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collection and analysis by GC-MS, electroantennography and olfactometry tests, field observations, and collecting and maintaining insect colonies. The main duty of the Doctoral Researchers (PhD Students) is to
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realistic photonic instrumentation into real world scenarios, in particular we developed and investigated environmental applications of Scheimpflug lidar. We pioneered laser remote sensing of insects for more
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complex scientific research methods and techniques relative to the evaluation of biological, chemical, physical, and cultural control methods for the management of turfgrass insect pests as
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. The workplace fosters strong international collaboration, with close integration with the Halberg Group at Copenhagen University (Insect neuroendocrinology and physiology) and the Collin Group (immune-relevant
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control remedies using a mixture of local substances (oils, soaps, neem, peppers, neem) for control of common plant pests (soft-bodied insects, mites, and moth larvae) on agricultural farms, in backyards
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has a long history of developing innovative approaches to study these impacts and in developing management approaches using host specific insects (biological weed control). Our work has been supported
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purification using bacterial, insect, and/or mammalian systems. The ability to develop, optimize, and troubleshoot purification protocols using chromatographic methods (e.g., affinity, ion exchange, size
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regarding this requirement. Minimum Qualifications Full Employment Eligibility Requirements can be found here: https://hr.oregonstate.edu/student-employment-manual/500-employment-eligibility-requirements Must
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regarding this requirement. Minimum Qualifications Full Employment Eligibility Requirements can be found here: https://hr.oregonstate.edu/student-employment-manual/500-employment-eligibility-requirements Must
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structural analysis of enzymes involved in insect terpenoid biosynthesis Genetic tools for circadian clock disruption in non-neural brain tissues studied by luminescence microscopy Integrative Transcriptomic