#RES2DINV SOFTWARE CITATION SOFTWARE#
Surveys were conducted using SAS4000 resistivity meter and ABEM LUND electrode and the measured resistivity profiles were interpreted with 2-D resistivity inversion programme (RES2DINV) software presented by two dimensions which is axis-x represent as a length on the ground surface while axis-y referred to the depth of the subsurface in meter. The imaging method was used in this study to map the subsurface soil and groundwater in and around the landfill area that includes six resistivity line. The inverse model resistivity sections are shown in Fig. The principle goals of this survey are to define the depth of aquifer layers from the subsoil, the water table and the depth of bedrock as well as suitable site for well. The resistivity data was processed with RES2DINV software which is a computer program that will automatically determine a two-dimensional (2D) resistivity model for the subsurface for the data obtained. Purpose: To provide the linearized raw resistivity data collected by the AGI SuperSting system in the RES2DINV format. CRP data enables the mapping of the extent and depth of the fresher ground water within the estuary. The method can be used for map the distribution of resistivity for the subsurface materials layer. These data were processed using AGIs EarthImager 2D software. Two dimensional geoelectrical imaging has been applied for this study. The Resistivity Imaging Profiling (RIP) became the one of some important techniques in order to get more information for finding out some hidden water in geophysical survey and this has been applied in Beriah Landfill Site in task of exploring the location storing underground water. This study explains the use of resistivity imaging profiling.