28 postdoctoral-soil-structure-interaction-fem-dynamics PhD positions at University of Exeter
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respiration responds to post-wildfire conditions across Amazonia, and how soil properties mediate this response; (2) how pyrogenic carbon (PyC, charcoal) additions affect soil respiration dynamics in southern
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and dynamic population projections to 2100, thus addressing two key science questions: How can geomorphic hazards in dynamic rivers and population exposure to such hazards best be predicted?; How will
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in crops, (2) how different radar polarisations (e.g. VV, VH, cross-pol) affect sensitivity to crop growth and condition, and (3) how to disentangle the effects of soil moisture variations from
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are urgently needed to monitor PFAS in water and probe their interactions with biological systems. This PhD project will develop a cutting-edge single-molecule optical sensor for real-time, ultra-sensitive PFAS
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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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that corrected pseudoranges correspond to physically consistent receiver positions across all satellites. Temporal smoothness: enforcing corrections that are consistent with expected receiver dynamics, such as
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About the ProjectProject details Self-adaptive and autonomous systems are increasingly deployed in dynamic and uncertain environments, where effective decision-making relies on accurate models
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Location: Streatham Campus About the ProjectProject details Self-adaptive and autonomous systems are increasingly deployed in dynamic and uncertain environments, where effective decision-making
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PhD Studentship: Distributed and Lightweight Large Language Models for Aerial 6G Spectrum Management
operate in spectrum environments that are scarce, heterogeneous, and highly dynamic, which makes the traditional static and centralised spectrum management strategies inadequate for ensuring reliable, low
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. This PhD project will investigate the interactions between wildfire disturbance and thermokarst dynamics across Siberia and other Arctic regions using multi-sensor satellite remote sensing data provided by