BIOphilic MetroPOLIS, a holistic model for urban planning and building climate resilience

In the Anthropocene climate change is the greatest threat to socio-economical prosperity, environmental and human health as well as a priority in the European and Global Agenda. In an increasing and unbalanced urban planet, metropolises play a key role in addressing climate challenges but this requires a significant paradigm shift in urban planning. Nature contributes to urban climate and improves the quality of life. The growing attention to biophilic design confirms this power. BIO-POLIS aims to promote a biophilic metropolis as a holistic urban model able to enhance liveability restoring the man-nature relationship and driving decision-makers in placing nature at the core of planning as the most ecological strategy to build climate resilience. The research is designed as a comparative study among overpopulated zonobiomes. Through an integrated, interdisciplinary, and cross-scale method, it will advance the framework on Biophilic Urbanism, map the natural capital by digitalization, explore biophilic features and processes, assess the biophilic potential in building climate resilience, provide an atlas of biophilic mitigation and adaption nature-based solutions in different biomes. The proposal will have multiple impacts. The biophilic guiding model aspires to turn the functional approach of city planning into a scientific one based on human-nature interaction. Project results will influence citizens increasing public awareness of urban nature and inspiring biophilic lifestyle. Comparing various geo-contexts will encourage international cooperation among cities and partner institutions towards global and local strategies and boost the European role in R&I for sustainable development and climate change. The excellence of partners will offer me the best training and research experience to become an expert in urban challenges, complementary knowledge to be transferred, advanced skills, and a leading network to maximize my career prospects both in and outside academia.

This project has received funding from the European Union’s Horizon 2020 Research and Innovation programme under the Marie Skłodowska-Curie Grant Agreement No. 101026318.