List of publications reveiwed publications



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LIST OF PUBLICATIONS

REVEIWED PUBLICATIONS
  1. Kaufman,  A. and Goldman,  M., 1972. Transient field of an electric dipole in the near zone, Izvestiya Academii Nauk SSSR, Fizika Zemli, 12:69-75 (in Russian).
  2. Goldman,  M., 1972. Transient field of an electric dipole over a two-layered anisothropic medium in the near zone, Problems of Geology and Methods of Geochemical and Geophysical Investigations, Academy of Science of the USSR, Siberian Branch, p.16-22 (in Russian).
  3. Kaufman,  A. and Goldman,  M., 1973. A conductive spheroid in a homogeneous primary alternating field, Geologiya i Geofizika, 10:86-98 (in Russian).
  4. Goldman, M. and Rabinovich, B., 1973. On the influence of the earth surface relief in transient soundings in the near zone. Geologiya i Geofizika, 4:114-118 (in Russian).
  5. Kaufman,  A. and Goldman, M., 1974. On the approximate theory of
inductive electrical prospecting, Geologiya i Geofizika, 1:64-76 (in Russian).
  6. Goldman, M. and Kaufman, A., 1974. On the influence of anisothropy in transient soundings in the near zone, Razvedochnaya Geofizika, 62:94-102 (in Russian).
  7. Goldman, M., Morozova, G. and Rabinovich, B., 1976. The influence of a slope and different location heights of sensors on the results of transient soundings, Transient Soundings in the Near Zone, Nedra, p.23-26 (in Russian).
  8. Goldman, M., 1977. Transient electromagnetic field of a disk in a horizontally layered medium, Geologiya  i  Geofizika, 2:129-135 (in Russian).
  9. Goldman, M. and Rabinovich, B., 1977. Superconducting low-frequency resonance systems, Superconductance in Geoelectrical Prospecting, Nauka, p.149-157 (in Russian).
10. Goldman, M. and Rabinovich, B., 1978. On the influence of high resistivity horizons on the transient electric field of a grounded dipole in the near zone, Geologiya  i  Geofizika, 6:131-136 (in Russian).
11. Goldman, M. and Mogilatov, V., 1978. Transient field of a vertical electric dipole embedded in a horizontally layered half-space, Theory and Applications of Electromagnetic Fields in Geophysical Exploration, Academy of Science of the USSR, Siberian Branch, p.123-138 (in Russian).
12. Tabarovsky, L. and Goldman, M., 1978. Application of finite-difference methods for solving non-stationary problems in electrical prospecting and some aspects of deep transient soundings, Academy of Science of the USSR, Siberian Branch, 35pp. (in Russian)

13. Tabarovsky, L., Goldman, M. and Beloglazov, K., 1978. The method of fractional steps/integral equations for solving nonstationary diffraction problems, Theory and Application of Electromagnetic Fields in Geophysical Exploration, Academy of Science of the USSR, Siberian Branch, p.66-73 (in Russian).


14. Moiseev, V., Talashev, A., Taratorkin, O. and Goldman, M., 1979. Transient electric field in the induced polarization method, Geophysical and geodetic methods and tools for investigations in Siberia, Ministry of Geology of the USSR, p.91-96 (in Russian).
15. Rabinovich, B. and Goldman, M., 1981. Transient soundings above a disk coaxial with the transmitter coil, Geologiya  i  Geofizika, 1:86-98, (in Russian).
16. Goldman, M. and Stoyer, C., 1983. Finite-difference calculations of the transient field of an axially symmetric earth for vertical magnetic dipole excitation, Geophysics, 48:953-963.
17. Goldman, M., 1983. The integral-finite-difference method for calculating transient electromagnetic fields in a horizontally stratified medium, Geophysical Prospecting, 31:664-686.
18. Goldman,  M., 1984. Addendum to "The integral-finite-difference method for calculating transient electromagnetic fields in a horizontally stratified medium", Geophysical Prospecting, 32:507-509.
19. Goldman, M. and Fitterman, D., 1987. Direct time-domain calculation of the transient response for a rectangular loop over a two-layered medium, Geophysics, 52:997-1006.
20. Goldman, M., 1987. Forward modelling for frequency domain marine electromagnetic systems, Geophysical Prospecting, 35:1042-1064.
21. Goldman, M., 1988. Transient electromagnetic inversion based on an approximate solution to the forward problem, Geophysics, 53:118-128.
22. Goldman, M., 1988. Applied Geophysics in Israel, Geophysics, 53:1254-1255.

