All Stories

  1. Introduction to this special section: The North Sea
  2. A GEOMECHANICAL CORRECTION FOR TIME-LAPSE AVO
  3. Noisy 4D seismic data interpretation: Case study of a Brazilian carbonate reservoir
  4. Semiquantitative 4D seismic interpretation integrated with reservoir simulation: Application to the Norne field
  5. Constraining the history match using 4D seismic data: how far can we go?
  6. A Semi-Empirical Model for Interpreting Rock Strain Sensitivity in 4D Seismic Data
  7. Seismic History Matching Using a Fast-Track Simulator to Seismic Proxy
  8. A Practical Tool for Simultaneous Analysis of 4D Seismic Data, PEM and Simulation Model
  9. Blake Field Simulator to Seismic Modelling Study
  10. Estimation of Time-lapse Velocity Changes Using Gaussian Reconstruction
  11. Time-shifts Interpretation of Legacy and Frequent Repeat Seismic Data in a Compacting Chalk Reservoir
  12. Analysis and Calibration of 4D Seismic Data prior to 4D Seismic Inversion and History Matching - Norne Field case
  13. Seismic assisted history matching using binary maps
  14. Improving 4D Seismic Interpretation and Seismic History Matching Using the Well2seis Technique
  15. Seismic History Matching Using a Fast-Track Simulator to Seismic Proxy
  16. Quantifying remaining oil saturation using time-lapse seismic amplitude changes at fluid contacts
  17. Binary 4D seismic history matching, a metric study
  18. A fast-track simulator to seismic proxy for quantitative 4D seismic analysis
  19. Offset-dependence of production-related 4D time shifts: Real data examples and modeling
  20. Evaluation of the spurious time-shift problem
  21. Evaluation of inter-well connectivity using well fluctuations and 4D seismic data
  22. Comparative Analysis of Binary and Conventional Seismic Assisted History Matching
  23. R-factor Recovery via Geertsma's Pressure Inversion Assisted by Engineering Concepts
  24. The Effect of Shale Activation on 4D Seismic Interpretation of a UKCS Field
  25. 4D Seismic Interpretation of the Norne Field - A Semi-quantitative Approach
  26. Quantification of Reservoir Pressure-sensitivity Using Multiple Monitor 4D Seismic Data
  27. Towards an Effective Petroelastic Model for Simulator to Seismic Studies
  28. The role of shale pressure diffusion in 4D seismic reservoir monitoring – case studies
  29. Pressure and saturation change inversion using 4D seismic: Application to a chalk reservoir in North Sea
  30. Effective Imaging of Reservoir Fluid Changes
  31. Calibration of Rock Stress-sensitivity Using 4D Seismic Data
  32. Intra-survey Pressure Variations - Implications for 4D Seismic Interpretation
  33. Intra-survey Pressure Variations - Implications for 4D Seismic Interpretation
  34. The 4D seismic signature of gas in thin-bedded geology: results from an outcrop analogue model
  35. An Engineering-consistent Bayesian Scheme for 4D Seismic to Simulator Inversion
  36. Engineering Consistent Constraints for the Inversion of Changes in Pressure and Saturation on Ekofisk
  37. Monitoring of Water Injector Performance Using 4D Seismic Data
  38. An Engineering-consistent Bayesian Scheme for 4D Seismic to Simulator Inversion
  39. Engineering Consistent Constraints for the Inversion of Changes in Pressure and Saturation on Ekofisk
  40. A Well-to-seismic Interpretation of Interwell Connectivity Using Well Behaviour Data and 4D Seismic Surveys
  41. Enhancement of dynamic reservoir interpretation by correlating multiple 4D seismic monitors to well behavior
  42. Seismic Assisted History Matching Using Binary Image Matching
  43. Joint Interpretation of Interwell Connectivity by Integrating 4D Seismic with Injection and Production Fluctuations
  44. The interpretation of amplitude changes in 4D seismic data arising from gas exsolution and dissolution
  45. A method to update fault transmissibility multipliers in the flow simulation model directly from 4D seismic
  46. Closing the loops using engineering-consistent 4D seismic inversion
  47. Using 4D Seismic Surveys and History Matching to Estimate Critical and Maximum Gas Saturation
