Changes

  | pdf    = http://archives.datapages.com/data/specpubs/methodo1/images/a095/a0950001/0300/03310.pdf

  | pdf    = http://archives.datapages.com/data/specpubs/methodo1/images/a095/a0950001/0300/03310.pdf

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Evaluation of a structurally complex reservoir requires integration of geological and geophysical data to generate maps and [[cross section]]s that show the attitude, geometry, and thickness of key reservoir beds; the locations of crestal highs and [[Syncline|synclinal]] troughs; the position, dip, and character of faults; and the location and orientation of the cutoffs of key beds on both sides of the faults. Also, fault blocks must be accurately delineated since they can effectively compartmentalize a reservoir. Maps and sections must be integrated so that they agree with each other, and they should be tested for viability and admissibility by balancing or backstripping.

Evaluation of a structurally complex reservoir requires integration of geological and geophysical data to generate maps and [[cross section]]s that show the attitude, geometry, and thickness of key reservoir beds; the locations of crestal highs and [[Syncline|synclinal]] troughs; the position, dip, and character of faults; and the location and orientation of the cutoffs of key beds on both sides of the faults. Also, fault blocks must be accurately delineated since they can effectively compartmentalize a reservoir. Maps and sections must be integrated so that they agree with each other, and they should be tested for viability and admissibility by balancing or [[backstripping]].

==Section construction==

==Section construction==