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the fundamental understanding of pesticide residues in soils through experimentation, modelling, and big data analysis. You will: Combine existing farm management, soil property and soil pesticide residue data
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Introduction Do you have an interest in integrated value (‘brede waarde’) and in regenerative farming and food systems? Would you like to work with concepts and theories related to integrated value, and combine
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knowledge. Within the Faculty of Science and Engineering (FSE), the Bernoulli Institute conducts research combining theoretical as well as practical aspects of three disciplines, namely Mathematics
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truly an international place of knowledge. Within the Faculty of Science and Engineering (FSE), the Bernoulli Institute conducts research combining theoretical as well as practical aspects of three
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aims to develop a tool for real-time quantification of crop evapotranspiration at the field scale using a combination of in-situ measurements, satellite data, and modeling techniques. In-situ
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selected material platforms and a unique combination of tunable environments – such as extreme magnetic fields up to 38 T, pressure, doping, or uniaxial strain – to advance our understanding of topological
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research. This position combines academic approaches and industrial applications. Moreover, it involves many different, yet strongly interrelated topics in the field of model and simulation-based co
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human-impacted future. The NWO-funded PHOSFLUX project aims to shed light on these unknowns, by quantifying the role of CaCO3 fluxes and acidification in global marine P cycling through a combination of
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observations. We combine modelling analyses with participatory approaches. Our water assessments focus on (1) the effect of changing global drivers on water systems, (2) adaptation and (3) mitigation strategies
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team combines expertise in developmental cognitive neuroscience, autism research, and advanced neuroimaging methods. We are committed to understanding brain development and individual differences using