23. Goldman,  M., Arad,  A., Kafri,  U., Gilad,  D. and Melloul,  A., 1988. Detection of freshwater/seawater interface by the Time Domain Electromagnetic (TDEM) method in Israel, Natuurwet. Tijdschr., 70:329-344.


24. Goldman,  M., Steinitz,  G., Itamar,  A., Baer,  G. and Zafrir,  H., 1989. A TDEM study of the geometry of the quartz-syenite intrusions along the southern flank of Makhtesh Ramon, Israel Journal of Earth Sciences, 38:19-28.
25. Baer,  G., Frieslander,  U. and Goldman,  M., 1989. The Red Valley  -  an Early Cretaceous caldera in eastern Makhtesh Ramon, Israel Journal of Earth Sciences, 38:163-171.


  1. Goldman,  M., 1989. Discussion on: "New prospects in shallow depth electrical surveying for archeological and pedological applications" by A.  Kesse, A.  Jolivet and A.  Tabbagh (Geophy, 51:585-594, March  1986), Geophysics, 54: 1355-1356.


27. Goldman, M., 1990. Non-conventional methods in geoelectrical prospecting, Ellis Horwood Ltd., 153pp.
28. Goldman,  M., Gilad,  D., Ronen,  A. and Melloul,  A., 1991. Mapping of seawater intrusion into the coastal aquifer of Israel by the Time Domain Electromagnetic (TDEM) method, Geoexploration, 28:153-174.
29. Goldman,  M., 1993. Geophysical interpretation using integral equations, L.  Escola, Chapman and Hall, London, 1992, Journal of Applied Geophysics, 30:251-2
30. Goldman,  M. and Neubauer,  F., 1994. Groundwater exploration using integrated geophysical techniques, Surveys in Geophysics, 15:331-361.
31. Goldman,  M., Du  Plooy,  A. and Eckard,  M., 1994. On reducing ambiguity in the interpretation of transient electromagnetic sounding data, Geophysical Prospecting 42:3-25.
32. Goldman,  M., Rabinovich,  B., Rabinovich,  M., Gilad,  D., Gev,  I. and Schirov, 1994. Application of the integrated NMR-TDEM method in groundwater exploration in Israel, Journal of Applied Geophysics, 31:27-52.
33. Goldman, M., Tabarovsky,  L. and Rabinovich,  M., 1994. On the influence of three-dimensional structures in the interpretation of transient electromagnetic sounding data, Geophysics, 59:889-901.
34. Tabarovsky,  L., Goldman, M., Rabinovich,  M. and Strack,  K., 1995. 2.5-D modeling in electromagnetic methods of geophysics, J. Appl. Geophys., 35:261284.
35. Goldman, M., Mogilatov,  V. and Rabinovich,  M., 1995. Transient response of a homogeneous half space with due regard for displacement currents, J. Appl. Geophys., 34:291305.
36. Gev,  I., Goldman,  M., Rabinovich,  B., Rabinovich,  M. and Issar,  A., 1995. Detection of the water level in fractured phreatic aquifers using nuclear magnetic resonance (NMR) geophysical measurements, J. Appl. Geophys., 34:277282.


  1. Goldman,  M., Hurwitz,  H., Gvirtzman,  H., Rabinovich,  B. and Rotstein,  Y., 1995. Application of the marine time domain electromagnetic method in lakes: the Sea of Galilee, Israel, Europ. J. Environmental and Engineering Geophys., 1:125-138.

38. Tezkan,  B., Goldman,  M. Greinwald,  S., Hoerdt,  A., Muller,  I., Neubauer,  F.M. and Zacher,  G., 1996. A joint application of radiomagnetotellurics and transient electromagnetics to the investigation of a waste deposit in Cologne (Germany), J. Appl. Geophys., 34:199-212.




  1. Kafri, U., Goldman, M. and Lang, B., 1997. Detection of subsurface brines, freshwater bodies and the interface configuration in between by the Time Domain Electromagnetic method (TDEM) in the Dead Sea rift, Israel, J. Env. Geology, 31:4249.




