14 embedded-system Postdoctoral positions at Swedish University of Agricultural Sciences in Sweden
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leading to production and harvesting in the regulated countries moving to unregulated countries. The position is part of a joint research program between Swedish University of Agricultural Sciences (SLU
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to testing the application of this knowledge in our Living Lab with coastal planning experts. This position is part of the research project ClimePlan https://www.slu.se/en/research/research-catalogue/projekt/k
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of fibers, protein engineering, material characterization and bioinformatics to understand the transcriptome profile of the silk glands. The atmosphere in the group is ambitious, innovative, and friendly. In
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About the position The typical Nordic milk production systems are based on indoor animal management. However, Swedish regulations on animal welfare requires a partial outdoor management of cows
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Boreal forests are a key resource for Sweden’s bio-based economy while also providing other important ecosystem services related to climate change mitigation and biodiversity. Sustaining
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strong international research environment working with applied agroecological research. About the position Diversification of the cropping system increases resource use efficiency and reduces the need
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while reducing environmental impact. For example, wood preservation compounds pose a significant threat not only to the environment but also to human health, and therefore, it is necessary to develop
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in breath. The postdoc is part of a collaborative research project entitled ‘Blood, breath and bugs’ funded by the Carl Trygger Foundation. About the position The project aims at unequivocally
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historical data series. Knowledge of resilience and sustainability of cropping systems. Experience managing agronomic field experiments. About us The Department of Crop Production Ecology contributes
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of spider silk proteins, primarily focusing on prokaryotic systems, but potentially extending to yeasts and cell lines. The candidate is also expected to independently develop efficient protein purification