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density on a global scale. A global assessment of the factors that steer efficient land use can build upon JRC’s GHSL data and support global assessments of urban growth as simulated by JRC’s CRISP model
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PhD position ‘Courage to Correct: Balancing Error Prevention and Learning in Strategic Crisis Teams’
consequences in controlled crisis simulations through field experiments combined with post-experimental interviews. Finally, interventions and training methods aimed at improving communication and reducing
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project is comprised of 2 PhD positions and 2 postdoc positions which will be filled during the period September 2026 - September 2031. You will join a collaborative research group that also includes PhD
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Specific Requirements We are looking for a highly motivated candidate with a MSc degree in a relevant discipline (e.g. Molecular/Cell biology, Biomedical Sciences, Molecular Sciences, Life Sciences
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of roots, nodules, and tubers, using reference genotypes and by manipulating abiotic factors (e.g. temperature, water, N). You will conduct molecular and cellular analyses using histology, microscopy, single
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to a corpus of geo-analytical scenarios with questions and corresponding workflows; collaborate closely with another PhD candidate (question modelling), a postdoc (GeoQA reasoning engine) and a technical
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, museums face competing pressures regarding their public role in encouraging diversity, equity, and inclusion. This project examines how museums respond to these dynamics and how different institutional and
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from this PhD project into an agent-based model. This model will be developed by other PhDs in the project team and simulates household adaptation behaviour over time in global flood-prone regions
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and develop innovative PLL architectures and their key building blocks. Your work will include system-level modeling, architectural exploration, transistor-level circuit design, and detailed simulation
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. While soluble biochemical signals have been extensively studied, the role of physical and structural cues in tissue patterning remains less understood. By developing dynamic biomaterials and synthetic