The urban environment is particularly vulnerable to the catastrophic effects of extreme weather events, making it crucial to have a reliable framework in place. Numerous studies have shown how urban geometry, building mate-rials, and vegetation can affect indoor and outdoor comfort. Integrating climate assessments into urban planning can be challenging. This involves linking climate issues iden-tified in an urban context with broader urban planning considerations and tools. The PNRR-Ecosystem of Inno-vation—Vitality Project aims to explore the connections between urban climatology, urban form, and social rela-tions. The project seeks to use climate maps to inform urban planning and design. This contribution documents the development of knowledge that has led to the inves-tigation of climate maps using two documented method-ologies: UCMap (Urban Climate Map) and LCZ (Local Climate Zones). The goal is to identify strengths and weak-nesses to create a potential path for innovation in classi-fying elementary climate units (from LCZ to CAU.us— Climate Adaptive Urban Units) and develop guidelines and design proposals at the urban and detailed climate-proof scale.
Climate Maps and Urban Planning in Search of a Reliable Framework for Adapting Cities and Communities to the Impacts of Climate Change
Rosalba D’Onofrio
;Giorgio Caprari;Roberta Cocci Grifoni;Francesco Conti;Graziano E. Marchesani;Simone Malavolta;Ilenia Pierantoni;Massimo Sargolini
2025-01-01
Abstract
The urban environment is particularly vulnerable to the catastrophic effects of extreme weather events, making it crucial to have a reliable framework in place. Numerous studies have shown how urban geometry, building mate-rials, and vegetation can affect indoor and outdoor comfort. Integrating climate assessments into urban planning can be challenging. This involves linking climate issues iden-tified in an urban context with broader urban planning considerations and tools. The PNRR-Ecosystem of Inno-vation—Vitality Project aims to explore the connections between urban climatology, urban form, and social rela-tions. The project seeks to use climate maps to inform urban planning and design. This contribution documents the development of knowledge that has led to the inves-tigation of climate maps using two documented method-ologies: UCMap (Urban Climate Map) and LCZ (Local Climate Zones). The goal is to identify strengths and weak-nesses to create a potential path for innovation in classi-fying elementary climate units (from LCZ to CAU.us— Climate Adaptive Urban Units) and develop guidelines and design proposals at the urban and detailed climate-proof scale.I documenti in IRIS sono protetti da copyright e tutti i diritti sono riservati, salvo diversa indicazione.