  48. Using 4D Seismic Surveys and History Matching to Estimate Critical and Maximum Gas Saturation
  49. Updating the Reservoir Model Using Engineering-consistent 4D Seismic Inversion
  50. Simulation Model Updating with Multiple 4D Seismic in a Fault-compartmentalized Norwegian Sea Field
  51. Quantification of Residual Oil Saturation Using 4D Seismic Data
  52. Estimation of Critical and Maximum Gas Saturation Using Multiple 4D Seismic Surveys
  53. An insightful parametrization for the flatlander's interpretation of time-lapsed seismic data
  54. 4D Seismic Interpretation with Frequently Acquired, Multiple Time-lapsed Surveys
  55. An estimation method for effective stress changes in a reservoir from 4D seismics data
  56. Estimation of pore‐pressure change in a compacting reservoir from time‐lapse seismic data
  57. Adaptive scaling for an enhanced dynamic interpretation of 4D seismic data
  58. Closing the Loop Using Engineering-consistent 4D Seismic Inversion
  59. An Interpretation of the 4D Seismic Response to Gas Exsolution and Dissolution
  60. Towards Joint Interpretation of CSEM Surveys with 4D Seismic for Reservoir Monitoring
  61. Constraining the Petro-elastic Model with a Flatlander’s Interpretation of the 4D Signal
  62. An evaluation of pore pressure diffusion into a shale overburden and sideburden induced by production-related changes in reservoir fluid pressure
  63. Introduction to this special section: Time-lapse measurements
  64. Enhanced dynamic interpretation from correlating well activity to frequently acquired 4D seismic signatures
  65. Direct correlation of 4D seismic with well activity for a clarified dynamic reservoir interpretation
  66. Adaptive Engineering-based Scaling for Enhanced Dynamic Interpretation of 4D Seismic
  67. Calibration of Simulator to Seismic Modeling for Quantitative 4D Seismic Interpretation
  68. Enhancing dynamic interpretation at the Valhall Field by correlating well activity to 4D seismic signatures
  69. The effect of intra‐reservoir and non‐reservoir shales on 4D seismic signatures
  70. Exploring the effect of meso-scale shale beds on a reservoir's overall stress sensitivity to seismic waves
  71. Towards quantitative evaluation of gas injection using time-lapse seismic data
  72. The Effect of Intra-Reservoir Shales on Effective Stress Sensitivity
  73. Time‐shift inversion for dynamic reservoir characterization in the Elgin field
  74. Faster Seismic History Matching in a United Kingdom Continental Shelf Reservoir
  75. 4D seismic inversion designed for direct simulation model comparison
  76. Direct Correlation of 4D Seismic and Well Activity for Improved Dynamic Reservoir Interpretation
  77. Direct correlation of 4D seismic and well activity for dynamic reservoir interpretation
  78. Permeability Updating of the Simulation Model Using 4D Seismic Data
  79. Reducing Reservoir Prediction Uncertainty by Updating a Stochastic Model Using Seismic History Matching
  80. Seismic scale saturation relations in turbidite reservoirs undergoing waterflood
  81. Quantitative Estimation of Pressure and Saturation Changes Using 4D Seismic - A Case Study in the Marlim Field, Brazil
  82. Quantitative Evaluation of Reservoir Fault Communication Using 4D Seismic - An Application to the Heidrun Field
  83. The impact of sub‐seismic shale layers on the reservoir's stress sensitivity
  84. Updating Fault Transmissibilies in Simulations by Successively Adding Data to an Automated Seismic History Matching Processes: A Case Study
  85. A Saturation Law for Quantitative 4D Seismic Analysis of a Turbidite Reservoir Undergoing Waterflood
  86. Faster Seismic History Matching in a UKCS Reservoir
  87. Inverting for reservoir pressure change using time-lapse time strain: Application to Genesis Field, Gulf of Mexico
  88. The stress dependent elastic properties of thermally induced microfractures in aeolian Rotliegend sandstone
  89. The stress sensitivity of shaley sandstones
  90. Faster Seismic History Matching in a UKCS Reservoir
