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Field
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Sustainable Development Goal #6 ‘clean water and sanitation’ as well as forecasting impacts on one of the Planetary Boundaries, namely ‘land-system change’. Key Responsibilities: Develop a multi-scale GIS-based
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spraying (GIS) allowing the design of hierarchical helical architectures made of anisotropic nano-objects and (bio-)polymers and possessing tunable structural features (helix pitch and handedness
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on known archaeological sites in the Foxe Basin region, and model these data using GIS; and • carry out limited, supervised archaeological fieldwork (primarily non-invasive survey) alongside local experts in
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knowledge of relevant software and willingness to work with software for modelling and performance of terrain, climate and vegetation (CAD, Adobe Creative Suite, GIS, 3D modelling and simulation software, AI
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background in (field-)soil science and geomorphology, as well as in geographic computation (R / C / GIS); Very good English skills. Willingness to teach in the Bachelor- and Master programs in Geography
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chemical, geology, microbiology and economics. Knowledge of Gis and statistical analysis. Experience in groundwater and surface water contamination studies. To have worked in the Muga basin on water-related
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these data in depth, but you will also use GIS-based data and develop AI-based prediction models. Furthermore, you will perform VR-based listening tests (in cooperation with UMinho, Portugal, and the Antwerp
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with life cycle assessment is an advantage. Knowledge of environmental assessments, GIS and basic economics is an advantage. Skills in statistics and mathematical modeling are valued. Independence and
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graduate student in Earth sciences and will need to use the common tools to study active faults (GIS, electric, seismic and radar geophysics). A good knowledge of basic notions in field work geology
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geomorphology, river ice, hydraulic modelling, analysis of hydrological time series and environmental seismology), experience with GIS and statistics, and a driving license for cars. Evaluations will be based