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Methods Tropical forest soils are crucial to the global carbon cycle, yet increasing wildfire, land-use change, and climate warming may cause large carbon emissions. This PhD will investigate (1) how soil
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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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Methods This project investigates the cascading impacts of wildfires on the atmosphere, land systems, and human health. The core science questions are: How do wildfire emissions affect atmospheric
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uncertainty quantification methods to strengthen scientific robustness of the risk analysis, (4) land-change maps creation using human-in-the-loop label propagation to tackle the time-consuming labelling
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the following research questions: a) How do species traits predict important ecological processes, including food web structure and resilience to perturbations? b) Can the patterns and correlations of species
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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
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this knowledge gap using a scale-spanning strategy, investigating viral and archaeal counter-adaptations in environmentally sourced cultures. Embedded in an interdisciplinary supervisory structure; Daum (archaeal
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Methods The Southern Ocean plays a disproportionate role in capturing anthropogenic heat and carbon. Its complex dynamics are characterised by interaction between the large-scale and a range of small-scale
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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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specimens tell us about changes in bat morphology in response to climate and land-use changes over the past century? The supervisory team will provide training in bat research, bioinformatics, genomic