  91. Multiple Model Seismic and Production History Matching: A Case Study
  92. Location and evaluation of flow barriers with 4D seismic
  93. Observation of azimuthal anisotropy from the seismic reflectivity of a Tertiary turbidite sand
  94. Elasticity/saturation relationships using flow simulation from an outcrop analogue for 4D seismic modelling
  95. Reducing Reservoir Prediction Uncertainty Using Seismic History Matching
  96. Extraction of permeability from time-lapse seismic data
  97. Going quantitative with 4D seismic analysis
  98. Towards accurate quantitative monitoring of compacting reservoirs using time‐lapse seismic
  99. Inverting for the petro‐elastic model via seismic history matching
  100. Determination of a seismic and engineering consistent petro‐elastic model for time‐lapse seismic studies: Application to the Schiehallion Field
  101. Seismic monitoring of pressure depletion evaluated using azimuthal AVO data?
  102. Reducing Reservoir Prediction Uncertainty Using Seismic History Matching.
  103. Time-lapse seismic analysis of pressure depletion in the Southern Gas Basin
  104. Seismic monitoring of pressure depletion evaluated for a United Kingdom continental-shelf gas reservoir
  105. Gas saturation prediction and effect of low frequencies on acoustic impedance images at Foinaven Field
  106. Saturation and pressure inference from velocities and density
  107. Multiple Model Seismic and Production History Matching: A Case Study.
  108. Repeatability enhancement in deep-water permanent seismic installations: a dynamic correction for seawater velocity variations
  109. 4D signal enhancement using singular-value decomposition: application to mapping oil-water contact movement across the Nelson Field
  110. Cross-matching with interpreted warping of 3D streamer and 3D ocean-bottom-cable data at Valhall for time-lapse assessment
  111. An engineering‐driven approach for separating pressure and saturation using 4D seismic: application to a Jurassic reservoir in the UK North Sea
  112. Inversion for reservoir pressure and saturation changes in the Foinaven field, UK
  113. Location and evaluation of flow barriers using 4D seismic
  114. Multiple Model Seismic and Production History Matching: a case study.
  115. Uncertainties in the 4D Seismic Signature Due to Seawater Velocity Variations
  116. A classification for the pressure‐sensitivity properties of a sandstone rock frame
  117. A petroelastic‐based approach to pressure and saturation estimation using 4D seismic
  118. Going quantitative with 4D seismic analysis
  119. Uncertainties in the 4D seismic signature due to seawater velocity variations
  120. Deconvolving permeability from time‐lapsed seismic data
  121. Delineation of fracture anisotropy signatures in Wudayhi Field by azimuthal seismic data
  122. Seawater velocity variations and real-time reservoir monitoring
  123. Constraining the reservoir model of a turbidite reservoir using production and 4D seismic
  124. 4D signal enhancement using singular value decomposition, application to mapping OWC movement across the Nelson field
  125. Time‐lapse seismic analysis of pressure depletion in the Southern Gas Basin
  126. Constraining models of fractured reservoirs using seismic anisotropy maps, for improved reservoir performance and prediction
  127. A petroelastic‐based feasibility study of monitoring pressure depletion in a UKCS gas reservoir
  128. Multiple history-matched models for Teal South
  129. Robust time‐lapse AVOA analysis using OBC: A case study from Teal South
  130. Seawater velocity variations and their impact in permanent installations for reservoir monitoring
  131. 4Dseismic signatures ofOWCmovement on the Nelson field — Modeling and interpretation
  132. The dry‐frame pressure sensitivity of sandstone
  133. Joint interpretation of the time‐lapseP‐PandP‐Sresponse of a thin‐bed reservoir
  134. Time‐lapse seismic monitoring of compaction and subsidence at Valhall through cross‐matching and interpreted warping of 3D streamer and OBC data
