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2021 | Buch

Sustainable Industrial Landscape Plan and Design

Total Human Ecosystem Formation and Evolution on Blakeley Island, Mobile, Alabama

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Über dieses Buch

This book applies the Total Human Ecosystem as a guiding concept in coastal urban communities to achieve a mutually beneficial relationship between industrial parks and their surrounding wetlands. The early 21st century has been shaped by a need for economic recovery, and by climate change. Consequently, new development models that promote both economic growth and environmental preservation are urgently needed.
In turn, the book puts forward an innovative proposal to achieve the shift from a hard path to a soft path through landscape architectural interventions, one that will help industrial factories and their surrounding wetlands coevolve toward sustainability. Through the incorporation of science and design, the proposal for the Total Human Ecosystem on Blakeley Island integrates industry with its surrounding environment. The design scenarios for this new living system are based on scientific principles of landscape ecology that take into account both the human and nonhuman environments as components of the land mosaic.
Sustainability is not a final status that is achieved once and for all; it is an ongoing challenge. As a case study, this proposal outlines the urgently needed reconciliation between industrial parks and their surrounding natural ecosystems, and promotes the evolution of both components toward sustainability.

Inhaltsverzeichnis

Frontmatter
Chapter 1. The Paradox in Mobile Alabama
Abstract
The trade-offs between job demands and the environment protection are most evident, and lay-offs due to environmental regulations are mounting in the traditional industries. In 2010, the Gulf of Mexico oil spill, the worst accidental marine oil spill in the history of the petroleum industry, lasted for three months and triggered wide-ranging loses to the marine ecosystem and the gulf’s fishery and touring activities. The shift from a dirty to a clean industry has been considered as one important tool for promoting local economic developments. After the background introduction, this chapter raises up the research question how to achieve the shift from a hard path to a soft path through landscape architectural interventions, in a way that the industrial factories and its surrounding wetlands coevolve toward a sustainable community on Blakeley Island, Mobile Alabama.
Long Zhou
Chapter 2. Efforts Toward Sustainability
Abstract
Many scholars are exploring the relationship between industrial parks and surrounding environments at varying levels and from different perspectives. This chapter reviews previous concepts and theories to create a mutually beneficial and sustainable relationship, analyzes the geographic situation of Blakeley Island, and proposes the co-evaluation framework driving the industrial park and its surrounding neighborhoods toward a sustainable community on Blakeley Island.
Long Zhou
Chapter 3. Co-evaluation Framework Towards Sustainability
Abstract
This chapter introduces the two landscape planning and design phases to create a sustainable total human system on Blakeley Island based on scientific principles of landscape ecology. In Phase I, the new ecological and sustainable cybernetic symbiosis cycle between industrial parks and wetlands are formed with the patch-corridor structures. In Phase II, a new and clean energy industry is introduced into the park and a half self-sufficient community is proposed on the site where it was a brownfield.
Long Zhou
Chapter 4. Conclusion and Critique of the Framework
Abstract
This chapter summarizes the process to turn a degraded industrial island into a new ecological and sustainable development model of the total human ecosystem on Blakeley Island, and discusses the possible limitations of this framework in further application.
Long Zhou
Metadaten
Titel
Sustainable Industrial Landscape Plan and Design
verfasst von
Prof. Long Zhou
Copyright-Jahr
2021
Verlag
Springer Singapore
Electronic ISBN
978-981-15-7257-9
Print ISBN
978-981-15-7256-2
DOI
https://doi.org/10.1007/978-981-15-7257-9