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Research Foundation project “Feeding the Earth: Synthetic Fertilizers and the Remaking of Agriculture in the Nineteenth and Twentieth Centuries”. The position is to be filled as of June 1st, 2026
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position in the Swiss National Research Foundation project “Feeding the Earth: Synthetic Fertilizers and the Remaking of Agriculture in the Nineteenth and Twentieth Centuries”. The position is to be filled
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applications for a fully-funded, four-year (1 plus 3) PhD position in the Swiss National Research Foundation project “Feeding the Earth: Synthetic Fertilizers and the Remaking of Agriculture in the Nineteenth
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, Switzerland, invite applications for a fully funded, four-year (1 plus 3) PhD position in the Swiss National Research Foundation project “Feeding the Earth: Synthetic Fertilizers and the Remaking of Agriculture
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are among the most successful life forms on Earth, having taken over a substantial role in regulating the global oxygen balance and climate that other microalgae maintained for nearly a billion years. Their
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), academic grade transcript. For any informal inquiries, please contact the PI, Magdalena Sznurkowska at magdalena.sznurkowska@unibas.ch . Deadline: 30 November 2025. We review applications on a rolling basis
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rolling basis and may invite stron candidates to interview before the deadline. Where to apply Website https://academicpositions.com/ad/university-of-basel/2025/phd-position-metastas… Requirements Research
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to radiation protection advancement and enhancing the scientific basis for radiation-related health risk assessment and communication. The position is particularly well suited for a biostatistician with interest
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correlating these findings with biological responses observed in surrounding tissues. The principal aim of this interdisciplinary project, entitled "Comprehensive analysis of determinants of polyethylene wear
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, and fishery research institutes along Lake Tanganyika. Project Description Diatoms are among the most successful life forms on Earth, having taken over a substantial role in regulating the global oxygen