Publication | Open Access
Significance of Inherited Normal Faults during Inversion Tectonics: an example from the Tramuntana Range, Mallorca
11
Citations
17
References
2004
Year
EngineeringFault GeologyActive TectonicsEarth ScienceTramuntana RangeGeophysicsPlate BoundaryRegional TectonicsNeotectonicsDetachment LevelMarine GeologyDetachment HorizonGeographyGeologyNormal FaultTectonicsFault GeometryStructural GeologySubduction ZoneCivil EngineeringInversion TectonicsQuaternary Tectonic DeformationInherited Normal Faults
Abstract The Late Oligocene-Middle Miocene Mallorca fold-and-thrust belt is characterised by a large amount of shortening above a detachment horizon. A regional section of 50 km in length across the island shows shortening of 80 km. Nevertheless, earlier normal faults play a significant role in compressive deformation. Two examples illustrating their role are presented: the first example is a fault-propagation-fold nucleated on a normal fault located in the fold core. We present a simple numerical model of this structure that illustrates how the observed complex structural and stratigraphic geometries might develop. The second example is a normal fault that interrupts the detachment level, giving rise to a step that results in a back-thrust system. Keywords: MallorcaNormal faultInversion tectonicsDetachment levelFold-and-thrust beltShortening
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