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Circularity, energy transition, extreme heat, and flooding: all potentially conflicting challenges that eventually converge in the built environment. Consider, for instance, how the civil
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programme Is the Job related to staff position within a Research Infrastructure? No Offer Description Circularity, energy transition, extreme heat, and flooding: all potentially conflicting challenges
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Vacancies PhD position AMBITIONS: accelerating transitions by navigating values in the built environment Key takeaways Circularity, energy transition, extreme heat, and flooding: all potentially
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that lives at room temperature. We will study their membrane binding, sequential (dis)assembly, and propensity to form contractile rings in liposomes. The CDV genes will also be encoded on a genome that is
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geographic questions like “What is the potential to reduce urban heat in Amsterdam by installing green roofs on existing buildings?” is important in fields such as urban planning, sustainability, and public
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answered. Your job Answering geographic questions like “What is the potential to reduce urban heat in Amsterdam by installing green roofs on existing buildings?” is important in fields such as urban planning
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parameters can be measured, such as thermal conductivity, density, specific heat, and dynamic viscosity. For the measurement of gas flows, (micromachined) thermal flow sensors are often used because
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a liposome from a sphere- to a dumbbell shape. Using biophysical tools (fluorescence, AFM, TEM,..), we will study the CdvABC proteins from an archaeum that lives at room temperature. We will study
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project ‘Reconstructing early to middle Eocene climate variability’. Your job Changes in regional temperature and hydrology are among the greatest threats associated with modern global warming. Temperature
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the tropics to the high northern latitudes of the North Atlantic where they cool and sink. This part of the density-driven global “conveyor belt” may be losing its strength due to ongoing global warming, with