Research Associate in Global hazard hotspot identification

Model how climate change affects floods, droughts and wildfire, including the hydrological consequences of fire-altered vegetation and soils. Combine CMIP6 or ISIMIP climate ensembles, land-use projections and probabilistic analysis to identify future hazard hotspots under Shared Socioeconomic Pathways. Results support a Bristol-led consortium studying water supply and global health burdens. The full-time role is 35 hours per week for up to 12 months, at £41,885–£49,798, with flexible or hybrid arrangements considered. Applications close at 23:59 UK time on 24 November 2026.

Strong geospatial analysis, climate-model and data knowledge, and statistical programming. Submit a CV and cover letter describing relevant experience and motivation. Sponsorship is available subject to the applicable visa requirements.