Special Issue "Urban Regeneration and Sustainability"
A special issue of Sustainability (ISSN 2071-1050).
Deadline for manuscript submissions: closed (31 December 2015)
Prof. Ken Tamminga
Department of Landscape Architecture, The Pennsylvania State University, University Park, PA 16802, USA
This issue of Sustainability focuses on regeneration research being put into action across a continuum of urban systems and spatial scales. Sustainability concerns in the city tend to arise from a combination of dysfunction in particular sectors, and a severing of life-sustaining flows between those sectors and associated realms. Framing effective scholarship and practice of sustainability-inducing regeneration, thus, requires a clear understanding of part-whole relations. Like the member of a body, any part (neighborhood, precinct) and subsystem (infrastructure, ecosystem, institution) of a city may falter. At times, enlightened tinkering is all that’s needed to re-set to a sustainable trajectory. In other instances, there’s little left to work with or the problems are more complex, calling for special effort. Generally, a shift toward sustainability occurs when the regenerative intervention catalyzes integrity and functionality in the part, while strengthening connections between that part and whole of the city.
Successful applied research in regeneration will tend to be broadly ecological, requiring a collaboration of scientific rigor, strategic creativity, and willful action and monitoring. We are interested in a range of manuscripts that are consistent with this understanding. Applied urban regeneration theory and well-documented project precedents would be most suitable. Papers addressing regeneration as catalyst of sustainable livelihood and environmental form in stressed communities are especially welcome. Taken as a compilation, this issue hopes to show that regeneration that integrates social, economic, technological, infrastructural and ecological dimensions will advance both the scholarship and tangible goal of sustainable neighborhoods and metropolises.
Prof. Ken Tamminga
- urban regeneration
- sustainable social-ecological systems
- catalytic policy and design
- ecosystem services
- adaptibility and resilience