Territorial issues and problems involve different disciplines and scales; the managing of such problems require a well defined logical framework (Kaiser et al. 1995; Meentemeyer, 1989; Steiner, 2000). Considering the iterative nature of planning processes and the complex nature of city and territory, it is extremely difficult to describe the non-linear relations among the multitude of entities that must be organised. In regional and urban planning such as in design actions they are usually involved different themes and disciplines; especially when the goal is to improve, restore and re-functionalize existing minor settlements in rural-urban context. For this reason it is necessary to define integrated methodologies able to face inter-scalar issues and interdisciplinary themes. Authors propose a framework for a decision support system based on the treatment of geographical data and on the integration of the data sets that have dissimilar origin, diverse formats (they may be not only digital) and different meaning value. This complete data set refers to various disciplines and it is possible to deduce specific knowledge throughout analytical passages and assessment steps. In the paper authors describe: a methodological approach to support planning activities; the technical support to seek a (dynamic) balance between urban density and rural fragmentation; a Best Practices database to support scenarios in rural-urban context. Authors first expose the application field, then the logical framework of the whole process, then describe some related spatial analysis applications and finally they introduce comprehensive case study of the whole procedure.

Functional Reuse and Intensification of Rural-Urban Context: Rural Architectural Urbanism.

tiziano cattaneo;roberto de lotto
;
elisabetta maria venco
2018-01-01

Abstract

Territorial issues and problems involve different disciplines and scales; the managing of such problems require a well defined logical framework (Kaiser et al. 1995; Meentemeyer, 1989; Steiner, 2000). Considering the iterative nature of planning processes and the complex nature of city and territory, it is extremely difficult to describe the non-linear relations among the multitude of entities that must be organised. In regional and urban planning such as in design actions they are usually involved different themes and disciplines; especially when the goal is to improve, restore and re-functionalize existing minor settlements in rural-urban context. For this reason it is necessary to define integrated methodologies able to face inter-scalar issues and interdisciplinary themes. Authors propose a framework for a decision support system based on the treatment of geographical data and on the integration of the data sets that have dissimilar origin, diverse formats (they may be not only digital) and different meaning value. This complete data set refers to various disciplines and it is possible to deduce specific knowledge throughout analytical passages and assessment steps. In the paper authors describe: a methodological approach to support planning activities; the technical support to seek a (dynamic) balance between urban density and rural fragmentation; a Best Practices database to support scenarios in rural-urban context. Authors first expose the application field, then the logical framework of the whole process, then describe some related spatial analysis applications and finally they introduce comprehensive case study of the whole procedure.
2018
9781522556466
152255646X
9781522556473
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Utilizza questo identificativo per citare o creare un link a questo documento: https://hdl.handle.net/11571/1349856
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