1975
DOI: 10.1016/0040-1951(75)90162-6
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Utilization of the analysis of ancient river beds for the detection of Holocene crustal movements

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Cited by 29 publications
(15 citation statements)
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“…The a, b, c and e-paleo-directions are similar with directions defined by Mike (1975a) and Somogyi (1961), while the f and h-paleo-directions were also identified by Mike (1975b). The cpaleo-direction is very similar with the paleo-channel defined by Borsy (1989).…”
Section: Paleo-direction Changes Of the Maros Riversupporting
confidence: 73%
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“…The a, b, c and e-paleo-directions are similar with directions defined by Mike (1975a) and Somogyi (1961), while the f and h-paleo-directions were also identified by Mike (1975b). The cpaleo-direction is very similar with the paleo-channel defined by Borsy (1989).…”
Section: Paleo-direction Changes Of the Maros Riversupporting
confidence: 73%
“…Bár a futásvonalak irányát Mike (1975bMike ( , 1991 és Borsy (1987Borsy ( , 1989) is hasonló módon határozta meg, azonban a medrek korát nem pontosan, vagy nagy időintervallumokra adták meg. Borsy (1989) a hordalékkúp aktivitási időszaka alapján késő-glaciálisig illetve késő-pleniglaciális elejéig aktív részeket különített el, míg Mike (1991) a medrek korát jóval fiatalabbnak határozta meg.…”
Section: Bevezetésunclassified
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“…The movement of normal faults is usually parallel to a valley and may cause avulsion by lateral tilting of the valley floor. Alternatively, movement of normal listric faults generally cuts across a valley and may cause avulsion by changing the longitudinal gradient downdip of a rollover anticline (Mike, 1975;Bridge and Leeder, 1979;Ouich, 1985;Alexander and Leeder, 1987;Singh et al, 1993;Mackey and Bridge, 1995;Gawthorpe and Leeder, 2000;Peakall et al, 2000;Mack and Madoff, 2005;Maynard, 2006). Since faults maintain the same location for extended periods, the effect on fluvial systems is concentrated and tends to induce nodal avulsions (Southamer and Berendsen, 2000;Maynard, 2006).…”
Section: Introductionmentioning
confidence: 96%
“…ath and Bada (2001) using modelling of the stress field evolution of the Pannonian Basin. Using the data set presented by Mike (1975), Schumm et al (2000) suggest that the westward shift of the Tisza River at the Late Pleistocene can be explained in terms of reactivation of the Mid-Hungarian Shear Zone and a change from an extensional to a compressive stress field.…”
Section: Introductionmentioning
confidence: 99%