JMM ex EOST

Acquisition - Amplitudes - Anisotropie - Migration - Mines - Monitoring - Multiples - Ondes S - Physique des roches - Proche surface - Propagation - Puits - Réservoir - Signal - Vitesses

Réservoirs

• Martinez R. et al. (2024), Diving-wave time-lapse delay for CO2 thin layer detection

• Takano T. and K. Nishida (2023), Tidal Response of Seismic Wave Velocity at Shallow Crust in Japan
• Kramer R. et al. (2023), Interaction of Air Pressure and Groundwater as Main Cause of Sub-Daily Relative Seismic Velocity Changes
• Liu X. et al. (2023), Understanding Subsurface Fracture Evolution Dynamics Using Time-Lapse Full Waveform Inversion of Continuous Active-Source Seismic Monitoring Data
• Fu X. and K. A. Innanen (2023), Time-lapse seismic imaging using shot gathers with nonrepeatable source wavelets

• Nakata R. et al. (2022), Seismic Time-Lapse Monitoring of Near-Surface Microbubble Water Injection by Full Waveform Inversion
• Borges F. and M. Landro (2022), Far-offset detection of normal modes and diving waves: A case study from the Valhall Field, southern North Sea
• Grab, A. P. Rinaldi, Q. C. Wenning, S. Hellmann, C. Roques, A. C. Obermann, H. Maurer, D. Giardini, S. Wiemer, C. Nussbaum, and A. Zappone (2022), Fluid pressure monitoring during hydraulic testing in faulted Opalinus Clay using seismic velocity observations

• Leviant, V., N. Marmalevsky, I. Kvasov, P. Stognii, and I. Petrov (2021), Numerical modeling of seismic responses from fractured reservoirs in 4D monitoring — Part 1: Seismic responses from fractured reservoirs in carbonate and shale formations
• Yuan, S., N. Fuji, and S. C. Singh (2021), High-frequency localized elastic full-waveform inversion for time-lapse seismic surveys
• Qu S. and E. Verschuur (2021), Simultaneous joint migration inversion with calendar-time constraints as a processing tool for semi-continuous surveys
• Henley D.C. and D. C. Lawton (2021), Time-lapse detection using raypath interferometry
• Zhou W. and D. Lumley (2021), Central-difference time-lapse 4D seismic full-waveform inversion

• Borges, F., M. Landro, and K. Duffaut (2020), Time-lapse seismic analysis of overburden water injection at the Ekofisk field, southern North Sea
• Wang Y. and I. B. Morozov (2020), Time-lapse acoustic impedance variations during CO2 injection in Weyburn oilfield, Canada

• Smith,R., E. Hemyari, A. Bakulin, and A. Alramadhan (2019), Making seismic monitoring work in a complex desert environment — 4D processing
• Waage, M., S. Bünz, M. Landro, A. Plaza-Faverola, and K. A. Waghorn (2019). Repeatability of high-resolution 3D seismic data

• Bakulin, A., D. Alexandrov, C. Saragiotis, A. Al Ramadan, and B. Kashtan (2018). Correcting source and receiver scaling for virtual source imaging and monitoring
• Cotton, J., H. Chauris, E. Forgues, and P. Hardouin (2018). Time-lapse velocity analysis — Application to onshore continuous reservoir monitoring
• Liu H. and M. N. Al-Ali (2018). Common-focus point-based target-oriented imaging approach for continuous seismic reservoir monitoring

• Cecconello, E., E. G. Asgedom , O. C. Orji , M. W. Pedersen , and W. Söellner (2017). Modeling scattering effects from time-varying sea surface based on acoustic reciprocity
• Liu, Y., M. Landro, B. Arntsen, J. van der Neut, and K. Wapenaar (2017). A new approach to separate seismic time-lapse time shifts in the reservoir and overburden
• Roach, L., D. J. White, B. Roberts, and D. Angus (2017). Initial 4D seismic results after CO2 injection start-up at the Aquistore storage site

• Byerley, G., L. Singer, and P. Rose (2016). Resaturated pay: A new infill target type identified through the application and continuous improvement of 4D seismic at the Forties Field
• Yang, D., F. Liu, S. Morton, A. Malcolm, and M. Fehler (2016). Time-lapse full-waveform inversion with ocean-bottom-cable data: Application on Valhall field
• Balhareth, H. M. amd M. Landro (2016). Sensitivity analysis and application of time-lapse full-waveform inversion: synthetic testing and field data example from the North Sea, Norway
• Khalil A. and H. Hoeber (2016). Wave-equation-based image warping
• The Leading Edge (2016). 4D seismic

