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, physics, applied mathematics, engineering, computer science or related discipline. Strong skills in fluid mechanics and numerical modelling. Experience with large observational data sets of environmental
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Location ESTEC, Noordwijk, Netherlands Our team and mission The Space Environments and Effects Section supports the development of ESA missions and programmes by investigating the space environments
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practices across the Netherlands. The project, entitled ‘MEECSE: Monitoring the implementation of Enabling Environments for Citizen Science & Societal Engagement practices’, is funded by Open Science NL under
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approaches in plant breeding, offers new opportunities to address this. One such challenge is to improve complex traits such as crop tolerance to dynamic environmental conditions in the current era of global
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such as municipalities operate in an increasingly complex and dynamic environment. Globalisation, rapid technological developments, and societal changes require organisations to perform reliably and to
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such challenge is to improve complex traits such as crop tolerance to dynamic environmental conditions in the current era of global climate change and how to best incorporate this in plant breeding strategies
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. You will join the section Environmental and Climate Design, department of Architectural Engineering and Technology at the Faculty of Architecture and the Built Environment, TU Delft. You will work in
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frameworks: comparative analysis of policy regimes in analogous fields, such as fisheries management and environmental regulation, and assessment of the transferability of regulatory instruments, such as cap
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that represents the region’s complex palaeogeographical development and depositional environments. Using this model, you will investigate infiltration and extratraction schemes, interactions between surface water
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Natural resources (LIFE) are crucial to maintaining the well-being of societies. Sustainable management of these natural resources balances the needs of people and the environment. It avoids