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Abstract The threat of climate change and its impacts are universal; however, the severity of how it is experienced falls disproportionately on vulnerable communities and populations, especially women. Women cater to providing basic needs for their families, for instance, producing food, securing water, and in some cases building and maintaining their dwellings. They hence play a crucial role in rural communities and are at the forefront of social change, possessing unique skills and perspectives for addressing the multifaceted challenges. Their potential to be active agents of change in climate action and mitigation must be identified and harnessed. According to the UNEP Report, the construction industry is responsible for more than 37% of global GHG emissions. The paper explores a multisectoral approach to climate action through a case study that examines sector decarbonisation through a gender lens and the use of bio/geomaterials. The research recognises women’s distinctive skills, capacities, and traditional knowledge in climate action. The case study is a pilot project that aims to build a structure with low carbon and place adaptive materials through intersections and innovation of existing traditional building knowledge with contemporary building systems. The paper focuses on capacity building and upskilling women from the local community in alternative building techniques and materials, ensuring dignity of work and pay parity in the sector. The project exemplifies the creation of green livelihoods through women’s involvement as architects, site supervisors, masons, and end-users, showcasing their integral roles across all facets of the construction process. The project uses a participatory learning and action approach to skill building, aiming to build a resilient community. In conclusion, the paper highlights the importance of catalysing women as agents of social change, positions women as leaders in the fight against climate change through alternative construction practices, and outlines recommendations for further initiatives.
Published in: IOP Conference Series Earth and Environmental Science
Volume 1554, Issue 1, pp. 012156-012156