  1. Hurwitz, S., Goldman, M., Ezersky, M. and Gvirtzman, H., 1999. Geophysical (TDEM) delineation of a shallow brine beneath a freshwater lake, the Sea of Galilee, Israel, Water Resources Research, 35: 3631-3638.




  1. Goldman, M., 1999. Geophysical methods in studying fresh water salinization problems, in Current Applications of Geophysical Techniques in Hydrogeology, Eds. M. Olmo Alarcon and J.A. Lopez Geta, Instituto Tecnologico GeoMinero de Espana (IGME), 61-79.




  1. Shtivelman, V. and Goldman, M., 2000. Integration of shallow reflection seismics and TDEM for detailed study of the coastal aquifer in the Nitzanim area of Israel. Journal of Applied Geophysics, 44: 197-215.

43. Yechieli, Y., Kafri, U., Goldman, M. and Voss, C., 2001. Factors controlling the fresh-saline interface configuration in the Dead Sea coastal aquifers: synthesis of TDEM surveys and numerical ground-water modeling. Hydrogeology Journal, 9: 367-377.

44. Goldman, M. and Kafri, U., 2003. Application of the time domain electromagnetic (TDEM) method for studying groundwater salinity in different coastal aquifers of Israel, in Coastal Aquifers Intrusion Technology: Mediterranean Countries, Eds. J.A. Lopez Geta, J. de Dios Gomes, J.A. de la Orden, G. Ramos and L. Rodriguez, Instituto Tecnologico GeoMinero de Espana (IGME), 45-56.

45. Goldman, M., Gvirtzman, H. and Hurwitz, S., 2004. Mapping saline groundwater beneath the Sea of Galilee and its vicinity using time domain electromagnetic TDEM geophysical technique, Isr. J. Earth Sci., 53, 187-197.


46. Kafri, U. and Goldman, M., 2004. The use of the time domain electromagnetic method to delineate saline groundwater in granular and carbonate aquifers and to evaluate their porosity, J. Appl. Geophys., 57, 167-178.
47. Goldman, M., Gvirtzman, H., Meju, M. and Shtivelman, V., 2005. Hydrogeophysical case studies at the regional scale, in Hydrogeophysics, Eds. Y. Rubin and S. Hubbard, Kluwer Academic Publishers, 361-390.
48. Goldman, M. and Kafri, U., 2006. Hydrogeophysical applications in coastal aquifers, in Applied Hydrogeophysics, Eds. H. Vereecken, et al., Springer, 233-255.
49. Kafri, U. and Goldman, M., 2006. Are the lower sub-aquifers of the Mediterranean coastal aquifer of Israel blocked to seawater intrusion? Results of a TDEM (time domain electromagnetic) study, Isr. J. Earth Sci., 55, 55-68.
50. Goldman, M., Levi, E., Kafri, U., Gvirtzman, H., Fridman, V. and Hadad, A., 2007. Application of deep regional geoelectromagnetic soundings for delineating saline groundwater in the Judea Desert and the Arava Rift Valley in Israel, in Coastal Aquifers: Challenges and Solutions, Eds. A. Pulido Bosch, J.A. Lopez Geta and G. Ramos Gonzalez, Instituto Tecnologico GeoMinero de Espana (IGME), 219-242.

51. U. Kafri, M. Goldman, V. Lyakhovsky, C. Scholl, a. Helwig, B. Tezkan, 2007. The configuration of the fresh-saline groundwater interface within the regional Judea Group carbonate aquifer in northern Israel between the Mediterranean and the Dead Sea base levels as delineated by deep geoelectromagnetic soundings, Journal of Hydrology, 344, 123-134

.

52. Levi, E, Goldman, M., Hadad, A. and Gvirtzman, H., 2008. Spatial delineation of groundwater salinity using deep TDEM geophysical measurements: A feasibility study, Water Resour. Res., 44, W12404.


53. Kafri, U., Goldman, M., Levi, E., 2008. The relationship between saline groundwater within the Arava Rift Valley in Israel and the present and ancient base levels as detected by deep geoelectromagnetic soundings, Environmental Geology, Volume 54, Issue 7, 1435-1445.


