Ll.EArio TI1~ EAA~VIKrj~ rEwAoYIKrj~ ETalpio~ TO~, XXX)( Bulletin of the Geological Society of Greece voL XXXX, 2007 2007 Proceedings of the 11'" International Congress, Athens, May, npOKTIKcl 11°' Ll.IE8vou~ l:uvEiSpiou, A8rjvo, Malo<; 2007 2007 SEISMOGENIC SOURCES AND RELATED ACTIVE FAULTS IN THE GULF OF CORINTH; A COMBINED APPROACH l Segou M. , and Lozios S.2 I National and Kapodistrian University ofAthens, Faculty ofGeology and Geoenvironment, Department ofGeophusics-Geothermics, msegou@geol- uoa,gr 1 National and Kapodistrian University ofAthens, Faculty ofGeology and Geoenvironment, Department ofDynamic Tectonic and Applied Geology,
[email protected] Abstract The neotectonic graben of Corinth gulfforms an interesting case study from the geodynamical and seismological point of view, since specific characteristics met on the fault zones around the gulf and the adjacent seismological data pose several questions related with the overall modern activity across a number of neotectonic faults. Indexing active fault zones with structural, seismological and sedimentological criteria leads to thorough understanding of the evolution and modern activity and provide researchers useful tools in order to evaluate the degree ofpresent day activity ofthe broader area. The combined approach proposed here, with joint use of both, seismogenic sources and structural evidence, contributes to the re-evaluation ofthe earthquake potential by assessing the role ofactive features in the already complex geodynamic environment ofthe Corinthian gulf Key words: neotectonic, earthquake fau It, Greece. n£pfA 'l4J'l To VWTfXroVZKO [JiJe/all(/. TOV KOpIVeUJ-KOV KO,17[OV areOTE:Aci pia u5w.irE:plJ m:pbrwlal7 areo ycw6vvapzKr,c; K(J./ (JE:/apo},oY1Kr,C; Cr.reolf/17r;, Kaewc; m L(jtalrCpa xapaICr17PUJTZKCr.