  135. Estimation of directional permeability in fractured reservoirs — Concepts and applications
  136. Introduction to “Recent Advances in Shear Wave Technology for Reservoir Characterization: A New Beginning?”
  137. Multicomponent technology: the players, problems, applications, and trends: Summary of the workshop sessions
  138. The Ninth International Workshop on Seismic Anisotropy (91WSA)
  139. Q estimates from North Sea VSPs
  140. Mapping fractures and stress using full‐offset full‐azimuth 3D PP data
  141. Robust cross‐equalization of 4D‐4C PZ migrated data at Teal South
  142. 11. Using P-Wave Data to Distinguish Gas from Water in Fractures
  143. AVOA attribute analysis and cross‐plotting for time‐lapse monitoring of stress and saturation changes: Application to the Teal South 4D‐4C dataset
  144. Time‐lapse crosswell tomography in the Athabasca Tar Sands
  145. Net/Gross estimation in fluvially deposited reservoirs
  146. Time‐lapse VSP monitoring of steam injection
  147. VSP migration in complex areas
  148. Seismic modelling and interpretation of fluvial deposited sand bodies
  149. Tests of vector fidelity in permanently installed multi‐component sensors
  150. Prestack depth imaging via model-independent stacking
  151. AVD—An emerging new marine technology for reservoir characterization: Acquisition and application
  152. Azimuthal variation inP-wave signatures due to fluid flow
  153. A Phase Slowness Approximation for Vertical Fracture Determination Using Walkaway VSP
  154. Anisotropic processing of 4‐C sea‐bed seismic data: A case example from West Africa
  155. Estimation of sea‐bed sediment anisotropy using vertical cable seismics
  156. Analysis of azimuthal variation inP‐wave signature from orthogonal streamer lines
  157. Converted wave phase stability in seabed seismic data
  158. Elliptical anisotropy — Regression or advance?
  159. Fracture Detection with Marine P-S Mode Conversion
  160. A comparison of global optimisation methods for near-offset VSP inversion
  161. An Essential Processing Correction for Seabed Recording
  162. Are Near-Offset Shear Wave Conversions Useful?
  163. Overburden Removal for Marine Walkaway VSP
  164. The shock gun: VSP experiments with a new seismic source
  165. Anisotropy estimates from a North Sea VSP
  166. Vertical fracture estimation using walk‐away VSP
  167. Using converted shear‐wave for imaging beneath basalt in deep water plays
  168. Interpreting non-orthogonal split shear waves for seismic anisotropy in multicomponent VSPS
  169. Estimation of reservoir fracturing from marine VSP using local shear-wave conversion
  170. Reservoir characterization: how can anisotropy help?
  171. “Unexpected” shear‐wave behavior
  172. Effects of Learning Parameters on Learning Procedure and Performance of a BPNN
  173. The application of back-propagation neural network to automatic picking seismic arrivals from single-component recordings
  174. Comment on 'A case example of near-surface correction for multicomponent VSPS' by Xinwu Zeng and Colin MacBeth
  175. Reply to: Comment on 'A case example of near-surface correction for multicomponent VSPS' by Gildas Omnes
  176. Application of back-propagation neural networks to identification of seismic arrival types
  177. Processing of a nine‐component near‐offset VSP for seismic anisotropy
  178. Data‐matrix asymmetry and polarization changes from multicomponent surface seismics
  179. AVA observations in walkaround VSPs
  180. Fracture‐related amplitude variations with offset and azimuth in marine seismic data
  181. FRACTURE CHARACTERIZATION FROM NEAR-OFFSET VSP INVERSION
  182. A case example of near-surface correction for multicomponent VSPS
  183. Converted-wave AVO and its implications