  1. Scholl, C., Helwig, S. L., Tezkan, B., Goldman, M., Kafri, U., 2008. 1-D multi-model joint inversion of TEM-data over multidimensional structures, Geophysical Journal International, Volume 176, Issue 4, 81-94.




  1. Goldman, M., Levi, E., Tezkan, B. and Yogeshwar, P., 2011. The 2D coastal effect on marine time domain electromagnetic measurements using broadside dBz/dt of an electrical transmitter dipole, Geophysics, 76, No. 2: F101-F109.




  1. Shalem, Y., Weinstein, Y., Levi, E., Herut, B., Goldman, M. and Yechieli, Y., 2012. Hydrogeological relations between the sea and the aquifer via estuarine rivers, an example from Eastern Mediterranean (in press).

57. Goldman, M., Mogilatov, V., Haroon, A., Levi, E. and Tezkan, B., 2013. High resolution marine electromagnetic methods in the exploration of sub-seafloor resistive targets , Geophysical Prospecting (submitted).


 

PROCEEDINGS OF SYMPOSIA



  1. Kaufman, A., Goldman, M., Lee, D.S. and Keller, G., 1981. Marine
electromagnetic prospecting system, Technical Program, Abstracts and Biographies, 51th Annual International SEG Meeting, p.21.
  2. Goldman, M., 1986. Time domain inversion based on approximate solution to the forward problem, Expanded Abstracts of the Technical Program with Authors' Biographies, 56th Annual International SEG Meeting, p.44-47.
  3. Goldman, M., 1986. Forward modelling for frequency domain marine electromagnetic systems, Technical Program and Abstracts of Papers, 48th EAEG Meeting, p.136-137.
  4. Goldman, M., 1988. Electrical prospecting methods in monitoring seawater intrusions, Technologica de la Intrusion En Acuiferos Costeros Simposio Internacional TIAC 1988, p.75-109 (in Spanish).
  5. Goldman,  M., Steinitz,  G., Zafir,  H., Baer,  G. and Itamar,  A., 1988. Electromagnetic study of the geometry of the quartz-syenite intrusions along the southern flank of Makhtesh Ramon, Israel Association for the Advancement of Mineral Engineering, Ninth Conference, p.39-40.
  6. Goldman,  M., Steinitz,  G., Zafir,  H., Baer,  G. and Itamar,  A., 1988. The extent and form of the quartz-syenite intrusions in the southern Ramon, a TDEM study, Israel Geological Society, Annual Meeting, p.39.
  7. Goldman,  M., Arad,  A., Bartov,  Y., Kafri,  U., Levite,  D., Steinitz,  G., Gilad,  D. and Melloul,  A., 1988. New applications of the Time Domain Electromagnetic (TDEM) method in Israel, Israel Geological Society, Annual Meeting, p.40.
  8. Goldman,  M., 1989. On the resolving capability of vertical electric dipole soundings, Expanded Abstracts with Biographies of the 59th Annual International SEG Meeting, p.204-207.
  9. Goldman,  M., Bartov,  Y., Steinitz,  G. and Ronen,  A., 1989. Electrical conductivity of rock units in Israel, Israel Geological Society, Annual Meeting, p.57.
10. Goldman,  M., Gilad,  D., Ronen,  A. and Melloul,  A., 1990. Mapping of sewater intrusion into the coastal aquifer of Israel by the Time Domain Electromagnetic (TDEM) method, Abstracts of Papers, 11th Salt Water Intrusion Meeting, p.17.
11. Goldman,  M. and Rabinovich,  M., 1992. One-dimensional interpretation of three-dimensional electromagnetic sounding data, SEG/Moscow  '92 International Conference and Exposition on Exploration and Development Geophysics, Moscow, Russia, Technical Abstracts, 172-173.
12. Goldman,  M., Eckard,  M., Rabinovich,  M. and Zacher,  G., 1993. One- dimensional joint inversion of 3-D transient electromagnetic (TEM) and audiomagnetotelluric (AMT) data, Extended Abstracts of Papers, EAEG, 55th Meeting and Technical Exhibition, Paper D018.
13. Rabinovich,  B., Goldman,  M., Rabinovich,  M., Gilad,  D., Schirov,  M. and Sventsky,  Y., 1993. Integrated geophysical method (NMR-TDEM) for direct groundwater prospecting and quality evaluation, SEG/Moscow  '93, International Geophysical Conference and Exposition, Moscow, Russia.
14. Bartov,  Y., Goldman,  M., Rabinovich,  B., Rabinovich,  M. and Ronen,  A., 1993. Feasibility study of the TDEM method in solving geological problems in Israel: structure of the central Arava, Israel Geol. Soc. Annual Meeting, Arad.


