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aim to support you to start and build your own scientific career, collect teaching experience in relevant courses, and provide funding for this position for 4 years. Your profileRequired
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changes, moving beyond conventional simulations of stationary atmospheric conditions.This PhD project is part of the ERC Consolidator Grant project WINDFLOW, which strives to develop groundbreaking large
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will: critically review existing resilience–electricity grid literature and develop a comprehensive resilience assessment framework for the electricity grid. develop network models and conduct spatial
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funded by an ERC Consolidator Grant and runs 5 years. Within the project we develop the missing theoretical framework that captures the direct and indirect consequences of strategic climate litigation
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further develop and implement next generation sequencing methods to understand which viruses are currently circulating on the human-animal interface in the Netherlands. Moreover, you will be involved in
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global models of unprecedented resolution, surrounding the large, international field campaigns EUREC4A and ORCESTRA . You will develop understanding for how shallow mesoscale circulations develop and
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can contribute to our research, education, impact, and to the team you will be part of. Therefore, we would like to get the best possible picture of your knowledge, insight, skills, and personality
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this understanding, by studying observations, large-eddy simulations and global models of unprecedented resolution, surrounding the large, international field campaigns EUREC4A and ORCESTRA . You will develop
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of a PhD dissertation within four years. You will design a teaching and supervision plan, from which you will develop your own research proposal. These tasks entail coordinating and agreeing with your
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of the future. SOURCE aims to deliver the scientific knowledge, models and design tools to develop and evaluate nourishment strategies in a multi-stakeholder co-creation process. Requirements Specific