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heating kinetics and the rolls of individual ion populations. Why should I apply? Under the guidance of a mentor, you will gain hands-on experience to complement your education and support your academic and
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towards the development of improved rootstocks for pear production. Research Project: The overall goal of this research project is to characterize root system architecture and root developmental traits
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to adverse growing conditions. You will have an opportunity to gain experience in plant measurements on leaf gas exchange, plant water/nutrient hydraulics, chlorophyll fluorescence, and root system
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conducting a Genome Wide Association Study to identify genetic variants associated with these traits. In the lab, you will help evaluate root growth under heat and drought conditions and develop mapping
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food applications of proteins derived from plant sources such as alfalfa and legumes. Through this appointment, the participant will gain firsthand experience in how interdisciplinary scientific
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. This creates large uncertainties when modelling orchard water and nutrient fluxes as well as deep percolation below the root zone, critical topics in semi-arid, agriculturally productive regions such as
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and code repositories for open-source software related to UAV imagery processing and ecological community dynamics. You will also have the opportunity to take on-line courses in scientific topics
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diverse epidemiologic, clinical, laboratory, genomic, environmental, event-based, and open-source information; explore approaches to rapidly synthesize scientific and public health information during
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reproducible analytic workflows, integrating data from multiple sources, creating data visualizations, and contributing to scientific reports, presentations, and manuscripts. This fellowship will provide a
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such as an research track sprayer, leaf area meter, root scanner, and LI-COR photosynthesis systems; Develop strong competencies in collecting, processing, and analyzing plant samples to characterize