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Field
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-principles, network-based framework for plant water and carbon transport under climate extremes. The successful candidate will work at the interface of plant physiology, fluid mechanics, network theory
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Researcher to join our research team. The successful candidate will be involved in cutting-edge research focusing on soil biology, microbial ecology, and molecular biology techniques. This position offers
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regimes? In your research, you will utilize a range of approaches, combining molecular biological techniques, incubation experiments, geo-mechanical testing, microbial and chemical analysis of organic soils
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, particularly their role in soil nutrient cycling, nitrogen fixation, and carbon sequestration. Investigate the mechanisms through which these microorganisms interact with soil environments and plants
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and soil biochemical mechanisms and above ground indices that can foster carbon sequestration and overall soil health in an arid environment. The candidate will also be expected to provide specialized
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Jeremy M Hutson, FRS, on the quantum mechanics involved in the formation and properties of ultracold molecules. The theoretical work is associated with EPSRC-funded research grants on: Leveraging Yb clock
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soil and plants, and between plants and the atmosphere. These interactions operate continuously, but not all at the same rate, which complicates the study of biogeochemical mechanisms. The misuse
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, Plant Biotechnology, Plant and Soil Science, Crop Science, Environmental Science or a relevant field, with expertise in material synthesis, process engineering, or fertilizers. Demonstrated experience in
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associated with substance use problems; and the mediating and moderating mechanisms involved in gene-behavior associations. Our work involves large-scale gene identification projects, mapping genetic and
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(CSOs). Interactions between microplastics and organic or inorganic matter, as well as their influence on transport mechanisms will be investigated. One of the main objectives is to quantify and