• de Ridder S.A.L. and B. L. Biondi (2015). Ambient seismic noise tomography at Ekofisk
• Yang, D., M. Meadows, P. Inderwiesen, J. Landa, A. Malcolm, and M. Fehler (2015). Double-difference waveform inversion: Feasibility and robustness study with pressure data
• Hillers, G., S. Husen, A. Obermann, T. Planès, E. Larose, and M. Campillo (2015). Noise-based monitoring and imaging of aseismic transient deformation induced by the 2006 Basel reservoir stimulation
• Pevzner, R., E. Caspari, B. Gurevich, T. Dance, and Y. Cinar (2015). Feasibility of CO2 plume detection using 4D seismic: CO2CRC Otway Project case study — Part 2: Detectability analysis
• Mikesell, D., A. E. Malcolm, D. Yang, and M. M. Haney (2015). A comparison of methods to estimate seismic phase delays: numerical examples for coda wave interferometry
• Roach, L.A.N., D. J. White, and B. Roberts (2015). Assessment of 4D seismic repeatability and CO2 detection limits using a sparse permanent land array at the Aquistore CO2 storage site
• White, D.J., L. A. N. Roach, and B. Roberts (2015). Time-lapse seismic performance of a sparse permanent array: Experience from the Aquistore CO2 storage site
• Blanchard T. and P. Delommot (2015). An example of the measurement and practical applications of time-lapse seismic attenuation
• Saul M. and D. Lumley (2015). The combined effects of pressure and cementation on 4D seismic data
• Alexandrov, D., A. Bakulin, R. Burnstad, and B. Kashtan (2015). Improving imaging and repeatability on land using virtual source redatuming with shallow buried receivers
• Vasco, D.W., A. Bakulin, H. Baek, and L. R. Johnson (2015). Reservoir characterization based upon the onset of time-lapse amplitude changes
• Boullenger, B., A. Verdel, B. Paap, J. Thorbecke, and D. Draganov (2015). Studying CO2 storage with ambient-noise seismic interferometry: A combined numerical feasibility study and field-data example for Ketzin, Germany
• Thore P. and Th. D. Blanchard (2015). 4D propagated layer-based inversion

• Furre, A.-K. and Eiken, O. (2014), Dual sensor streamer technology used in Sleipner CO2 injection monitoring
• Eggenberger, K., Christie, P., Vassallo, M., Özbek, A., Muyzert, E., van Manen, D.-J. and Kragh, E. (2014), Fidelity and repeatability of wave fields reconstructed from multicomponent streamer data.
• Mordret A., N. Shapiro and S. Singh (2014). Seismic noise-based time-lapse monitoring of the Valhall overburden
• Yang, D., Malcolm, A., Fehler, M., and Huang, L. (2014). Time-lapse walkaway vertical seismic profile monitoring for CO2 injection at the SACROC enhanced oil recovery field: A case study
• Li, J., Liner, C., and Stewart, R. (2014). Time-lapse seismic modeling for CO2 sequestration at the Dickman Oilfield, Kansas

• Zhang Z. and L. Huang (2013). Double-difference elastic-waveform inversion with prior information for time-lapse monitoring
• de Ridder S.A.L. and B.L. Biondi (2013). Daily reservoir-scale subsurface monitoring using ambient seismic noise
• Almutlaq, M. and Margrave, G. (2013). Surface-consistent matching filters for time-lapse seismic processing.
• Shragge, J. and Lumley, D. (2013). Time-lapse wave-equation migration velocity analysis
• Shabelansky, A., Malcolm, A., and Fehler, M. (2013). Data-driven estimation of the sensitivity of target-oriented time-lapse seismic imaging to source geometry
• Queißer, M. and Singh, S. (2013). Localizing CO2 at Sleipner — Seismic images versus P-wave velocities from waveform inversion
• Ali, M., Barkat, B., Berteussen, K., and Small, J. (2013). A low-frequency passive seismic array experiment over an onshore oil field in Abu Dhabi, United Arab Emirates
• Lambert, M., Saenger, E., Quintal, B., and Schmalholz, S. (2013). Numerical simulation of ambient seismic wavefield modification caused by pore-fluid effects in an oil reservoir

