SEG Technical Program Expanded Abstracts 1997 1997
DOI: 10.1190/1.1885945
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New imaging technology find faults with magnetic surveys — A case study of the red river “b” trend in the wiliiston basin

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“…These reconnaissance methods include airborne techniques, such as remote sensing with stereo air photography, satellite imagery including both visible and near-infrared systems (Pieters and Englert, 1993;Friedman et al, 1994), aeromagnetic surveys and, more recently, airborne gravity (Saad, 1993;Kuuskraa et al, 1996;Pearson and Inden, 1997). However, the cost of seismic methods, exacerbated for deep exploration, calls for reconnaissance methods to identify the most promising regions for a seismic survey.…”
Section: Nonseismic Geophysical Characterization Of Fracturesmentioning
confidence: 99%
“…These reconnaissance methods include airborne techniques, such as remote sensing with stereo air photography, satellite imagery including both visible and near-infrared systems (Pieters and Englert, 1993;Friedman et al, 1994), aeromagnetic surveys and, more recently, airborne gravity (Saad, 1993;Kuuskraa et al, 1996;Pearson and Inden, 1997). However, the cost of seismic methods, exacerbated for deep exploration, calls for reconnaissance methods to identify the most promising regions for a seismic survey.…”
Section: Nonseismic Geophysical Characterization Of Fracturesmentioning
confidence: 99%