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. While this general knowledge is now firmly established, the processes of transport and burial during turbidity current events remain poorly understood. The DEEP-FLUX project aims to establish a new
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PhD position on Modelling of turbidity current fluxes in submarine canyons Faculty: Faculty of Geosciences Department: Department of Earth Sciences Hours per week: 36 to 40 Application deadline
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adds value and where its risks lie, is lacking. In this PhD project you will map current and future GenAI use across the full HTA lifecycle, from horizon scanning to reassessment, and translate
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the highest safety standards. A major risk to dike stability is Backward Erosion Piping (BEP): groundwater flow underneath a dike entrains sand particles, eroding the base of the dike. Current BEP risk
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systematic evidence on where it adds value and where its risks lie, is lacking. In this PhD project you will map current and future GenAI use across the full HTA lifecycle, from horizon scanning
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urgent question with implications for future adaptation policies around the world. In the post WWII period, rural societies in Asian countries underwent a dramatic transformation. The introduction of new
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firmly established, the processes of transport and burial during turbidity current events remain poorly understood. The DEEP-FLUX project aims to establish a new physical framework for quantifying fluxes
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results in a doctorate within this period; a working week of 36 - 40 hours and a gross monthly salary between € 3.204 and €4.051 in the case of full-time employment (salary scale P under the Collective
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an extension to a total of four years upon a successful assessment in the first year, and with the specific intent that it results in a doctorate within this period; a working week of 36 - 40 hours and a gross
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reinforcement to uphold the highest safety standards. A major risk to dike stability is Backward Erosion Piping (BEP): groundwater flow underneath a dike entrains sand particles, eroding the base of the dike