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Dr. Carlo Federico dall'Omo
IUAV University of Venice

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0 Climate Change Adaptation
0 Sustainable Architecture and Urban Design
0 Territorial and Spatial Planning
0 Urban Plangning
0 Heritage and urban planning

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Journal article
Published: 27 January 2021 in Sustainability
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Climate change risk reduction requires cities to undertake urgent decisions. One of the principal obstacles that hinders effective decision making is insufficient spatial knowledge frameworks. Cities climate adaptation planning must become strategic to rethink and transform urban fabrics holistically. Contemporary urban planning should merge future threats with older and unsolved criticalities, like social inequities, urban conflicts and “drosscapes”. Retrofitting planning processes and redefining urban objectives requires the development of innovative spatial information frameworks. This paper proposes a combination of approaches to overcome knowledge production limits and to support climate adaptation planning. The research was undertaken in collaboration with the Metropolitan City of Venice and the Municipality of Venice, and required the production of a multi-risk climate atlas to support their future spatial planning efforts. The developed tool is a Spatial Decision Support System (SDSS), which aids adaptation actions and the coordination of strategies. The model recognises and assesses two climate impacts: Urban Heat Island and Flooding, representing the Metropolitan City of Venice (CMVE) as a case study in complexity. The model is composed from multiple assessment methodologies and maps both vulnerability and risk. The atlas links the morphological and functional conditions of urban fabrics and land use that triggers climate impacts. The atlas takes the exposure assessment of urban assets into account, using this parameter to describe local economies and social services, and map the uneven distribution of impacts. The resulting tool is therefore a replicable and scalable mapping assessment able to mediate between metropolitan and local level planning systems.

ACS Style

Denis Maragno; Carlo Dall’Omo; Gianfranco Pozzer; Francesco Musco. Multi-Risk Climate Mapping for the Adaptation of the Venice Metropolitan Area. Sustainability 2021, 13, 1334 .

AMA Style

Denis Maragno, Carlo Dall’Omo, Gianfranco Pozzer, Francesco Musco. Multi-Risk Climate Mapping for the Adaptation of the Venice Metropolitan Area. Sustainability. 2021; 13 (3):1334.

Chicago/Turabian Style

Denis Maragno; Carlo Dall’Omo; Gianfranco Pozzer; Francesco Musco. 2021. "Multi-Risk Climate Mapping for the Adaptation of the Venice Metropolitan Area." Sustainability 13, no. 3: 1334.

Journal article
Published: 01 July 2020 in Sustainability
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Land–sea interaction dynamics are physiologically regulated by an exchange of matter (and energy) between the anthropic system and the natural environment. Therefore, the appropriate management of land–sea interaction (LSI)contexts should base on those planning approaches which can holistically support coastal development, such as Maritime Spatial Planning (MSP) and Climate Adaptation Planning (CAP). One of the main limiting factors for this integration is the fragmentation of existing databases and information sources, which compose the territorial knowledge framework. Investigations have sought to address the representation and assessment of “wicked” and interconnected coastal problems. The present research focuses on the production of the necessary information to fill sectorial knowledge gaps and to merge the available data into a single framework. The research methodology is based on remote sensing assessment techniques and is designed to be replicated in other coastal areas to integrate CAP and MSP. The output maps are a result of the empirical application of the integration of the assessment techniques and are meant to support local decision-making processes. The result aims at illustrating and highlighting the relationships between climate change impact vulnerabilities their spatial relation to marine resources and maritime activities. This can support effective actions aimed at environmental and urban protection, the organization of the uses of the sea and adaptation to climate impacts. The application of the assessment techniques is developed on a case study in the north Adriatic Basin. The Gulf of Trieste constitutes a representative case study for the Mediterranean Basin due to its transboundary nature. The relationship and the ongoing projects between Slovenia and Italy make the case study an interesting context in which to test and train the proposed integrated planning approach. Therefore, the study investigates local vulnerability to climate impacts, i.e., Urban Heat Island (UHI) and urban runoff, and the existing relationship between the urban fabrics and the marine environment.

ACS Style

Denis Maragno; Carlo Federico Dall’Omo; Gianfranco Pozzer; Niccolò Bassan; Francesco Musco. Land–Sea Interaction: Integrating Climate Adaptation Planning and Maritime Spatial Planning in the North Adriatic Basin. Sustainability 2020, 12, 5319 .

AMA Style

Denis Maragno, Carlo Federico Dall’Omo, Gianfranco Pozzer, Niccolò Bassan, Francesco Musco. Land–Sea Interaction: Integrating Climate Adaptation Planning and Maritime Spatial Planning in the North Adriatic Basin. Sustainability. 2020; 12 (13):5319.

Chicago/Turabian Style

Denis Maragno; Carlo Federico Dall’Omo; Gianfranco Pozzer; Niccolò Bassan; Francesco Musco. 2020. "Land–Sea Interaction: Integrating Climate Adaptation Planning and Maritime Spatial Planning in the North Adriatic Basin." Sustainability 12, no. 13: 5319.

Journal article
Published: 02 April 2020 in Urban Climate
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The contribution presents a possible assessment methodology for land cover change over ice and snow, between 1990 and 2018 in the Dolomites and the Alpi Giulie. The methodology aims to build surface atlas to assess the land cover changes. The tool is intended as a support for environmental management, forecasting and, as support for territorial government systems in climate-proof planning processes. In the “business as usual” global warming scenario, ice and snow resources will become one of the most affected subjects by Climate Change, with heavy consequences on ecosystems, urban environments and socioeconomic. Current monitoring and assessment systems are fragmented both by survey methodology and by local distribution. The methodology is developed in using GIS, following remote sensing (RS) processes and spatial analysis tools to manage multispectral satellite images. The process uses spectral signatures from satellite images to identify homogeneous areas in material and morphology. The process takes into account the actual systems of assessment and local socioeconomic exposures. The methodology takes a proactive approach to future hazards and impacts considering their management in alpine habitats to support local administrations. The project develops transboundary assessment techniques and aids the adaptation of planning strategies in the context of Climate Change.

ACS Style

Denis Maragno; Carlo Federico Dall'omo; Francesco Ruzzante; Francesco Musco. Toward a trans-regional vulnerability assessment for Alps. A methodological approach to land cover changes over alpine landscapes, supporting urban adaptation. Urban Climate 2020, 32, 100622 .

AMA Style

Denis Maragno, Carlo Federico Dall'omo, Francesco Ruzzante, Francesco Musco. Toward a trans-regional vulnerability assessment for Alps. A methodological approach to land cover changes over alpine landscapes, supporting urban adaptation. Urban Climate. 2020; 32 ():100622.

Chicago/Turabian Style

Denis Maragno; Carlo Federico Dall'omo; Francesco Ruzzante; Francesco Musco. 2020. "Toward a trans-regional vulnerability assessment for Alps. A methodological approach to land cover changes over alpine landscapes, supporting urban adaptation." Urban Climate 32, no. : 100622.