Predictors and Outcomes of Airway Management in Patients Presenting to the Emergency Department With Overdose and Decreased Consciousness: A Scoping Review
R. A. F. Pellatt, S. Ishak, J. Clark, K. Isoardi, R. S. Ware and G.
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.
Masoudi, M., Muchabaiwa, R., Wake, E. and Patel, B.