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Closed for application
C40.CU3.13

Integrated Planning solutions for more resilient human settlements and cities

  • Reference person
    Michele
    Pezzagno
    michele.pezzagno@unibs.it
  • Host University/Institute
    Università degli Studi di Brescia
  • Internship
    N
  • Research Keywords
    Planning Just cities with Nature Based Solutions
    Planning with nature
    Water sensitive cities
  • Reference ERCs
    SH7_7 Cities; urban, regional and rural studies
    SH7_8 Land use and planning
    SH7_10 GIS, spatial analysis; big data in geographical studies
  • Reference SDGs
    GOAL 11: Sustainable Cities and Communities
    GOAL 13: Climate Action
  • Studente
  • Supervisor
  • Co-Supervisor

Description

The impact of climate extremes on human settlements is expected to grow. Global trends indicate a continuous rise in urban population and the associated infrastructure system. This urban growth is occurring alongside an increase in the frequency of heatwaves, heavy storms, and floods. Consequently, it is crucial for urban development and architectural communities to recognize that while climate impacts will be felt globally, cities and urban regions are significantly more vulnerable to these extremes than rural areas. Designing resilient human settlements in response to climate change requires an integrated approach. Key elements to be accounted for include climate extremes, economic growth, human mobility, and livability. To raise public awareness of climate crisis and achieve effective design and planning, a transparent, data-driven, and geospatial design approach will be explored. This approach will enable local communities to better manage their vulnerabilities to climate risk and enhance their long-term resilience.

Suggested skills:

Development of Complex Geospatial Models: A significant focus of the team is the creation of advanced geospatial models. This involves utilizing sophisticated software and analytical techniques to map, analyze, and interpret spatial data. These models are crucial for understanding and addressing complex geographical and environmental challenges. To effectively participate in the research group, a good knowledge of both English and Italian is necessary.

Research team and environment

The research team is multidisciplinary, oriented towards interdisciplinary exchange, and requires skills in collaboration, a systemic vision, and the development of complex geospatial models.In the research groups there are experts from various fields, each bringing their unique knowledge and perspectives. This diversity enriches the research by integrating different approaches and methodologies. The team is designed to promote interdisciplinary dialogue. Regular meetings, collaborative projects, and open communication channels are established to facilitate the exchange of ideas and ensure that insights from different disciplines are effectively integrated.