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Periodical events in the north sea basin

By: Umbgrove, J.H.F.
Material type: ArticleArticleDescription: 237-244, [1]pp ; Illustration.Subject(s): Fault zone - North sea basin | Tectonics - North sea basin | Coastal peat beds - North sea basin | Sedimentation In: Geological magazine : Vol. 82 Iss. 1-6 Year. 1945Summary: Extract The North Sea Basin is enclosed on its western and eastern sides by two axes of elevation, viz. the Pennines (a5 of Text-fig. 7) and the axis of Erkelenz (a3). The fault-zone of the Limburg coal district broadens towards the north-west into the graben of the central Netherlands. In the opposite direction it is connected with the Rhine-graben. The southern border of the North Sea Basin is formed by the Brabant Massif. It dates from at least pre-Carboniferous times, but its influence as a geanticlinal ridge of elevation was manifest in many Mesozoic and Cenozoic epochs. In a voluminous memoir Stevens (6) pointed out that the present morphology of Belgium—e.g. the pattern of the rivers—still reveals the influence of this important element.
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Item type Current location Collection Call number Status Date due Barcode
Article Article Library and Information Centre
Periodical Section
Bound Journal Collection Not for loan 002556_48
Serials/Scientific Journal Serials/Scientific Journal Library and Information Centre
Periodical Section
Bound Journal Collection 550 GEO (Browse shelf) Available 002556

Extract
The North Sea Basin is enclosed on its western and eastern sides by two axes of elevation, viz. the Pennines (a5 of Text-fig. 7) and the axis of Erkelenz (a3). The fault-zone of the Limburg coal district broadens towards the north-west into the graben of the central Netherlands. In the opposite direction it is connected with the Rhine-graben. The southern border of the North Sea Basin is formed by the Brabant Massif. It dates from at least pre-Carboniferous times, but its influence as a geanticlinal ridge of elevation was manifest in many Mesozoic and Cenozoic epochs. In a voluminous memoir Stevens (6) pointed out that the present morphology of Belgium—e.g. the pattern of the rivers—still reveals the influence of this important element.

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