Núm. 21 (1999)
Artículos

El radar de penetración terrestre (georadar): una herramienta para la prospección arqueológica.

José Ortega Ramírez
Subdirección de Laboratorios y Apoyo Académico.

Publicado 2018-07-17

Cómo citar

El radar de penetración terrestre (georadar): una herramienta para la prospección arqueológica. (2018). Arqueología, 21, 99-107. https://revistas.inah.gob.mx/index.php/arqueologia/article/view/12240

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Referencias

  1. Annan, A. P.y J. L Davis
  2. "Impulse radar applied to ice
  3. thickness measuremets and fresh
  4. water", en Geological Survey of Canada,
  5. Report of Activities, Paper 77-18,
  6. pp. 63-64.
  7. Arcone, S. A . y A.J. Delaney
  8. "Measurement of ground dielectric
  9. 'properties using wide-angle reflection
  10. and refraccion ", en U. S. Cold Regions
  11. Research and Engineering laboratory
  12. (CRREL), New Hampshire, Report 82-6
  13. Hannover, p. 15.
  14. Bevan. B. W.
  15. "The search for graves", en
  16. Geophysics 56, pp. 1310-1319.
  17. Davis, J. L. y A. P. Annan
  18. "High resolution souoding
  19. using ground probing radar'', en
  20. GeoscimceConada 13 (3),
  21. pp. 205-208.
  22. "Ground penetrating radar
  23. for high resolution mapping of soils
  24. and rocks stratigraphy", en Geophysical Prospecting 37, pp. 531-551.
  25. Fisher, E., G. A.McMechan y A .P. Annan
  26. "Acquisition and processing
  27. of wide-aperture ground-penetrating
  28. radar data", en Geophysics 57,
  29. pp. 495-504.
  30. Foster. E. L.
  31. "Further developments of
  32. pulsed induction metal detector",
  33. en Prospecting Arcltaeology 3,
  34. pp. 95-99.
  35. Frohlich,B.y W.J. Lancaster
  36. "Eleccromagneric surveying in
  37. currenc Middle Eastern archaeology:
  38. application and evaluation", en
  39. Geophysics 51, pp. 1414-1425.
  40. Gibson, T. H.
  41. "Magnecic prospection on
  42. prehistoric sites in western Ganada", en
  43. Geophysics 51, pp. 553-560.
  44. Goodman, O.
  45. "Ground-penecrating radar
  46. simulacion in engineering and archaeo-
  47. logy", en Geophysiscs 59, pp. 224-232.
  48. Imai. T., T. Sakayama y T. Kanemori
  49. "Use of ground-probing radar
  50. and resístívity survey for archaeological investigacion ", en Geophysics 2, pp. 137-
  51. Jol, H. M.
  52. Ground Penetrating Rodar (GPR):
  53. A new Geophysical Methodology used to Investigate the Internal Structure of Sedimentary Deposits (Field Experiments
  54. of lacustrine Deltas), tesis de: doctorado, Universicy of Calgary.
  55. Keary, P.y M. Brooks
  56. An lntroduction to Geophysicol
  57. Exploration, Boston, Massachusetts, Blackwell Scientific Publication , 2a. ed.
  58. Laxat, R.
  59. "Discovery in Labrador-a 16th
  60. Century Basque whaling port and its
  61. sunken fleet", en Notionol Geographic
  62. l68, pp. 40-49.
  63. Lee, S., G. A.McMechan y C. L. V.Alken
  64. "Phase field imaging: the electro-­ magnetic equivalent of seismjc migra-
  65. tion", en Geophysics 52, pp. 687-693.
  66. Moorman;B. J.
  67. Assesing rht Ability of Ground Penetra-­
  68. ting Radar to Delineate Subsurface Fluvial Lithofacies , tesis de maestría, University
  69. of Calgary.
  70. Moorman,B.J., A.S.Judge y P.T. LaFleche
  71. "The use of ground penetrating
  72. radar in permafrotc regions", en Second
  73. National Student Conference on Northern
  74. Studies. Abstracts of Papers, november 23-
  75. , Ottawa, Ontario, pp. 101-102.
  76. Owen,T. E. (ed.)
  77. "'Special issue on Ground Penetra­-
  78. ting Radar", en Journal ofApplied
  79. Geophysics 33, pp. 1-255.
  80. Vaughan,C. J.
  81. "Ground-penetrating radar survey
  82. used in archaeological invescigation" , en Geophysics 51, pp. 595-604.
  83. Wynn. J. C. (ed.)
  84. "Geophys ics in Archaeology" , en
  85. Geophysics 51, pp. 533-629.
  86. Young ,J. D. y Jr. l.Peters
  87. (1996). "A brief history oí GPR funda-­
  88. mentals and applications", en 6th
  89. lnternational Conference on Ground
  90. Penetrating Radar (GPR ´96), Preceeding,
  91. Sendaí Japan , Tohoku Uníversity
  92. Faculty of Engineering Sendai, Japan,
  93. pp. 5-13.