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  • Recognition and assessments of faults within active strike-slip fault zones: a case study from the San Andreas fault in southern California
  • Neotectonics and active faulting
  • The present paper considers fault-related features as the result of the interplay of constructive influences (tectonic activity) and destructive influences (erosional and depositional activity).Variables affecting the geomorphological expression
  • of faulting are outlined with reference to examples along the San Andreas fault, and their significance for assessing strike-slip faulting activity is discussed.
  • Active faulting in multi-fractured seismogenic areas; examples from Greece
  • Neotectonics and active faulting
  • Reappraisal of existing data and evidence derived from new geological investigations illustrates the often complex association between fault geometry and seismic activity that characterise five seismically active areas of mainland Greece
  • seismotectonic setting in which E-W trending active fault zones accommodate N-S extension.
  • Neotectonics and active faulting
  • The Tyrnavos Fault is typical of many active normal faults in the Aegean region. This study illustrates how a combination of geological and geomorphological data is important in assessing the magnitude and timing of palaeoearthquake activity along
  • active faults in the Aegean region.
  • Morphological effects of Pleistocene fault activity in the Sowie Mts., southwestern Poland
  • Neotectonics and active faulting
  • the greatest uplift was during the Neogene tectonic phases, Pleistocene fault activity was significant and influenced the development of river valleys and foreland alluvial fans. This contradicts with former views.
  • Active fissuring and faulting in Quaternary travertines at Pamukkale, western Turkey
  • Neotectonics and active faulting
  • Active faulting and neotectonic deformation on the eastern flank of Mount Etna, Sicily
  • Neotectonics and active faulting
  • Remote sensing of active faults: case studies from southern Italy
  • Neotectonics and active faulting
  • Surface faulting within active normal fault zones: examples from the Gulf of Corinth fault system, Central Greece
  • Neotectonics and active faulting
  • Neotectonics and active faulting
  • from analysis of drainage systems and the distribution of erosion surfaces. The aim of this paper is to outline the usefulness of some landforms in neotectonic reconstructions in tectonically less active areas.
  • Neotectonics and active faulting
  • des décrochements bordant des bassins en pull apart en subsidence active au Nord de Zamboanga et dans le bassin de Cotabato.
  • Neotectonics and active faulting
  • Neotectonics and active faulting