Browsing by Subject "vähähiilinen"

This thesis aimed to systematically map and review built environment low carbon and/or social justice experiments in Finland and understand how municipalities engage in experimentation and what challenges municipalities face when engaging in it. To find what forms of experiments for socially just low carbon buildings and housing can be found in Finland, 1 386 objects in 15 databases were systematically mapped. 204 unique built environment low carbon and/or social justice experiments were recognized and further reviewed. Municipality engagements and challenges in experimentation were approached through a case study of four Finnish municipalities Helsinki, Joensuu, Turku, and Vantaa. 14 case city officials and other persons working with experimentation were interviewed, and 1 839 pages of case-city-related documents were gathered. Triangulation was used to analyze the interview transcripts and additional documents in an abductive manner to find what kind of policy engagements for experimentation municipalities participated in and what kind of challenges the municipality representatives identified when doing so. This thesis discovered that there is a large focus on building and nurturing niches and testing technologies with a lack of focus on profound social justice and the behavioral side of the sustainability transitions. The sustainability experimentation in the built environment was technology-focused and lacked profound social justice aspects. Even though there were some overlaps between low carbon and social justice in the experiments, the experiments did not seek to increase social justice but rather to do low carbon in a socially just way. Municipalities strongly focused on building and nurturing niches and experimentation as a process. Municipalities did not do much experimentation in their operations and focused on the experimentation process rather than the subject matter. Also, the municipality experimentation engagements were characterized by a lack of novelty, flexibility, and uncertainty. This thesis also reveals that the links between sustainability experimentation and sustainability transitions may not be as straightforward as the scientific models and frameworks present. Though this thesis made several findings about sustainability experimentation, there remains a particularly urgent need to develop and conduct additional studies. They are needed to understand better the phenomena in the socially just low carbon experimentation in the built environment to enable just transition to low carbon buildings and housing.