A meta-analysis of climate risk mitigation strategies in the construction sector

Purpose Climate change is among the biggest challenges of the time. Despite commitments and actions to manage climate risks by construction stakeholders, there is still a huge gap in the strategies to tackle the problem in the construction sector. Available evidence on extreme climate change, such as droughts in the Horn of Africa, heatwaves in Southern Europe and wildfires in California, USA, negatively affect the development and management of construction projects. These events highlight the urgent need to implement appropriate climate-resilient strategies. Therefore, this study aims to analyse the climate risk mitigation strategies in the construction industry. Design/methodology/approach A systematic meta-analysis review methodology was undertaken in this study, with data (literature) obtained from bibliographic sources such as Scopus and Web of Science. Findings The findings demonstrate strategies such as the training of construction management professionals to be equipped with climate management skills, adoption of net-zero and climate-friendly technologies and procurement practices, building green and climate-resilient projects and retrofitting existing buildings to withstand climate change. Research limitations/implications The review of past studies has shown insufficient empirical studies on measures to mitigate climate risks in construction management research, so this study could serve as a foundation for further studies. Practical implications Practically, the key strategies presented in this study could be a checklist to provide understanding and guidance to construction practitioners in developing climate risk management measures in the construction sector. Originality/value This study fosters knowledge and practical information on measures to address climate risks in the construction industry.