31 PhD-Positions-in-nanotechnology "CINaM CNRS Aix Marseille Université" scholarships at Swedish University of Agricultural Sciences
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://www.slu.se/en/about-slu/work-at-slu/ Remote Sensing for Integrative Forest Management Description: We are now seeking a PhD candidate to work on the use of remote sensing for integrative forest management (IFM
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/about-slu/work-at-slu/ PhD position - plant-environment and plant-plant interactions Are you looking for an exciting PhD position on plant-environment and plant-plant interactions, using mechanistic
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level B (car) We put a large importance to personal qualities, such as team work, problem-solving and the ability to work independently. Place of work: Umeå. Forms for funding or employment: Fixed term
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collaboration with various researchers and external organizations in the food system. The PhD position is part of the research programme Mistra Food Futures, the largest research programme on sustainable and
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(mistrafoodfutures.se) and include extensive collaboration with various researchers and external organizations in the food chain. The PhD position is part of the research programme Mistra Food Futures, the largest
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to a PhD thesis and take PhD courses (90 credits). This PhD position is part of the research programme Mistra Food Futures, the largest research programme on sustainable and resilient food systems in
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take PhD courses (90 credits). This PhD position is part of the research programme Mistra Food Futures the largest research programme on sustainable and resilient food systems in Sweden. The programme’s
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. Funding for these positions is part of the faculty's investment in 10 doctoral students in 2024, with additional co-funding from the Department of Plant Breeding. More information about the 10 doctoral
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. The PhD position is part of the research programme Mistra Food Futures, the largest research programme on sustainable and resilient food systems in Sweden. The programme is an established science-based
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(SFNs) try to achieve this ambition. The PhD student will focus mainly on how SFNs work with scaling often from an isolated and marginal position. The SURFIT project focuses on the concept of catalysers