Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Resilient landscapes for cities of the future
Cities of the 21st century must face several major challenges, which range from overcoming risks due to climate change (closely connected to progressively developing ecological imbalances) to the search for better energy conservation in the urban machine; from improvement in the quality and quantity of open spaces to returning residual areas (neglected areas, urban remnants, etc.) to the city. Thus far, there has been a lack of global solutions to improve the vulnerability of our cities or counteract external stresses that cities face now and will face even more in the coming decades. Faced with these profound changes, the rationalistic urban vision is no longer current. It is based on the mono- functional division of human activities and has led to the definition of plans and projects that are neither very effective in managing urban and territorial phenomena nor very adaptable in terms of external shocks caused by sudden climate, ecological, and economic changes. Today approaches that produce resilient landscapes are imposed on the city and territory through policies, plans, and projects characterized by imprinting flexibility (self-regulating, dynamic instruments in continual evolution), retroactivity (multi -scale, incremental, cumulative instruments), and ecological sustainability (adaptable, qualitative and recyclable, compensatory instruments). Resilient urban landscapes will be indicators of the good health of the territory, the effect of policies, plans, and projects centred on the protection and development of natural cycles, the liveability of cities, sustainable mobility, territorial culture and identity, safety, and the health of people. In this edition of UNISCAPE En-Route, we use the Adriatic City as an important terrain to observe and confront factors of the crisis in the modern city and its landscape. Studying the Adriatic City allows possible exit strategies from the model of the rationalistic city to be proposed in search of new forms of more sustainable urban development aimed at improving ...
Resilient landscapes for cities of the future
Cities of the 21st century must face several major challenges, which range from overcoming risks due to climate change (closely connected to progressively developing ecological imbalances) to the search for better energy conservation in the urban machine; from improvement in the quality and quantity of open spaces to returning residual areas (neglected areas, urban remnants, etc.) to the city. Thus far, there has been a lack of global solutions to improve the vulnerability of our cities or counteract external stresses that cities face now and will face even more in the coming decades. Faced with these profound changes, the rationalistic urban vision is no longer current. It is based on the mono- functional division of human activities and has led to the definition of plans and projects that are neither very effective in managing urban and territorial phenomena nor very adaptable in terms of external shocks caused by sudden climate, ecological, and economic changes. Today approaches that produce resilient landscapes are imposed on the city and territory through policies, plans, and projects characterized by imprinting flexibility (self-regulating, dynamic instruments in continual evolution), retroactivity (multi -scale, incremental, cumulative instruments), and ecological sustainability (adaptable, qualitative and recyclable, compensatory instruments). Resilient urban landscapes will be indicators of the good health of the territory, the effect of policies, plans, and projects centred on the protection and development of natural cycles, the liveability of cities, sustainable mobility, territorial culture and identity, safety, and the health of people. In this edition of UNISCAPE En-Route, we use the Adriatic City as an important terrain to observe and confront factors of the crisis in the modern city and its landscape. Studying the Adriatic City allows possible exit strategies from the model of the rationalistic city to be proposed in search of new forms of more sustainable urban development aimed at improving ...
Resilient landscapes for cities of the future
Rosalba D'Onofrio, Massimo Sargolini (Autor:in) / D'Onofrio, Rosalba (Autor:in) / Sargolini, Massimo (Autor:in) / D'ONOFRIO, Rosalba / SARGOLINI, Massimo
01.01.2015
Sonstige
Elektronische Ressource
Englisch
DDC:
710
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