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The University of Exeter’s Department of Engineering is inviting applications for a PhD studentship co-funded by the partner Hydro International and University of Exeter Faculty of Environment
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to understand the drivers and dynamics of sediment transport along this highly populated and vulnerable river. Additionally, it will explore the use of prototype water quality sensors (Hydrobeans) to understand
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Methods 60% of the world's population live in countries dependent upon seasonal monsoon rainfall. Climate change is causing changes in the character of monsoon rainfall, with potentially severe impacts
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composition and air quality? What are the spatial and temporal dynamics of wildfire-driven land change? How do these changes translate into population health risks? The Doctoral Researcher will play a central
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challenged by environmental stressors including heatwaves, salinity shifts and declining water quality. Understanding how these animals respond to such pressures is critical for predicting future ecosystem
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and CASE partner involvement (SatSense Ltd) will provide high-quality technical mentorship and industry context and ensures both academic rigour and real-world relevance, strengthening the projects
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, dust, organic matter, and sulfate, may also be re-emitted as “secondary emissions”, with potentially profound impacts on clouds, radiation, and air quality. These processes are currently absent from
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detection. The successful candidate will engineer selective surface chemistries, advance flow-through detection methods, and apply the sensor to mechanistic studies of PFAS interactions with proteins and
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these into game engines to visualize and provoke alternative, sustainable working environments that make space for nature. The student will consider how digital-twinning (virtual replication) and gamification