Humans have significant impacts on landscapes, which are increasingly fragmented. In the context of a changing climate, natural disasters such as floodings and landslides contribute to increasing the fragility of rural, peri-urban and urban landscapes. In this regard, green infrastructure (GI) is considered a suitable solution to help mitigating landscape fragmentation and increasing disaster resilience. So, landscape planning and management can introduce GI-based solutions into a variety of plans with the purpose of supplying a wide range of ecosystem services (ESs). In this work, we propose and apply a method for assessing the effectiveness of GI in the Metropolitan City of Cagliari (MCC), Italy. We assess the ability of GI to provide MCC with a set of ESs that enhance the resilience of local landscapes to address the effects of climate change. The approach demonstrated outstanding viability, with the selected GI for the MCC proving to be extremely effective.
Ecosystem services and green infrastructure planning: a method for the Metropolitan City of Cagliari (Italy) / Serra, Vittorio; Defraia, Sara; Ledda, Antonio; Calia, Giovanna; Corona, Federico; De Montis, Andrea; Mulas, Maurizio. - (2024). ( International Symposium on Biodiversity and Ecosystem Functions under Global Change Alghero 20-22 November 2024).
Ecosystem services and green infrastructure planning: a method for the Metropolitan City of Cagliari (Italy)
Vittorio SerraMethodology
;Sara DefraiaFormal Analysis
;Antonio Ledda
Investigation
;Giovanna CaliaInvestigation
;Andrea De MontisConceptualization
;Maurizio MulasConceptualization
2024-01-01
Abstract
Humans have significant impacts on landscapes, which are increasingly fragmented. In the context of a changing climate, natural disasters such as floodings and landslides contribute to increasing the fragility of rural, peri-urban and urban landscapes. In this regard, green infrastructure (GI) is considered a suitable solution to help mitigating landscape fragmentation and increasing disaster resilience. So, landscape planning and management can introduce GI-based solutions into a variety of plans with the purpose of supplying a wide range of ecosystem services (ESs). In this work, we propose and apply a method for assessing the effectiveness of GI in the Metropolitan City of Cagliari (MCC), Italy. We assess the ability of GI to provide MCC with a set of ESs that enhance the resilience of local landscapes to address the effects of climate change. The approach demonstrated outstanding viability, with the selected GI for the MCC proving to be extremely effective.I documenti in IRIS sono protetti da copyright e tutti i diritti sono riservati, salvo diversa indicazione.


