scales and across different policy sectors. There is a need to integrate people, community, city-region and nation vertically, and to horizontally coordinate development for economic growth, social justice and environmental sustainability. Innovative methodological approaches through dynamic integrative modelling will be developed for a more effective eco-management system.
A robust and implementable policy framework is essential for achieving a new style of sustainable urban development in China. The development of a strategic and collaborative spatial monitoring framework will facilitate the integration of master planning, land use planning and economic planning at the metropolitan regional level.
The Beijing-Tianjin-Hebei metropolitan region (BTHMR) is one of the most developed regions in China, with an annual urbanisation rate of 1.38%. Being the 3rd largest urban agglomeration, the region enjoys an annual GDP growth at 13.08% and had a total GDP 4,059 billion CNY (US$612.5 billion) in 2011. It is widely regarded as the major political, cultural and economic centre of northern China, yet still suffers from significant environmental problems. BTHMR is an important test bed for government policies in China and a critical case from an international perspective as it is the largest consumption centre in Asia.
Key research team members will make presentations at the Shanghai Forum on 29 May 2016.
Four presentations of the research team in Beijing are available now.
Our research team draws on the complementary academic and professional expertise related to:
- Climate change and environmental science
- Spatial planning and urban growth
- Data science and policy monitoring
- GIS and quantitative modelling
Our joint team possesses the technical, theoretical and analytical skills to advance the methodological, theoretical and policy understanding of the dynamic interactive processes between urban development, resource consumption, and environmental impacts, as well as the capability to develop innovative approaches and strategies to manage and plan for sustainable urbanisation in China and beyond.