  1. Rabinovich,  B., Rabinovich,  M., Gilad,  D., Goldman,  M. and Schirov,  M., 1993. Application of the integrated NMR-TDEM method in groundwater exploration in Israel, Israel Geol. Soc. Annual Meeting, Arad.




  1. Gev,  I., Goldman,  M. Rabinovich,  B. and Rabinovich,  M., 1994. TDEM and NMR geophysical methods for hydrological purposes, Israel Geol. Soc. Annual Meeting, Ginnosar.




  1. Helwig, S., Goldman, M. and Hoerdt, A., 1994. Multidimensional interpretation of TDEM data collected for mineral exploration in Israel. Abstracts, 56th EAGE Meeting, Vienna.




  1. Zacher, G., Tezkan, B., Mueller, I., Goldman, M., Hoerdt, A., Neubauer, F.M., 1994. Application of radio magnetotellurics to the investigation of a waste deposit in Cologne, Germany. Abstracts, 56th EAGE Meeting, Vienna.

19. Goldman,  M., Gvirtzman,  M., Rabinovich,  B., Rotstein,  Y. and Ben-Avraham,  Z., 1995. TDEM soundings in the Sea of Galilee, Israel Geol. Soc. Annual Meeting, Zichron.


20. Mogilatov,  V., Goldman,  M. and Rabinovich,  M., 1995. Propagation of transient electromagnetic fields in one-dimensional earth models, St. Petersburg 1995 International Geophysical Conference and Exposition.
21. Goldman,  M., Rabinovich,  B., Rotstein,  Y. and Gvirtzman,  H., 1995. Detection of the saline water layers beneath the Sea of Galilee by the time domain electromagnetic (TDEM) method, Proceedings of 1st Environmental and Engineering Geophysics Meeting, Torino, Italy, 261-264.
22. Rabinovich,  B., Goldman,  M., Rabinovich,  M., 1995. TDEM profiling method for mapping faults and other horizontal inhomogeneities, Israel Geol. Soc. Annual Meeting, Zichron Ya'akov.
23. Kafri,  U., Lang,  B. and Goldman,  M., 1996. Groundwater bodies of different salinities as detected by TDEM soundings on the northwestern shore of the Dead Sea: a tool for understanding radon fluctuations, Israel Geol. Soc. Annual Meeting, Eilat.


  1. Frieslander,  U., Bartov,  Y., Goldman,  M. and Garfunkel,  Z., 1996. Tectonic basins along the Arava segments of the Dead Sea transform, Israel Geol. Soc. Annual Meeting, Eilat.

25. Goldman, M., Legchenko, A., Beauce, A., Valla, P. and Ezersky, M., 1997. Joint application of the PMR and TDEM methods in ground water exploration, in: Abstracts of International Symposium on Geology and the Environment, UCTEA Chamber of Geological Engineers of Turkey, September 1-5,  Istanbul, Turkey, 30.
26. Hurwitz, S., Goldman, M., Ezersky, M. and Gvirtzman, H., 1998. Estimating salt flux through the sediments of lake Kinneret based on a geoelectric (TDEM) survey, Annual Meeting, Israel Geological Society, Mitzpe Ramon.
27. Ezersky, M. and Goldman, M., 1998. Geophysical investigation of the Soreq Cave area, Annual Meeting, Israel Geological Society, Mitzpe Ramon.


  1. Goldman, M., Hurwitz, S., Gvirtzman, H. and Ezersky, M., 1998. Mapping subbottom brines in the Sea of Galilee using marine time domain electromagnetic (TDEM) system, Abstracts of The 15th Salt-Water Intrusion Meeting, May 25-29, Ghent, Belgium, 76.

