The composition of the underwater sediment bed is often defined in terms of the mud (63 and 63 mum) and sand (>63 mum) as: 46.2 +/- 1.9 Bq/kg U-238 and 9.3 +/- 0.9 Bq/kg U-238 and 45.6 +/- 1.9 Bq/kg Th-232 and 9.7 +/- 0.9 Bq/kg Th-231, respectively. The assessed radiometric fingerprint allows a quantitative interpretation of the mud and sand content through the total U-238 + Th-232 activity. This interpretation is confirmed by the high correlation (R-2 = 0.96) for the mud percentages obtained from radiometric analysis and those by laser diffraction in the laboratory. It can be concluded that radiometric sedimentology provides a tool for reliable sediment characterisation. New perspectives are opened when radiometric fingerprints are combine...
International audienceThe sedimentary provenance investigations contribute to improve the understand...
The possible use of both radiography and ultrasonography to visualise flow dynamics in cohesive sedi...
Identification in 1982 on the Dutch Frisian Island of Ameland of beach sand with;ln enhanced level o...
The composition of the underwater sediment bed is often defined in terms of the mud (63 and 63 mum) ...
Traditionally, obtaining accurate spatial information about the textural composition of heterogeneou...
The deposits of the Rhine and the Meuse in the Netherlands alternate in their delta in a complex way...
Correlations between sediment contaminants like heavy metals or organic micro-compounds and natural ...
Concentrations of natural radionuclides in the heavy-mineral fraction of coastal sands have been sho...
Correlations between sediment contaminants like heavy metals or organic micro-compounds and natural ...
Monitoring large (underwater) surfaces, with rapidly varying composition, requires a sampling densit...
This contribution presents sediment classification results derived from different sources of data co...
A promising new method for measuring sediment properties in the field is called MEDUSA RhoC. This de...
International audienceDetermining sediment provenance allows a better understanding of fluvial palae...
International audienceThe sedimentary provenance investigations contribute to improve the understand...
The possible use of both radiography and ultrasonography to visualise flow dynamics in cohesive sedi...
Identification in 1982 on the Dutch Frisian Island of Ameland of beach sand with;ln enhanced level o...
The composition of the underwater sediment bed is often defined in terms of the mud (63 and 63 mum) ...
Traditionally, obtaining accurate spatial information about the textural composition of heterogeneou...
The deposits of the Rhine and the Meuse in the Netherlands alternate in their delta in a complex way...
Correlations between sediment contaminants like heavy metals or organic micro-compounds and natural ...
Concentrations of natural radionuclides in the heavy-mineral fraction of coastal sands have been sho...
Correlations between sediment contaminants like heavy metals or organic micro-compounds and natural ...
Monitoring large (underwater) surfaces, with rapidly varying composition, requires a sampling densit...
This contribution presents sediment classification results derived from different sources of data co...
A promising new method for measuring sediment properties in the field is called MEDUSA RhoC. This de...
International audienceDetermining sediment provenance allows a better understanding of fluvial palae...
International audienceThe sedimentary provenance investigations contribute to improve the understand...
The possible use of both radiography and ultrasonography to visualise flow dynamics in cohesive sedi...
Identification in 1982 on the Dutch Frisian Island of Ameland of beach sand with;ln enhanced level o...