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Case Study: Application of the Regenerative-Adaptive Pattern Language
The fundamentals of the regenerative-adaptive pattern language have been described in previous chapters, including the formulation of the regenerative-adaptive design model. The need to apply the key principles of the notion of regenerative-adaptive patterns equation to the design and planning of our future built and natural environments has been highlighted. In this chapter the application of all the elements of the regenerative-adaptive pattern language, the regenerative-adaptive design model, and the notion of regenerative-adaptive patterns equation are tested on the case study of a coastal town called Anglesea, located on the Victorian coast in Australia.
This chapter start with an introduction to the case study area, the Great Ocean Road coastal region, and progresses with documenting the application of the regenerative-adaptive design model to the case study town Anglesea. The case study area has been analysed using the framework of the regenerative-adaptive pattern language. Similar to the process of A Pattern Language (Alexander et al., A pattern language: Towns, buildings, construction. Oxford University Press, New York, 1977) and the Ecological systems method, the whole is considered and the analysis starts with the bigger regional context, moving down in levels of scale to the local context of Anglesea. Findings resulted in the identification of many similarities between the settlements along the coast, concluding with detailed documentation of the application of the regenerative-adaptive design model to the town of Anglesea. Recommendations are provided how these findings can be applied to adaptive planning and design of other coastal settlements and larger cities around the world. The chapter concludes with the fundamental pattern Evolutionary Adaptation [11], which includes practical applications of the regenerative-adaptive pattern language.
Case Study: Application of the Regenerative-Adaptive Pattern Language
The fundamentals of the regenerative-adaptive pattern language have been described in previous chapters, including the formulation of the regenerative-adaptive design model. The need to apply the key principles of the notion of regenerative-adaptive patterns equation to the design and planning of our future built and natural environments has been highlighted. In this chapter the application of all the elements of the regenerative-adaptive pattern language, the regenerative-adaptive design model, and the notion of regenerative-adaptive patterns equation are tested on the case study of a coastal town called Anglesea, located on the Victorian coast in Australia.
This chapter start with an introduction to the case study area, the Great Ocean Road coastal region, and progresses with documenting the application of the regenerative-adaptive design model to the case study town Anglesea. The case study area has been analysed using the framework of the regenerative-adaptive pattern language. Similar to the process of A Pattern Language (Alexander et al., A pattern language: Towns, buildings, construction. Oxford University Press, New York, 1977) and the Ecological systems method, the whole is considered and the analysis starts with the bigger regional context, moving down in levels of scale to the local context of Anglesea. Findings resulted in the identification of many similarities between the settlements along the coast, concluding with detailed documentation of the application of the regenerative-adaptive design model to the town of Anglesea. Recommendations are provided how these findings can be applied to adaptive planning and design of other coastal settlements and larger cities around the world. The chapter concludes with the fundamental pattern Evolutionary Adaptation [11], which includes practical applications of the regenerative-adaptive pattern language.
Case Study: Application of the Regenerative-Adaptive Pattern Language
Sustainable Development Goals Series
Roös, Phillip B. (author)
2020-09-16
23 pages
Article/Chapter (Book)
Electronic Resource
English
Evolutionary adaptation , Regenerative-adaptive design model , Regenerative-adaptive pattern language , Generative codes , Core patterns , Wholeness of place Environment , Sustainable Development , Landscape/Regional and Urban Planning , Urban Ecology , Sustainable Architecture/Green Buildings , Earth and Environmental Science
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