• Boelle, J., Brechet, E., Ceragioli, E., Nawab, R., Lecerf, D., and Lafram, A. (2012). A large-scale validation of OBN technology for time-lapse studies through a pilot test, deep offshore Angola
• Thore, P. and Hubans, C. (2012). 4D seismic-to-well tying, a key step towards 4D inversion
• Williams, G. and Chadwick, A. (2012). Quantitative seismic analysis of a thin layer of CO2 in the Sleipner injection plume
• Shawn Smith, S. and Tsvankin, I. (2012). Modeling and analysis of compaction-induced traveltime shifts for multicomponent seismic data.
• Hildebrand, J.A., L. Armi, and P. C. Henkart, 2012, Seismic imaging of the water-column deep layer associated with the Deepwater Horizon oil spill
• Zhang, F., Juhlin, C., Cosma, C., Tryggvason, A. and Pratt, R. G. (2012), Cross-well seismic waveform tomography for monitoring CO2 injection: a case study from the Ketzin Site, Germany
• Johnston, D. and Laugier, B. (2012). Resource assessment based on 4D seismic and inversion at Ringhorne Field, Norwegian North Sea

• Zadeh H.M. and M. Landro, 2011, Monitoring a shallow subsurface gas flow by time-lapse refraction analysis
• Rubino, J. G., D. R. Velis, and M. D. Sacchi (2011), Numerical analysis of wave-induced fluid flow effects on seismic data: Application to monitoring of CO2 storage at the Sleipner field
• Rubino and D. R. Velis, 2011, Seismic characterization of thin beds containing patchy carbon dioxide-brine distributions: A study based on numerical simulations
• Dubos-Sallée N. and P. N. J. Rasolofosaon, 2011, Estimation of permeability anisotropy using seismic inversion for the CO2 geological storage site of Sleipner (North Sea)
• Rabben T.E. and B. Ursin, 2011, AVA inversion of the top Utsira Sand reflection at the Sleipner field
• Zadeh, H.M., M. Landro, and O. I. Barkved, 2011, Long-offset time-lapse seismic: Tested on the Valhall LoFS data
• Witten B. and B. Artman, 2011, Signal-to-noise estimates of time-reverse images
• Trani, M., R. Arts, O. Leeuwenburgh, and J. Brouwer, 2011, Estimation of changes in saturation and pressure from 4D seismic AVO and time-shift analysis

• Lumley, D., 2010 4D seismic monitoring of CO2 sequestration
• Vanorio, T., G. Mavko, S. Vialle, and K. Spratt, 2010 The rock physics basis for 4D seismic monitoring of CO2 fate: Are we there yet?
• Urosevic, M., R. Pevzner, A. Kepic, P. Wisman, V. Shulakova, and S. Sharma, 2010 Time-lapse seismic monitoring of CO2 injection into a depleted gas reservoir—Naylor Field, Australia
• Chadwick, A., G. Williams, N. Delepine, V. Clochard, K. Labat, S. Sturton, M.-L Buddensiek, M. Dillen, M. Nickel, A-L. Lima, R. Arts, F. Neele, and G. Rossi, 2010 Quantitative analysis of time-lapse seismic monitoring data at the Sleipner CO2 storage operation
• Ma J. and I. Morozov, 2010 AVO modeling of pressure-saturation effects in Weyburn CO2 sequestration
• Ayeni G. and B. Biondi, 2010, Target-oriented joint least-squares migration/inversion of time-lapse seismic data sets
• Smith T. and R. Snieder, 2010, Seismic modeling and analysis of a prototype heated nuclear waste storage tunnel, Yucca Mountain, Nevada
• da Silva Ritter, G.L., 2010, Water velocity estimation using inversion methods

