Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Built environment and human behavior boosting Slow-onset disaster risk
Air pollution concentration and heat wave intensity represent the most recurrent evidence of SLow-Onset Disaster risks that rapidly affect the population in cities. Their manifestation and concurrence depend on the context’s environmental conditions and mass behavior of citizens; risk is more likely to surge during summer, a season progressively getting longer and warmer. This represents even higher risk, since heat and radiation can intensify ground-level pollution. However, these evidences are mostly experienced within the Built Environment, as some of its characteristics have proven to intensify their effect. Thus, this work concentrated on ap-plying data driven methods and tools for identifying representative portions of the Built Envi-ronment in Italian cities (extrapolated from the city of Milan), characterized by extensive his-torical, cultural and architectural heritage, in which critical air pollution concentration and heat wave intensity typically arises. In this analysis, urban canyon and piazzale were identi-fied as morphologies displaying high exposure and vulnerability; also, construction and be-havioral customs are considered.
Built environment and human behavior boosting Slow-onset disaster risk
Air pollution concentration and heat wave intensity represent the most recurrent evidence of SLow-Onset Disaster risks that rapidly affect the population in cities. Their manifestation and concurrence depend on the context’s environmental conditions and mass behavior of citizens; risk is more likely to surge during summer, a season progressively getting longer and warmer. This represents even higher risk, since heat and radiation can intensify ground-level pollution. However, these evidences are mostly experienced within the Built Environment, as some of its characteristics have proven to intensify their effect. Thus, this work concentrated on ap-plying data driven methods and tools for identifying representative portions of the Built Envi-ronment in Italian cities (extrapolated from the city of Milan), characterized by extensive his-torical, cultural and architectural heritage, in which critical air pollution concentration and heat wave intensity typically arises. In this analysis, urban canyon and piazzale were identi-fied as morphologies displaying high exposure and vulnerability; also, construction and be-havioral customs are considered.
Built environment and human behavior boosting Slow-onset disaster risk
Graziano Salvalai (Autor:in) / enrico quagliarini (Autor:in) / juan diego blanco cadena (Autor:in) / Rogerrio Amoeda / Sergio Lira / Cristina Pinheiro / Salvalai, Graziano / Quagliarini, Enrico / BLANCO CADENA, JUAN DIEGO
01.01.2020
Aufsatz (Konferenz)
Elektronische Ressource
Englisch
DDC:
720
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