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of this fellowship and your vision for applying these technologies to invasive insect biological control. Two educational or professional recommendations All documents must be in English or include an official English
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vision for applying these technologies to invasive insect biological control. Two educational or professional recommendations All documents must be in English or include an official English translation
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controlled lighting conditions. We will evaluate how tailored modifications to a standard hydroponic fertilizer solution influence plant growth and chemical composition. Metabolomic profiling will be used
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production in the United States, and all these pests are becoming resistant to the primary tactics used for their control in commercial fields. Through this research, we aim to understand why these pests
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fitness criteria of invasive and wild-type versus herbicide-resistant weed biotypes. The participant will learn to collect and analyze data related to weed control, herbicide efficacy, and comparison
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to investigate overwintering habits, alternate plant hosts (crop and non-crop) and potential predators, that could help with pest control. The goal of this research is to investigate overwintering habits and
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genetic pest management. The fellow will investigate the structure, function, and epigenetic control of genes on the X and Y chromosomes of fruit flies in the insect family Tephritidae which are major
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embryos to control, reference, and test chemicals Utilize state-of-the-art semi-automated imaging equipment Conduct several high-throughout screening (HTS) assays on zebrafish embryos to assess thyroid
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the following areas: Fungal Biology: You will learn how to manipulate and assess competition between fungal isolates under controlled experimental conditions. This will include gaining skills and knowledge in
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will not be accepted at this time, unless they are Legal Permanent Residents of the United States. A complete list of Designated Countries can be found at: https://www.nasa.gov/oiir/export-control