The Broad Fourteens Basin is a NW-SE trending Mesozoic structural element that was affected by inversion movements during the Late Cretaceous (Subhercynian Phase) and Early Tertiary (Laramide Phase). Since the overlying Tertiary section of this area is relatively little studied, a multi-disciplinary investigation was initiated using both seismic and well data. The present study is the first phase of that project and deals exclusively with the stratigraphical framework and sedimentary development based on well logs from approximately forty wells. The Tertiary sedimentary section in this area (maximum thickness up to approximately 800 m) consist of siliciclastic rocks that generally correlate well with the established lithostratigraphical fra...
A revised Upper Cenozoic stratigraphic framework of the Dutch sector of the North Sea Basin is prese...
Palaeobathymetric variations and palaeobasin shape are important for recognition of tectonic phases ...
The classification of rocks and sediments may be based on many types of stratigraphy; e.g. litho-, b...
In this thesis, a detailed tectonic and stratigraphic reconstruction of the development of the south...
A basin-scale hydrogeological study of the inverted northern Broad Fourteens Basin, Netherlands offs...
In the Netherlands offshore sector, available data and knowledge of the sediments of the Upper Creta...
The Mesozoic Broad Fourteens Basin is a northwest-southeast trending structural element, situated in...
A workflow is presented to determine the detailed, high-resolution pattern of erosion in maturely ex...
This paper presents depth maps for eight key horizons and seven thickness maps covering the onshore ...
In contrast to the Norwegian and Danish sectors, where significant hydrocarbon reserves were found i...
Sedimentary basins in the Netherlands contain significant amounts of hydrocarbon resources, which de...
Middle Jurassic - Early Cretaceous strata are a target for oil and gas exploration in the Dutch offs...
3-D seismic survey data from the Central Graben of the Dutch North Sea has been interpreted applying...
In the Netherlands North Sea area, the Chalk Group has thus far been subdivided into the Cenomanian ...
A revised Upper Cenozoic stratigraphic framework of the Dutch sector of the North Sea Basin is prese...
A revised Upper Cenozoic stratigraphic framework of the Dutch sector of the North Sea Basin is prese...
Palaeobathymetric variations and palaeobasin shape are important for recognition of tectonic phases ...
The classification of rocks and sediments may be based on many types of stratigraphy; e.g. litho-, b...
In this thesis, a detailed tectonic and stratigraphic reconstruction of the development of the south...
A basin-scale hydrogeological study of the inverted northern Broad Fourteens Basin, Netherlands offs...
In the Netherlands offshore sector, available data and knowledge of the sediments of the Upper Creta...
The Mesozoic Broad Fourteens Basin is a northwest-southeast trending structural element, situated in...
A workflow is presented to determine the detailed, high-resolution pattern of erosion in maturely ex...
This paper presents depth maps for eight key horizons and seven thickness maps covering the onshore ...
In contrast to the Norwegian and Danish sectors, where significant hydrocarbon reserves were found i...
Sedimentary basins in the Netherlands contain significant amounts of hydrocarbon resources, which de...
Middle Jurassic - Early Cretaceous strata are a target for oil and gas exploration in the Dutch offs...
3-D seismic survey data from the Central Graben of the Dutch North Sea has been interpreted applying...
In the Netherlands North Sea area, the Chalk Group has thus far been subdivided into the Cenomanian ...
A revised Upper Cenozoic stratigraphic framework of the Dutch sector of the North Sea Basin is prese...
A revised Upper Cenozoic stratigraphic framework of the Dutch sector of the North Sea Basin is prese...
Palaeobathymetric variations and palaeobasin shape are important for recognition of tectonic phases ...
The classification of rocks and sediments may be based on many types of stratigraphy; e.g. litho-, b...