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-analysis of the relationship of hydraulic conductivity and vegetation cover. Data analysis and publication writing. Using remote sensing to evaluate cover conditions on rangelands. Other duties as required
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. Proficiency in experimental design, statistical analysis, and data interpretation. Strong organizational and leadership skills to manage laboratory activities. Ability to work independently and collaboratively
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loggers to collect environmental data and use of imaging system/tools Analyze plant nutritional quality using spectrophotometers and HPLC Statistical analysis and preparation of manuscripts for publications
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for flying insect vector pests in high-tunnel pepper plots. The 2nd focus of this position will be screening generalist predators naturally present in onion fields using molecular gut content analysis to find
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others. Excellent written and verbal communication skills. Proficiency with statistical analysis tools. Preferred Special Knowledge, Skills and Abilities: Experience with multiple crops from
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. Responsibilities: Implement AI approaches for crop sensing, growth analysis, and stress monitoring, with a strong focus on modeling and interpreting plant-environment interactions for intelligent climate control
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AgriLife and make a difference in the world! This position provides leadership to the analysis, synthesis, and publication of (a) continuous monitoring data and (b) residual data sets from research campaigns
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of grant proposals by conducting literature reviews and contributing to the collection, analysis, and interpretation of preliminary data. Train technicians and graduate students in modeling, research
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/) • Microscopy and Imaging Center (https://microscopy.tamu.edu/) • Integrated Metabolomics Analysis Core (https://imac.tamu.edu/) • Chemistry Mass Spectrometry Facility (https://research.tamu.edu/facility
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Job Description This position requires expertise in laboratory research, bioactive compound analysis using advanced analytical instruments, and biotic and abiotic stress in agriculture. The role