28. Shtivelman, V. and Goldman, M., 1998. A combined application of high resolution reflection seismics and TDEM for detailed study of the coastal aquifer of Israel. Proceed. of the 4th EEGS Meeting, Barcelona, Spain.


29. M. Goldman, S. Hurwitz, H. Gvirtzman, M.Ezersky, 1999. TDEM study of the spatial distribution of brines beneath the sea of Galilee, Israel. Proceed. of the 5th EEGS-ES Meeting, Budapest, Hungary.
30. Ezersky, M., Goldman, M., Bar-Matthews, M., and Ayalon, A., 2000. Geoelectric investigation of the Soreq Cave area in Israel. Proceed. of the 6th EAGE/EEGS Meetings, Bochum, Germany.


  1. Goldman, M., 2000. Geophysical methods for exploration and management of ground water. Proceed. of the 6th EAGE/EEGS Meeting, Bochum, Germany.

32. Goldman, M., Shtivelman, V., Kafri, U., Yechieli, Y. and Voss, C.I., 2001. Applications of surface geophysical methods for delineating sea water intrusion into the coastal aquifers of Israel. SWICA M3, Essaouira, Morocco.


33. M. Goldman, V. Shtivelman, D. Wachs, Y. Yechieli, 2000. Shallow integrated geophysical study in the sinkhole development area at the Dead Sea coast, Israel. Proceed. of the 6th EAGE/EEGS Meetings, Bochum, Germany.
34. M. Goldman, 2002. Near-surface applications of geoelectric methods. NATO Advanced Study Institute on Hydrogeophysics, Trest, Czech Republic.
35. M. Goldman, 2002. Characterization of ground water salinity using surface EM methods. NATO Advanced Study Institute on Hydrogeophysics, Trest, Czech Republic.
36. Scholl, C., Goldman, M., Helwig, S. L., Kafri, U., Tezkan, B., 2003. Measuring depths to saline groundwater interfaces with Long-Offset-TEM in northern Israel. EGS - AGU - EUG Joint Assembly, Nice, France.
37. Goldman, M., Kafri, U. and Gendler, M., 2003. Characterization of groundwater salinity in different sub-aquifers of the coastal aquifer using time domain electromagnetic (TDEM) method. Israel Geological Society, Annual Meeting, Ein Boqeq.
38. Goldman, M., Helwig, S. L., Kafri, U., Scholl, C. and Tezkan, B., 2003. Integrated electromagnetic geophysical technology applied to the detection of deep fresh/saline interface in northern and central Israel. GERMAN-ISRAELI COOPERATION IN WATER TECHNOLOGY, 8th Status-Seminar, The Dead Sea Hyatt Hotel.
39. Kafri U., Goldman M., Gev I., Gendler M., Ben-Arie H., 2004. Detection and delineation of fresh to brackish water bodies in the lower sub-aquifers of the coastal aquifer using TDEM measurements. Israel Geol. Soc. Annual Meeting, Hagoshrim.
40. Goldman, M. and Kafri, U., 2004. The use of the time domain electromagnetic (TDEM) method to evaluate porosity of saline water saturated aquifers. 18th SWIM, Cartagena, Spain.
41. Levi E., Goldman M., Gvirtzman H., 2005. Mapping the saline/fresh groundwater interface beneath the Judean Desert using deep TDEM. Israel Geological Society, Annual meeting, Mashabim.
42. Goldman, M., Toledano Avivi, O., Friedman, V., 2006. Delineating Fresh-Saline Water Interface Within the Mediterranean Coastal Aquifer of Israel Using Combined 2-D Resistivity Imaging And TDEM Measurements. 19th SWIM, Cagliari, Italy.
43. Levi, E., Kafri, U., Goldman, M., 2006. The delineation of saline groundwater bodies within the Arava Rift Valley, Israel using deep geoelectromagnetic measurements. Paper H31B-1428, Fall AGU Meeting, San Francisco, USA.

44. Levi, E., Goldman, M., Weinstein, Y., Yechieli, Y., 2008. Combined ERT-TDEM measurements for studying submarine groundwater discharge (SGD) at Dor Beach, Israel, American Geophysical Union, Fall Meeting 2008, abstract #H51G-0925.

45. Goldman, M., Kafri, U., 2008. The use and misuse of surface geophysical methods for determination of hydraulic parameters in the subsurface, Israel Geological Society, Annual meeting, Nazareth.

