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potentially other plants with the goal of producing plants with novel desirable traits. Agrobacterium mediated transformation techniques will be developed, improved and utilized to introduce constructs
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consumption. Learning Objectives: Develop proficiency in field-based fish health assessments, including necropsy techniques, blood and tissue collection, morphometric measurements, tissue preservation, and
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to develop genetic, genomic and molecular resources for for supporting the barley and oat research. Research Project: You will be involved with one of the two research projects: I. Barley genetics and
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and analyze trait measurements related to plant development, plant physiology, and seed yield under different irrigation regimes in two locations with different weather patterns. You will also aid in
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and emulate trial/observational designs, developing and validating reproducible statistical and forecasting code, comparing performance metrics (bias, variance, calibration, forecast skill), producing
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dangerous health threats, and responds when these arise. Research Project: You will have the opportunity to train alongside PHIAT members who are actively involved in various tasks related to data science
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responses will be targeted as potential leap-ahead areas of development for novel material systems. The role of the Berry curvature dipole, noncentrosymmetry, inversion symmetry breaking, and intrinsic vs
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provide global leadership in agricultural discoveries through scientific excellence. PDI supports ARS researchers and stakeholders by providing technical assistance to develop, host, and maintain public
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expensive and dangerous health threats, and responds when these arise. Research Project: The Capacity Building and Technical Assistance Development Branch (CTAB) is the Division of State and Local Readiness’s
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genomics, and pathogen discovery. The fellowship will focus on the development, evaluation, and application of advanced laboratory and sequencing approaches for the detection and characterization of known