• White D., 2009, Monitoring CO2 storage during EOR at the Weyburn-Midale Field
• Dodds, K., T. Daley, B. Freifeld, M. Urosevic, A. Kepic, and S. Sharma, 2009, Developing a monitoring and verification plan with reference to the Australian Otway CO2 pilot project
• Eisner, L., P. M. Duncan, W. M. Heigl, and W. R. Keller, 2009, Uncertainties in passive seismic monitoring
• Davis T.L. and R. D. Benson, 2009, Tight-gas seismic monitoring, Rulison Field, Colorado
• Lacombe, C., S. Butt, G. Mackenzie, M. Schons, and R. Bornard, 2009, Correcting for water-column variations
• Vernik L. and J. Hamman, 2009, Stress sensitivity of sandstones and 4D applications
• Zhang, H., S. Sarkar, M. N. Toksöz, H. S. Kuleli, and F. Al-Kindy, 2009, Passive seismic tomography using induced seismicity at a petroleum field in Oman
• Hale D., 2009 A method for estimating apparent displacement vectors from time-lapse seismic images
• Naeini, E. H. Hoeber, G. Poole, and H. R. Siahkoohi, 2009 Simultaneous multivintage time-shift estimation
• Herwanger J.V. and S. A. Horne, 2009 Linking reservoir geomechanics and time-lapse seismics: Predicting anisotropic velocity changes and seismic attributes
• Fomel S. and L. Jin, 2009 Time-lapse image registration using the local similarity attribute
• Ghaderi A. and M. Landro, 2009 Estimation of thickness and velocity changes of injected carbon dioxide layers from prestack time-lapse seismic data
• Fuck, R.F., A. Bakulin, and I. Tsvankin, 2009 Theory of traveltime shifts around compacting reservoirs: 3D solutions for heterogeneous anisotropic media

• Bakulin, A., M. Jaaskelainen, A. Sidorov, and B. Kashtan, 2008, Downhole acoustic surveillance of deepwater wells
• Nakayama, T., A. Takahashi, L. Skinner, and A. Kato, 2008, Monitoring an oil-sands reservoir in northwest Alberta using time-lapse 3D seismic and 3D P-SV converted-wave data
• Roy, B., P. Anno, and M. Gurch, 2008, Imaging oil-sand reservoir heterogeneities using wide-angle prestack seismic inversion
• Bertrand A. and J. Thiebaud, 2008, Detectability and time-shift estimation with high-resolution, time-lapse seismic
• Meadows M., 2008, Time-lapse seismic modeling and inversion of CO2 saturation for storage and enhanced oil recovery
• van Gestel, J.P., J.H. Kommedal, O. I. Barkved, I. Mundal, R. Bakke, and K. D. Best, 2008, Continuous seismic surveillance of Valhall Field
• Ebaid, H., A. Tura, M. Nasser, P. Hatchell, F. Smit, N. Payne, D. Herron, D. Stanley, J. Kaldy, and C. Barousse, 2008, First dual-vessel high-repeat GoM 4D survey shows development options at Holstein Field
• Thompson M. and M. Andersen, 2008, Focused seismic monitoring
• Foster, D., S. Fowler, J. McGarrity, M. Riviere, N. Robinson, R. Seaborne, and P. Watson, 2008, Building on BP's large-scale OBC monitoring experience—The Clair and Chirag-Azeri projects
• Landro M. and L. Skopintseva, 2008, Potential improvements in reservoir monitoring using permanent seismic receiver arrays
• Bakulin, A, F. Karpfinger, and B. Gurevich, 2008, Understanding the acoustic response of deepwater completions
• Davies, D., F. Al-Khelaiwi, K. Muradov, Y. Qing, Y. Rafiei, G. Aggrey, and F. Al-Mutairi, 2008, Applications of permanent sensors for real-time well management
• Bouska J., 2008, Advantages of wide-patch, wide-azimuth ocean-bottom seismic reservoir surveillance
• Ronen S. and B. Anderson, 2008, Seismic surveillance using redeployed ocean-bottom nodes
• Bakulin A. and V. Korneev, 2008, Acoustic signatures of crossflow behind casing in commingled reservoirs: A case study from Teapot Dome
• Mehta, K., J. L. Sheiman, R. Snieder, and R. Calvert, 2008, Strengthening the virtual-source method for time-lapse monitoring
• Landro, M., 2008, The effect of noise generated by previous shots on seismic reflection data
• Vasco, D.W., H. Keers, J. Khazanehdari, and A. Cooke, 2008, Seismic imaging of reservoir flow properties: Resolving water influx and reservoir permeability