46. Goldman, M., Levi, E., Kafri, U., Tezkan, B., Gurk, M., Bergers, R., Widodo, 2008. Detection of fresh groundwater bodies within the Mediterranean sub-marine aquifers offshore Israel using marine geo-electromagnetic methods, GERMAN – ISRAELI COOPERATION IN WATER TECHNOLOGY RESEARCH, 10th Status-Seminar, Technion, Haifa.


  1. Goldman, M., Levi, E., Kafri, U., Herut, B., Tibor, G., Tezkan, B., Gurk, M. and Bergers, R., 2009. Delineating fresh groundwater within the sub-marine coastal aquifer offshore Palmahim beach, Israel using marine TDEM method. Israel Geological Society, Annual meeting, Kfar Blum.



  1. Goldman, M., Levi, E., Kafri, U., Herut, B., Tibor, G., Tezkan, B., Gurk, M., Bergers, R., and Yogeshwar, P., 2009. Detection of fresh groundwater bodies within the Mediterranean sub-marine coastal aquifers offshore Israel using marine geoelectromagnetic methods. MARELEC-2009, Stockholm, Sweden.




  1. Goldman, M., Levi, E., Tezkan, B., Gurk, M., Bergers, R., and Yogeshwar, P., 2010. Resolving power of the marine time domain electromagnetic (TDEM) measurements for detecting sub-seafloor resistive structures. Annual IGS Meeting, Eilot, Israel.




  1. Levi, E., Goldman, M., Kafri, U., Shalev, E., Herut, B., Tibor, G., Tezkan, B., Bergers, R., and Lippert, K., 2010. Delineating fresh groundwater within the sub-marine coastal aquifer along the offshore Rishon LeZion – North Tel-Aviv traverse. Annual IGS Meeting, Eilot, Israel.




  1. Levi, E., Goldman, M., Shalem, Y., Weistein, Y., Yechieli, Y. and Herut, B., 2010. Combined ERT-TDEM measurements for delineating saline intrusions from Alexander stream estuary. Annual IGS Meeting, Eilot, Israel.

52. Goldman, M., Levi, E., Kafri, U., Tezkan, B., Yogeshwar, P., Herut, B., and Tibor, G., 2010. Delineating fresh groundwater aquifer within sub-seafloor sediments offshore Israel using a short offset marine TDEM system. Salt Water Intrusion Meeting (SWIM21), Azores, Portugal.




  1. Levi, E., Goldman, M., Shalem, Y., Weistein, Y., Yechieli, Y. and Herut, B., 2010. Studying salinization of groundwater by estuaries in Mediterranean coast of Israel using combined ERT-TDEM geophysical measurements. Salt Water Intrusion Meeting (SWIM21), Azores, Portugal.




  1. Goldman, M, Levi, E., Tezkan, B., Yogeshwar, P., 2010. Exploration of sub-seafloor resistive structures in transition zones using short offset marine TEM method. Annual SEG Meeting, Denver, Colorado, USA.




  1. Goldman, M., Levi, E., Kafri, U., Shalev, E., Herut, B., Tibor, G., Tezkan, B., Lippert, K., Bergers, R. and Yogeshwar, P., 2010. Detection of fresh groundwater bodies within the mediterranean sub-marine aquifers offshore israel using marine geo-electromagnetic methods. 11th Status Seminar, BMBF-MOST COOPERATION IN WATER TECHNOLOGY RESEARCH, Darmstadt, Germany.

56. Goldman, M, Levi, E., Tezkan, B., Yogeshwar, P., 2011. Influence of a sea-coast

resistivity contrast on the target response of sub-seafloor resistive structures in the

marine TDEM measurements. Annual DGG Meeting, Cologne, Germany.


57. Goldman, M., 2011. Integrated geoelectric methods in solving hydrogeological and echological problems. EMS-2011 Workshop, S-Petersbourg, Russian Federation.
58. Goldman, M., Levi, E., Tezkan, B., Yogeshwar, Kafri, U., P., Herut, B., Tibor, G.,

2012. Novel marine TDEM technology to delineate fresh groundwater within



deep-seated sub-seafloor aquifers. TIAC’12, Alicante, Spain.
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