13 experimental-fluid-mechanics PhD positions at Swedish University of Agricultural Sciences in Sweden
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on the communities of bats, birds and beetles in a large-scale comparative study. You will work in an established research group and existing research infrastructure, including an experimental setup in
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the interactions of trees with fungi and fungal-like (oomycete) organisms, including host symbioses and tree defense mechanisms. We conduct molecular diagnostics and host-chemical analyses to better
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, experimental evolution and behavioural studies that involves different trophic levels. The practical work also entails cultivation and rearing of plants, butterflies and parasitoids, sampling for chemical and
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development and good living conditions on our planet. Our main campuses are located in Alnarp, Umeå and Uppsala, however, the university also operates at research stations, experimental forests and teaching
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also operates at research stations, experimental forests and teaching sites throughout Sweden. SLU has around 3,000 employees, 5,000 students and doctoral students and a turnover of over SEK 3 billion
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• Perform genetic studies and bioinformatic analysis to identify genes and mechanisms that control these traits • Develop DNA markers for future application in plant breeding In the research studies, you will
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planet. Our main campuses are located in Alnarp, Umeå and Uppsala, however, the university also operates at research stations, experimental forests and teaching sites throughout Sweden. SLU has around
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and Uppsala, however, the university also operates at research stations, experimental forests and teaching sites throughout Sweden. SLU has around 3,000 employees, 5,000 students and doctoral students
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in Alnarp, Umeå and Uppsala, however, the university also operates at research stations, experimental forests and teaching sites throughout Sweden. SLU has around 3,000 employees, 5,000 students and
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environmental conditions can be maintained through continuous cover forestry. The student will work experimentally with the translocation of vascular plants, lichens, and mosses to study their survival and growth