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The SEG Wiki committee and SEG Wiki staff aim to expand the basics of geophysics. This page lists over 100 essential topics in the field that need to be developed. Please add your name to an article and start writing! If this is your first time contributing to a wiki, learn how to get started on the help page and contact wiki‐at‐seg.org for personalized support.

This page is a work-in-progress. Please add any missing topics. The SEG Digital Library and Wikipedia serve as good starting places to locate content for articles.

SEG's goal is for these topics to introduce the public and refresh professionals on these topics in a clear, concise, and accurate manner, providing a basic understanding of the subject matter. SEG's aim is for these topics to provide the public with greater awareness and understanding of the science and industry of geophysics.

Topics

In alphabetical order (to be alphabetized once we settle on 100). Goal - 100 pages.

  1. 5D reconstruction
  2. acquisition
  3. acceleration sensors
  4. adaptive subtraction
  5. artificial intelligence
  6. autofocusing
  7. basement
  8. bed thickness
  9. blind deconvolution
  10. borehole geophysics
  11. boundary conditions
  12. broadband
  13. bulk modulus
  14. carbon sequestration
  15. chaos
  16. chronostratigraphy
  17. clastic
  18. compressed sensing
  19. compressional
  20. compressional wave
  21. data reconstruction
  22. deblending
  23. depositional system
  24. Depth conversion
  25. diagenesis
  26. earthquake seismology - Heather
  27. extensional
  28. facies
  29. fiber-optic sensors
  30. fluvial-deltaic
  31. fracture stimulation
  32. Geoelectrics
  33. geographic information systems
  34. Geomagnetics - Clare
  35. geomatics
  36. Geophysicist
  37. geophysics
  38. GPU computing
  39. Gravity - Clare
  40. Ground-penetrating radar
  41. High-performance computing
  42. image fidelity
  43. incompressibility
  44. induced seismicity
  45. infrasound
  46. integration
  47. interferometry
  48. internal multiples
  49. K-L transform
  50. life-of-field seismic
  51. log analysis
  52. machine learning
  53. Magnetotellurics
  54. Marine geophysics - Clare
  55. mass transport complex
  56. mathematical transform
  57. maximum entropy
  58. maximum livelihood
  59. measurement while drilling
  60. mining geophysics
  61. minimum entropy
  62. minimum likelihood
  63. multilinear algebra
  64. Near-surface geophysics
  65. Near-surface seismics
  66. numerical methods
  67. ocean-bottom node
  68. Parallel computing
  69. Parsing
  70. particle-velocity sensors
  71. passive seismic methods
  72. permanent reservoir monitoring
  73. plane wave modeling
  74. poroelasticity
  75. Potential fields
  76. pressure sensors
  77. Processing - Clare
  78. reduced-rank filtering
  79. Reflection seismology
  80. Remote sensing
  81. resistivity log
  82. risk
  83. salt dome
  84. sandstone
  85. sediment compaction model
  86. sedimentology
  87. seismic amplitude interpretation Heather
  88. seismic attributes Heather
  89. seismic data acquisition
  90. Seismic interpretation Heather
  91. seismic geomorphology Heather
  92. seismic migration
  93. Seismic Stratigraphy
  94. seismic velocity
  95. Seismic waves
  96. shale
  97. signal processing
  98. simultaneous sources
  99. spectral decomposition Heather
  100. Surface-related multiple elmination
  101. Surface seismic
  102. standards
  103. steep dip
  104. stratal slice
  105. strike-slip
  106. surface consistent
  107. surface nuclear magnetic resonance
  108. tensor algebra
  109. tensor completion
  110. Time-lapse analysis Heather
  111. time slice
  112. tube wave
  113. turbidite
  114. turning ray
  115. vector processing
  116. volcanics
  117. water table
  118. wave propagation
  119. wells
  120. wide azimuth