For more details on the use of the azimuthal survey see:
Busby, J.P., 2000, The effectiveness of azimuthal apparent-resistivity measurements as a method for determining fracture strike orientations, Geoophysical Prospecting, Vol. 48, pp. 677-695
Carpenter, P.J., M.C. Keeley and R.S. Kaufmann, 1994, Azimuthal resistivity surveys over a fractured landfill cover, Bulletin of the Association of Engineering Geologists, Vol. 31, pp. 123-131
Cohn, M.E. and A.J. Rudman, 1995, Orientation of near-surface fractures from azimuthal measurements of apparent resistivity, 65th SSEG meeting, Houston, USA, Extended Abstracts, pp. 372-274
Matias, M.J.S. and G.M. Habberjam, 1986, The effect of structure and anisotropy on resistivity measurements, Geophysics, Vol. 51, pp. 964-971
Ritzi, R.W., Jr. and R.H. Andolsek, 1992, Relation between anisotropic transmissivity and azimuthal resistivity surveys in shallow, fractured, carbonate flow systems, Ground Water, Vol. 30, pp. 774-780
Skjernaa, L. and N.O. Jorgensen, 1994, Evaluation of local fracture sustems bu azimuthal resistivitiy surveys; examples from south Norway, Applied Hydrogeology, Vol 2, pp. 19-25
Steinich, B. and L.E. Marin, 1997, Determination of flow characteristics in the aquifer of the northwestern peninsular of Yucatan, Mexico, Journal of Hydrology, Vol. 191, pp. 315-331
Taylor, R.W. and A.H. Fleming, 1988, Characterizing jointed systems by azimuthal resistivitiy surveys, Ground Water, Vol. 26, No. 4, pp. 464-474
Watson, K. and R.D. Barker, 1999, Differentiating anisotropy and lateral effect using azimuthal resistivity offset Wenner soundings, Geophysics, Vol. 64, pp. 739-745
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