• Staples, R., J. Ita, R. Burrell, and R. Nash, 2007, Monitoring pressure depletion and improving geomechanical models of the Shearwater Field using 4D seismic
• Rickett, J., L. Duranti, T. Hudson, B. Regel, and N. Hodgson, 2007, 4D time strain and the seismic signature of geomechanical compaction at Genesis
• Hodgson, N., C. MacBeth, L. Duranti, J. Rickett, and K. Nihei, 2007, Inverting for reservoir pressure change using time-lapse time strain: Application to Genesis Field, Gulf of Mexico
• Hawkins, K., S. Howe, S. Hollingworth, G. Conroy, L. Ben-Brahim, C. Tindle, N. Taylor, G. Joffroy, and A. Onaisi, 2007, Production-induced stresses from time-lapse time shifts: A geomechanics case study from Franklin and Elgin fields
• Roste, T., M. Landro and P. Hatchell (2007), Monitoring overburden layer changes and fault movements from time-lapse seismic data on the Valhall Field
• Spetzler, J., D. Sijacic, and K.-H. Wolf (2007), Application of a linear finite-frequency theory to time-lapse crosswell tomography in ultrasonic and numerical experiments
• Ajo-Franklin, J.B., B. J. Minsley, and T. M. Daley (2007), Applying compactness constraints to differential traveltime tomography
• Duffaut K. and M. Landro (2007), Vp/Vs ratio versus differential stress and rock consolidation — A comparison between rock models and time-lapse AVO data

• Tura A., 2006, Introduction to this special section: Reservoir surveillance
• Staples, R., A. Cook, J. Braisby, B. Hodgson, and A. Mabillard, 2006, Integration of 4D seismic data and the dynamic reservoir model reveal new targets in Gannet C
• Osdal, B., O. Husby, H. A. Aronsen, N. Chen, and T. Alsos, 2006, Mapping the fluid front and pressure buildup using 4D data on Norne Field
• Tura, A., U. Etuk, and S.Udo, 2006, Using time-lapse seismic for field development at Nembe Creek, Nigeria
• Gonzalez-Carballo, A., P.-Y. Guyonnet, B. Levallois, A. Veillerette, and R. Deboiasne, 2006, 4D monitoring in Angola and its impact on reservoir understanding and economics
• Walker, G., P. Allan, R. Trythall, R. Parr, M. Marsh, R. Kjelstadli, O. Barkved, D. Johnson, and S. Lane, 2006, Three case studies of progress in quantitative seismic-engineering integration
• Tura, A., D. Hohl, S. Bourne, R. Moen, R. Nutbrown, M. Thomas, and T. Lanson, 2006, Feasibility of monitoring compaction and compartmentalization using 4D time shifts and seafloor subsidence
• Janssen, A., G. Byerley, K. K. Ediriweera, T. A. Hope, K.B. Rasmussen, and K. Westeng, 2006, Simulation-driven seismic modeling applied to the design of a reservoir surveillance system for Ekofisk Field
• Smit, F., M. Ligtendag, P. Wills, and R. Calvert, 2006, Toward affordable permanent seismic reservoir monitoring using the sparse OBC concept
• Bakulin A. and R. Calvert, 2006, The virtual source method: Theory and case study
• Roste, T., A. Stovas, and M. Landro, 2006, Estimation of layer thickness and velocity changes using 4D prestack seismic data
• Daley, T.M., M. A. Schoenberg, J. Rutqvist, and K. T. Nihei, 2006, Fractured reservoirs: An analysis of coupled elastodynamic and permeability changes from pore-pressure variation
• Hafslund Veire H., H. Grude Borgos, and M. Landro, 2006, Stochastic inversion of pressure and saturation changes from time-lapse AVO data
• Spetzler J. and O. Kvam, 2006, Discrimination between phase and amplitude attributes in time-lapse seismic streamer data
• Isaac J.H. and D. C. Lawton, 2006, A case history of time-lapse 3D seismic surveys at Cold Lake, Alberta, Canada
• Buland A. and Y. El Ouair, 2006, Bayesian time-lapse inversion

• Keul, P.R., E. Mastin, J. Blanco, M. Maguérez, T. Bostick, and S. Knudsen, 2005, Using a fiber-optic seismic array for well monitoring
• Robinson, N., A. Ford, J. Howie, D. Manley, M. Riviere, S. Stewart, and R. Thomas, 2005 4D time-lapse monitoring of Chirag Field
• Magesan, M., S. Depagne, K. Nixon, B. Regel, J. Opich, G. Rogers, and T. Hudson , 2005, Seismic processing for time-lapse study : Genesis Field, Gulf of Mexico
• Kvam O. and M. Landro, 2005, Pore-pressure detection sensitivities tested with time-lapse seismic data
• Stovas A. and M. Landro, 2005, Fluid-pressure discrimination in anisotropic reservoir rocks — A sensitivity study

