74 DateCreated Last 30 Days positions at Swedish University of Agricultural Sciences in Sweden
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-at-slu/ Location: Uppsala Form of employment: Fixed-term employment 12 months, with possibility of extension. Scope: 100% Start date: 2024-07-01 Application: Please submit your application before deadline
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. As PhD student in Biology with specialization in Ecology, the student will carry out supervised research leading to a PhD thesis and take PhD courses (minimum 30 higher education credits
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: Temporary employment, 4 years Extent: 100 % Starting date: The position may start as agreed between both parties. Application: Click the “Apply” button to submit your application. The deadline is 2024-05-24
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individually. Experiences of academic publication is seen as a merit. Place of work: Uppsala Forms for funding or employment: Temporary employment, 4 years Extent: 100 % Starting date: The position may start as
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or employment: Employment as PhD student, full time for 4 years Starting date: Autumn 2024 Application: Click the “Apply” button to submit your application. The deadline is May 13 2024. Applications should be
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new technologies and evaluation methods. Place of work: Alnarp, Sweden Forms for funding or employment: Employment (4 years) Starting date: According to agreement Application: Click the “Apply” button
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in Uppsala here . Application deadline: 2024-08-01 Place of work: Uppsala Extent: 100% Form of employment: Permanent employment Starting date: By agreement. Contact person URL to this pagehttps
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humanities, as evidenced by publications in both ecological and interdisciplinary/social scientific journals as first and last author. Extensive track record in working on subject area foci, including digital
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possible to monitor in situ curing processes and changing of crystallinity as temperature control is required. The project thus aims to go over the current state-of-the-art and develop techniques that will
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=Hofius+D&sort=date ). We now aim to investigate autophagy mechanisms and functions in a crop plant setting and explore whether autophagy modulation via CRISPR-Cas genome editing can be utilized to improve