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of infrastructure components (e.g., pavement stones, concrete kerbs, sewage pipes) is gaining momentum, but scaling remains difficult: supply and demand rarely align in time, place, and specification, and
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for research areas are regenerative business models (how to create, deliver and capture multiple forms of value - economic, social, and environmental, human and non-human - in a regenerative context
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technology, which works by cutting a DNA sequence at a specific genome location and deleting or inserting genes there. The CRISPR-Cas method provides an excellent basis for the development of unprecedented
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insights. Information Statistical modelling of multiple omics datasets is a lively and rapidly developing research area. Ongoing technological advances make it possible to measure multiple biological data
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like climate change. Recent developments even reflect alarming alignment between some major platform companies and climate denialist politics. Examining platforms’ own influence on climate science
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of endogenous gene expression using sequence-specific DNA- and histone-modifying tools, might be a potential solution! We are hiring for a PhD student to join the group for a fully-funded project of 4 years
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, you will explore how sustainability, systems thinking, and essential skills are currently embedded in an engineering curriculum, and how these elements can be more effectively aligned. You will work
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, including biodiversity conservation, carbon sink, energy production, fisheries, aquaculture, transportation, and tourism. Proponents emphasize the benefits of a diversified blue economy for achieving multiple
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aligned with the project’s objectives. Conduct a mapping and qualitative case studies of social innovations in academic systems (e.g. in the areas of funding, ethics governance, academic activism) in
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required for broader participation. You will be part of a cohort of 11 PhD candidates from multiple Dutch universities and disciplines, from social psychology and urban planning to governance studies and