  184. Shear wave analysis for azimuthal anisotropy using pseudo-rotation of marine VSP
  185. Unexpected shear wave behaviour
  186. The effective elastic compliance of fractured rock
  187. Mixed mode AVO response in fractured media
  188. Interpreting qS1 polarizations due to intersecting fractures
  189. Unexpected shear‐wave double reflections
  190. 16. Inversion for Shear-Wave Splitting
  191. Linear matrix operations for multicomponent seismic processing
  192. Improving Reservoir Characterization Using Seismic Anisotropy
  193. Detection of Polarity Reversals in Multicomponent Data
  194. Determination of Subsurface Anisotropy Using Marine Near-Offset VSP
  195. Inversion of Shear-Wave Splitting Estimates from Near-Offset VSPS
  196. Multicomponent near-surface correction for land VSP data
  197. Automatic picking of seismic arrivals in local earthquake data using an artificial neural network
  198. Interpreting data matrix asymmetry and polarization changes with depth in multicomponent reflection surveys
  199. Characterizing fractured reservoir by multicomponent reflection data and VSPs in the Paris Basin
  200. Fracture characterization at the conoco borehole test facility using shear‐wave anisotropy
  201. How can anisotropy be used for reservoir characterization?
  202. The problem of water-column multiples for processing converted S waves in marine VSP data
  203. Inversion for seismic anisotropy using genetic algorithms1
  204. Shear-wave amplitude processing for fracture reservoir delineation
  205. Efficient conversion to shear-waves at near-normal incidence in marine VSP's
  206. A Neural network picker for VSP data
  207. Optimal generation of converted shear-waves in a marine VSP
  208. Anisotropic shear-wave inversion for crack parameters using a hybrid genetic algorithm
  209. Interpreting data matrix asymmetry in near‐offset, shear‐wave VSP data
  210. Limitations on near‐surface correction for multicomponent offset VSP
  211. Surface‐to‐borehole illumination of a high‐velocity layer using marine VSP
  212. Multicomponent processing of channel waves for anisotropy
  213. ALGEBRAIC PROCESSING TECHNIQUES FOR ESTIMATING SHEAR-WAVE SPLITTING IN NEAR-OFFSET VSP DATA: THEORY1
  214. Overburden correction for multicomponent VSP data
  215. Inversion for seismic anisotropy using genetic algorithms
  216. Interpreting non-orthogonal split shear waves in multicomponent VSPs
  217. Near‐surface correction for nine‐component VSP
  218. OPTIMAL ESTIMATION OF CRACK-STRIKE1
  219. Algebraic processing techniques for estimating shear-wave splitting
  220. Detecting lateral variability in fracture parameters from surface data
  221. Shear‐wave anisotropy estimations in the Romashkino field, Russia
  222. Inverting shear-wave polarizations for anisotropy using three-component offset VSPs: synthetic seismograms
  223. Inversion for subsurface anisotropy using estimates of shear-wave splitting
  224. Processing of seismic data in the presence of anisotropy
  225. EXAMINATION OF A SPECTRAL METHOD FOR MEASURING THE EFFECTS OF ANISOTROPY1
  226. Optimal estimation of crack strike
  227. Inversion of VSP field data for anisotropy with singularities
  228. COMPARISON OF SIGNAL PROCESSING TECHNIQUES FOR ESTIMATING THE EFFECTS OF ANISOTROPY1
  229. Shear-Wave Anisotropy in Marine Sediments Around Britain from Surface Sources
  230. Reservoir description using shear-wave velocities
  231. Modal synthesis of high-frequency waves in Scotland
  232. Scattering of high-frequency surface waves in Scotland
  233. Single-station attenuation measurements of high-frequency Rayleigh waves in Scotland
  234. Upper crustal shear velocity models from higher mode Rayleigh wave dispersion in Scotland
  235. Macbeth (Globe on Screen)