Sedimentological and Geophysical Observations in the Delta Plain of Selinous River, Ancient Helike, Northern Peloponnesus Greece

Abstract

Fine and coarse grained lithofacies and depositional environments were distinguished in Selinous

Subsurface Geological Characterization of the Late Neogene–Quaternary Argive Basin, Peloponnese, Greece Using Transient Electromagnetic Data and Vintage Stratigraphic Logs

“…The average electrical resistivity depth slices from 0-10 m (Figure 8A) and 20-50 m (Figure 8B) suggest that conductive earth materials dominate the uppermost 50 m with resistivities (<80 Ωm) typical of saturated alluvial deposits (Soupios et al [1,2]; Koutsios et al [4]; Kanta et al [5]; Mollidor et al [6]; von Papen et al [7]; Yogeshwar et al [8]; Kourgialas et al [9]). The electrical resistivity depth slice from 0-10 m shows a dominant conductive anomaly with resistivity values <20 Ωm that widens coastwards and is wrapped by slightly less conductive materials (20 to 80 Ωm).…”

“…Transient electromagnetic (TEM) surveys have effectively mapped the electrical resistivity structure of various Late Neogene-Quaternary sedimentary basins of distinct depositional environments (Soupios et al [1,2]; Vallianatos [3]; Koutsios et al [4]; Kanta et al [5]; Mollidor et al [6]; von Papen et al [7]; Yogeshwar et al [8]; Kourgialas et al [9]; Autio et al [10]; Demirci et al [11]; Kalisperi et al [12]; Rani et al [13].) TEM data can also be used to correct static shifts in magnetotelluric data surveys (Ruiz-Aguilar et al [14]).…”

Investigation of the physical-geographical characteristics of river delta with geophysical and satellite data. The case study of Pineios River, Greece

“…With the accessibility of global remote sensing databases, the physical attributes of deltaic systems are becoming increasingly better quantified [10] , [11] , [12] , [13] , [14] . Geophysical surveys have been conducted in many deltaic regions and coastal zones around the world [15] , [16] , [17] , [18] , [19] , [20] , [21] , [22] .…”