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unfavorable conditions in the past? What were the environments that characterized such refugial areas during the Quaternary Ice Ages? How and with which dynamics did warm-adapted organisms expand from
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that characterized such refugial areas during the Quaternary Ice Ages? How and with which dynamics did warm-adapted organisms expand from these areas under warming climate after the ice ages? These are central
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PhD positions in the field of organic geochemistry and paleolimnology (https://duw.unibas.ch/en/research-groups/organic-geochemistry/ ). The students will be part of the SNSF-project ECO-ICE, which
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-ICE, which will reconstruct past climatic and ecologic changes at ice age refugia for temperate trees. The larger project is co-hosted by the Universities of Basel and Bern, and involves a team of four
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to identify molecular mechanisms and M. abscessus genotypes that underlie tolerance phenotypes. Your work will involve systematic experimental design, generation of large-scale datasets, and quantitative
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experiments, and design methods to evaluate soil health. The project will also explore translating Soil Living Labs outcomes into policy recommendations and conducting policy-relevant scenario analyses
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Law, CRCF). It will develop AI tools to map and predict soil health across space and time, accelerate literature reviews, extract best management practices from long-term experiments, and design methods
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, conducted by the project leader and two doctoral researchers, will be accompanied by a range of scholarly activities designed to reflect on questions of terminology and to advance methodological approaches
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strong interest in and commitment to animal experimentation is essential. Perform in vivo mouse studies using CRISPR-engineered cancer cell lines Design, perform, and analyse in vivo CRISPR pooled screens
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strong interest in and commitment to animal experimentation is essential. Perform in vivo mouse studies using CRISPR-engineered cancer cell lines Design, perform, and analyse in vivo CRISPR pooled screens