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Recent movement pattern of the Lower Rhine Embayment from tilt, gravity and GPS data

  • J. Campbell (a1), H.-J. Kümpel (a2), M. Fabian (a2), D. Fischer (a1), B. Görres (a1), Ch.J. Keysers (a1) (a2) and K. Lehmann (a2)...

Abstract

As part of the activities of the Collaborative Research Centre ‘SFB 350’, measurements of geodetic and geodynamic changes in the area of the Lower Rhine Embayment and the Rhenish Shield are being performed at different scales in space and time. Continuous borehole tilt measurements and repeated microgravimetric surveys yield information on the local stability of the ground and changes in horizontal gravity gradients that are both dominated by seasonal fluctuations. Results of more than seven years of regular GPS campaigns are discussed in terms of vertical and horizontal point motions. The most prominent motions are man-induced effects occurring in or near the browncoal mining areas, where groundwater withdrawal produces subsidence of up to 2.2 cm/y in the area under investigation. Horizontal and vertical motions at other GPS points are smaller by one order of magnitude and in most cases are only marginally detectable. The eastward motion of two points in the Bergisches Land and the westward motion of two points in the Eifel near the Belgian border may be interpreted as a result of the ongoing extension of the Cenozoic rift system in the western part of the Eurasian plate.

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Copyright

Corresponding author

5corresponding author; e-mail: campbell@sn-geod-l.uni-bonn.de

References

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Recent movement pattern of the Lower Rhine Embayment from tilt, gravity and GPS data

  • J. Campbell (a1), H.-J. Kümpel (a2), M. Fabian (a2), D. Fischer (a1), B. Görres (a1), Ch.J. Keysers (a1) (a2) and K. Lehmann (a2)...

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