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Field
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and interdisciplinary team of researchers specialized in benthic foraminifera and sediment biogeochemistry from Sweden, France (LPG University of Angers) and Germany (University of Hamburg) and will be
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to bridge this knowledge and competence gap and develop the first model capable of accurately simulating both on and offshore transport of sediments and microplastic particles without case-specific
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as a post-doctoral researcher with the Sediment Management Research Group at the University of Kansas, with research funded by the State of Kansas to determine environmentally-driven operational
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properties and dynamics of the subglacial environment beneath the Greenland ice sheet, with a focus on sediments and meltwater and their role in ice flow. The position is broad in scope and seeks to generate
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-24-CE02-6823 ). • Identification of a target gene specific to Choristoneura fumiferana in mitochondrial DNA • Development of a qPCR and ddPCR protocol to quantify this target gene in sediment matrices
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conditions favourable for calcium carbonate crystal formation. Extensive precipitation of carbonate minerals in the vicinity of microorganisms in soils can promote sediment particle adhesion, thereby reducing
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focus on sediments and meltwater and their role in ice flow. The position is broad in scope and seeks to generate insights into subglacial processes using sediment archives, glacier-front sampling
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Knowledge, Skills, and Abilities A solid understanding of key processes in coastal ocean, basic hydrology, sediment transport, and biogeochemical process. Other Requirements and Factors This position is
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capturing the impact of storm events and seasonal variations. Field work to collect information on soil properties, sedimentation rates, and vegetation densities for selected cascading waterways. Establish
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controls on erosion using detrital thermochronology.” The project investigates how vegetation and tectonics interact to control long-term erosion and sediment flux through geologic time. Details