The project conducted extensive research across nine European countries (Austria, France, Hungary, Italy, Norway, Poland, Spain, Switzerland, and the United Kingdom) and processed specific fieldwork in three cities of each country.
Key technical and scientific achievements and outcomes:
• Contextual analysis (WP2): Completed a comparative quantitative analysis of housing trends and inequalities from secondary data sources like EU-SILC and censuses, establishing a baseline for the nine countries (D2.1). Findings confirm common challenges, including increasing housing costs and a shrinking public housing sector.
• Policy and regime analysis of green policies (WP3 & WP4): Finalized national reports detailing the regulatory systems for environmental and energy policies (EEP in D3.2) and the trajectories of welfare/housing regimes (D4.2). The analysis of housing regimes confirmed a general trend towards commodified housing systems across all cases, identifying that this process occurs through different path-change (e.g. post-socialist states) or path-dependency (e.g. corporatist/familistic states) mechanisms. Governance fragmentation was identified as a major barrier to equitable policy implementation.
• Local case studies (WP5): Selected 27 local case studies (metropolitan, mid-sized, and small cities/towns) and commenced in-depth qualitative fieldwork (semi-structured interviews). Preliminary case findings are emerging, illustrating how green initiatives interact with local contexts, from new-build densification – that turned out to be the most important factor causing gentrification - to affordability pressures in energy retrofitting projects.
• Stakeholder validation and mobilisation (WP7): Successfully organized and completed the first round of nine Policy Labs (#1), engaging 231 diverse stakeholders across the 9 countries. Most of the labs confirmed the pressing nature of the issue and highlighted that without safeguards, EEPs may carry a risk of exacerbating existing housing inequalities, although at different levels and through diverse transmitting mechanisms.