urban green infrastructure

inURBECitizens PRIN PNRR 2022

inURBECitizens PRIN PNRR 2022

inURBECitizens: strengthening INtegrated Urban climate Resilience in the Built Environment through multi-objective strategies and Citizens involvement

Cities face major environmental and social challenges, worsened by population growth and climate change. In particular, the urban heat island (UHI) effect can raise temperatures by up to 10°C compared to suburban areas, intensifying heatwaves and disproportionately affecting the most vulnerable. Additionally, climate change has led to more extreme weather events, with heavier rainfall in winter and prolonged droughts in summer.

Desvigne, Erskine, Rogers Greenwich Peninsula. Ecoquartieri e Green Infrastructure per nuove frontiere di rigenerazione urbana Eco-neighbourhoods and Green Infrastructure for new urban regeneration frontiers

Urban realities are of particular interest - as case studies - where architectural requalification and urban regeneration decline in various ways modes and forms of positive dynamics of urban organisms, generating a multiplicity of actions and reactions. In fact, these processes have a peculiar characteristic. They highlight not only the need for systematic planning, at least in the medium term, but the power of progression of interventions.

Reconciling Natural Capitalism and the Experience Economy Through The Green Infrastructure Approach

The contribution focuses on the relevance of the socio-economic values of cultural ecosystem services provided by urban green infrastructure, which are increasingly calling researchers, policy makers and practitioners’ attention from new perspectives, mirroring the needs and claims of the growing population of urban dwellers. The often-conflicting socio-economic implications of the urban green infrastructure are presented, introducing major findings of an extensive repository of international case-studies.

Mainstreaming Salutogenic Urban Design for People and the Environment

Urban ecosystems are characterized by rich spatial and temporal heterogeneity: a complex mosaic of biological and physical patches in a matrix of infrastructure, human organizations, and social institutions. Worldwide urban ecosystems are under pressure from competing resource demands, protracted inconsistent land uses and climate change. The need to assess vulnerability and adapt to critical environmental phenomena calls for new ways to understand,

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