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and testing a novel automated field-based high throughput phenotyping system. You will also assist in conducting experimental design, data collection from field experiments, and data analysis. Research
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, feature extraction and statistical analysis. Support sound playback/stimulation protocols for plant response and pollination experiments. Contribute to modelling activities through experimental design input
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interdisciplinary research project focused on metaproteomic analysis of soil microbial communities. This project aims to identify key genes and enzymes involved in mitigating salinity stress and improving soil health
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the research in Professor Clarke’s laboratory. The successful candidate will carry out experimental and modeling research related to non-contact stress analysis using Raman and photo-stimulated luminescence
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stress-strain characterization. Proficiency in analysis software (e.g., Microsoft Excel, R, or other statistical software). Excellent written and verbal communication skills. Ability to work independently
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of Biological Sciences, and Mechanical Engineering at the University of Southampton. Plants emit sound—particularly under stress—and may respond to sound in ways that influence physiology, root function and
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Mechanical Engineering at the University of Southampton. The project addresses fundamental questions about how plants generate and respond to sound and what role sound may play in stress responses, below
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our laboratory focused on how oxidative stress modifies epithelial and immune cell interactions in esophageal inflammation and cancer. Dr. Yash Choksi’s laboratory, located in Nashville, Tennessee
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may play in stress responses, below-ground processes and pollination. The research combines controlled experiments, advanced measurement and multiphysics modelling, and will generate open datasets and
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plants, will investigate the cellular architecture of the endoplasmic reticulum (ER)–nuclear envelope interface, and how heat stress reshapes nuclear envelope mechanics and nuclear pore complex