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enthusiastic ecologist who wants to uncover how nitrogen deposition affects plant and arthropod biodiversity? Are you excited by the idea of combining large-scale fieldwork across Northwestern Europe with hands
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the microbial nitrogen cycle for a more sustainable future. As a PhD candidate, you will combine experimental and computational approaches to uncover how microbial communities drive nitrogen transformations and
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Help decode the microbial nitrogen cycle for a more sustainable future. As a PhD candidate, you will combine experimental and computational approaches to uncover how microbial communities drive
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globe are under pressure from anthropogenic activities, such as the continued deposition of nitrogen, resulting in the loss of biodiversity and functionality. Quantifying biodiversity and ecosystem
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. However, harmful contaminants present in such waste streams (e.g., halogens, metals, and nitrogen compounds) can cause equipment corrosion, catalyst deactivation, and compromise product quality. We
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of warming and changes in resource availability (light, nitrogen and phosphorus), and 2) improve predictions of ecosystem processes by including the impacts of phytoplankton diversity and composition
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routes that combine captured CO₂ with nitrogen recovered from wastewater offers an opportunity to simultaneously reduce greenhouse-gas emissions, recover valuable nutrients, and enable more circular
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, and nitrogen compounds) can cause equipment corrosion, catalyst deactivation, and compromise product quality. We are developing and evaluating innovative technologies to remove these contaminants in
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which these transitions take place (e.g. farmer protests and sustainability initiatives, nitrogen policies, and public perceptions of farmers). Under the supervision and guidance of Prof. Lise Jans and Dr
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related field. The availability to start your PhD on December 1, 2026. Hands-on experience with experimental methods (in water technology) for biological nitrogen removal and characterization. Proven