Uncovering success stories: how to resuscitate in situ simulation initiatives in Canadian emergency departments
Baril, L., Caners, K., Walker, M., Dagnone, D., Chaplin, T., Raymond-Dufresne, É., Baylis, J., Purdy, E., Britton, S., & Cash, C.
Baril, L., Caners, K., Walker, M., Dagnone, D., Chaplin, T., Raymond-Dufresne, É., Baylis, J., Purdy, E., Britton, S., & Cash, C.
Greenslade, J. H., Parsonage, W., Gaikwad, N., Stephensen, L., Brownlee, E., McCormick, E., Hall, E. J., Van Niekerk, M., Bayat, M. K., Mahmoodi, E., & Cullen, L.
R. A. F. Pellatt, S. Ishak, J. Clark, K. Isoardi, R. S. Ware and G.
K. Bruce, P. J. Snelling, P. Abery, K. Kemp-Smith, D. Lamond, N. Taylor, B. Patel, P. Jones and J. Furness
This project tackles the critical need for heat adaptation in cities. As intensifying heatwaves increasingly threaten lives and economic productivity, this study develops a novel measure to assess future tourism-related heat hazards, examines the added strain on city response systems by tourism, and establishes new insights into differentiated vulnerabilities amongst tourists and workers. By integrating a global analysis with three city case studies, this research co-develops innovative responses to reduce heat risk within urban systems. A new set of adaptation principles will help prioritize low-carbon, just responses, implemented through collaborative governance systems across different scales and sectors.