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for leading research with mammalian animal model systems. Use multi-omic approaches to investigate the paternal and embryonic epigenomes. Have ample opportunities to collaborate with investigators and partners
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reviewed publications including use of simple to complex statistical analysis. -Compose and write scientific publications, progress and annual/final reports for grants. -Supervise undergraduate and/or
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nutrition and diseases. Investigates diet–immune–metabolic interactions using molecular, cellular, and physiological approaches. Analyzes and interprets complex datasets and integrate findings across systems
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geospatial analytics and programming abilities to execute complex model intercomparison and scaling assessments. This is a unique opportunity to contribute to multiple high-impact publications and shape
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independent research with a focus on soil, microbial and/or plant response to chemical treatments in both soil and soilless culture systems under controlled environment and protected cultivation systems
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Texas A&M AgriLife Texas A&M AgriLife is comprised of the following Texas A&M University System members: Texas A&M AgriLife Extension Service Texas A&M AgriLife Research College of Agriculture and Life
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independent research with a focus on soil, microbial and/or plant response to chemical treatments in both soil and soilless culture systems under controlled environment and protected cultivation systems
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) • Evaluate data and summarize results for preparation in peer reviewed publications including use of simple to complex statistical analysis • Compose and write scientific publications, progress and annual
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Texas A&M AgriLife Texas A&M AgriLife is comprised of the following Texas A&M University System members: Texas A&M AgriLife Extension Service Texas A&M AgriLife Research College of Agriculture and Life