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lipid-dependent host-microbe interactions. More information about research in the Johnson Lab can be found at www.johnsonlab.nutrition.cornell.edu . The successful candidate will be expected to run and
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Group consists of Saul Teukolsky, Eanna Flanagan, Nils Deppe, Larry Kidder and research associates Mike Boyle and Will Throwe. There will also be opportunities to interact with the Theoretical
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Group consists of Saul Teukolsky, Eanna Flanagan, Nils Deppe, Larry Kidder and research associates Mike Boyle and Will Throwe. There will also be opportunities to interact with the Theoretical
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Flanagan, Nils Deppe, Larry Kidder and research associates Mike Boyle and Will Throwe. There will also be opportunities to interact with the Theoretical Astrophysics Group, including Rachel Bean, David
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. As part of the study, the candidate will receive training in single-molecule imaging. The applicant will also be expected to interact with graduate students in the laboratory and participate in
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-methods data collection campaign that emphasizes mapping intervention-specific adoption, adoption outcomes and identifying interactions across interventions. MIXTAPE engages a multidisciplinary team from
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conduct a mixed-methods data collection campaign that emphasizes mapping intervention-specific adoption, adoption outcomes and identifying interactions across interventions. MIXTAPE engages a
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collecting data with automated systems using uncrewed drones that provide unprecedented data on fish and invertebrates in the Great Lakes. The individual we seek will work within an interactive research group
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that provide unprecedented data on fish and invertebrates in the Great Lakes. The individual we seek will work within an interactive research group consisting of Cornell and agency scientists. Specifically
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within an interactive research group consisting of Cornell and agency scientist. Specifically, the individual will: 1) Analyze acoustic data with existing software (Echoview, R, Python). 2) Collaborate