Near Surface 2009 - 15th EAGE European Meeting of Environmental and Engineering Geophysics 2009
DOI: 10.3997/2214-4609.20147014
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Monitoring Saline Intrusion of a Coastal Aquifer with Automated Electrical Resistivity Tomography

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“…Time-lapse resistivity surveying attempts to detect variations in the electrical properties of the subsurface with time (Giordano et al 2017;Loke et al 2017;Du et al 2018;Shin et al 2019). The time-lapse electrical resistivity surveying carried out in the work has been shown in previous work to be a powerful tool for monitoring saline intrusion at different periods in time (Slater et al 2002;Singha and Gorelick 2005;Cassiani et al 2006;Leroux and Dahlin 2006;de Franco et al 2009;Ogilvy et al 2009).…”
Section: Time Lapse Imagesmentioning
confidence: 99%
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“…Time-lapse resistivity surveying attempts to detect variations in the electrical properties of the subsurface with time (Giordano et al 2017;Loke et al 2017;Du et al 2018;Shin et al 2019). The time-lapse electrical resistivity surveying carried out in the work has been shown in previous work to be a powerful tool for monitoring saline intrusion at different periods in time (Slater et al 2002;Singha and Gorelick 2005;Cassiani et al 2006;Leroux and Dahlin 2006;de Franco et al 2009;Ogilvy et al 2009).…”
Section: Time Lapse Imagesmentioning
confidence: 99%
“…Time-lapse geo-electrical surveying attempts to detect variations in the electrical properties of the subsurface with time, introducing an additional dimension into the data collection (Giordano et al 2017;Loke et al 2017;Du et al 2018;Shin et al 2019). This technique can be carried out over short time periods (e.g., several days with readings taken every few hours) and has been used for the evaluation of the migration of contamination plumes (Chambers et al 2004;Radulescu et al 2007), early detection of dam failure (Shin et al 2019) the detection and monitoring of concentration of conductive contaminants within aquifers (Chambers et al 2004;Cassiani et al 2006;Oldenborger et al 2007), the quantification of superficial water infiltration rates into the subsurface (Barker and Moore 1998), and tracer test monitoring (Monego et al 2010;Ward et al 2010). Long-term time-lapse resistivity surveys have been applied in the monitoring of seasonal variations on seepage rates (Johansson and Dahlin 1996;Sjödahl et al 2008) and the monitoring of salinity within aquifers in coastal areas (Leroux and Dahlin 2006;de Franco et al 2009;Ogilvy et al 2009).…”
Section: Introductionmentioning
confidence: 99%
“…This technique can be carried out through short time periods (several days with readings taken every few hours) to evaluate the migration of contamination plumes (Radulescu et al, 2007), detection and monitoring of concentration of a conductive contaminant within aquifers (Cassiani et al, 2006;Chambers et al, 2004;Oldenborger et al, 2007), quantification of superficial water infiltration rates into the subsurface (Barker and Moore, 1998) and tracer test monitoring (Monego et al, 2010;Ward et al, 2010). Long term time-lapse resistivity surveys have been applied to monitor seasonal variations on seepage rates (Johansson and Dahlin, 1996;Sjödahl et al, 2008), monitoring salinity within aquifers in coastal areas (de Franco et al, 2009;Leroux and Dahlin, 2006;Ogilvy et al, 2009), safety assessment for storage of nuclear waste (Yaramanci, 2000), estimation of subsurface temperature variation (Morard et al, 2008), observing changes in liquid water saturation and temperature in frozen ground (Hauck, 2002) and monitoring permafrost active layer thickness variation (Kneisel, 2006). In the Irish context, the use of time-lapse resistivity is limited; Gibson (2003Gibson ( , 2005 used this technique for monitoring seasonal effects on limestone bedrock and the movement of contamination plumes in a landfill.…”
Section: Introductionmentioning
confidence: 99%