• Vasco, D.W., A.Datta-Gupta, R. Behrens, P. Condon, and J. Rickett, 2004, Seismic imaging of reservoir flow properties: Time-lapse amplitude changes
• Landro M. and J. Stammeijer , 2004, Quantitative estimation of compaction and velocity changes using 4D impedance and traveltime changes
• Korneev V.A., G. M. Goloshubin, T. M. Daley, and D/ B. Silin, 2004, Seismic low-frequency effects in monitoring fluid-saturated reservoirs
• Minkoff S.E., C. M. Stonez, S. Bryant, and M. Peszynska, 2004, Coupled geomechanics and flow simulation for time-lapse seismic modeling
• Ellison S.J., M. G. Imhofz, C. Coruhz, A. D. Fuqua, and S. C. Henry, 2004, Modeling offset-dependent reflectivity for time-lapse monitoring of water-flood production in thin-layered reservoirs

• Zou Y. and L. R. Bentley, 2003, Time-lapse well log analysis, fluid substitution, and AVO
• MacKay, S., J. Fried, and C. Carvill, 2003, The impact of water-velocity variations on deepwater seismic data
• Bertrand A. and C. MacBeth, 2003, Seawater velocity variations and real-time reservoir monitoring
• Schonewille, M.A. , R. Romijn, A. J. W. Duijndam, and L. Ongkiehong, 2003, A general reconstruction scheme for dominant azimuth 3D seismic data
• Landro, M., H. H. Veire, K. Duffaut, and N. Najjar, 2003, Discrimination between pressure and fluid saturation changes from marine multicomponent time-lapse seismic data
• Swanston, A.M., P. B. Flemings, J. T. Comisky, and K. D. Best, 2003, Time-lapse imaging at Bullwinkle field, Green Canyon 65, offshore Gulf of Mexico
• Sengupta, M., G. Mavko and T. Mukerji, 2003, Quantifying subresolution saturation scales from time-lapse seismic data: A reservoir monitoring case study
• Vesnaver, A.L., F. Accaino, G. Bohm, G. Madrussani, J. Pajchel, G. Rossi, and G. Dal Moro, 2003, Time-lapse tomography

• Watson, I.A., L. R. Lines, and K. F. Brittle, 2002, Heavy-oil reservoir characterization using elastic wave properties
• Kragh E. and P. Christie, 2002, Seismic repeatability, normalized rms, and predictability
• Laws, Robert & Kragh, Ed (2002), Rough seas and time-lapse seismic

• Fanchi J.R., 2001, Time-lapse seismic monitoring in reservoir management
• Huang X., 2001, Integrating time-lapse seismic with production data: A tool for reservoir engineering
• Olden P., P. Corbett, R. Westerman, J. Somerville, B. Smart and N. Koutsabeloulis, 2001, Modeling combined fluid and stress change effects in the seismic response of a producing hydrocarbon reservoir
• Vasco D.W. and A. Datta-Gupta, 2001, Asymptotics, streamlines, and reservoir modeling: A pathway to production tomography
• Pennington W., H. Acevedo, J. I. Haataja and A. Minaeva, 2001, Seismic time-lapse surprise at Teal South: That little neighbor reservoir is leaking!
• Xu H. and A.M. Nur, 2001, Integrating reservoir engineering and satellite remote sensing for (true) continuous time-lapse reservoir monitoring
• Mjaaland S., E. Causse and A.-M. Wulff, 2001, Seismic monitoring from intelligent wells
• Wright C.A. and L. Weijers, 2001, Hydraulic fracture reorientation: Does it occur? Does it matter?
• Entralgo R. and S. Spitz, 2001, The challenge of permanent 4-C seafloor systems
• Meunier, J. , F. Huguet and P. Meynier, 2001, Reservoir monitoring using permanent sources and vertical receiver antennae: The Céré-la-Ronde case study
• Hottman W.E. and M.P. Curtis, 2001, Borehole seismic sensors in the instrumented oil field
• Lumley D.E., 2001, The next wave in reservoir monitoring: The instrumented oil field
• Smith, P., J. I. Berg, S. Eidsvig, I. Magnus, F. Verhelst and J. Helgesen, 2001, 4-D seismic in a complex fluvial reservoir: The Snorre feasibility study
• Huang, X. , R. Will, M. Khan and L. Stanley, 2001, Integration of time-lapse seismic and production data in a Gulf of Mexico gas field
• Merkel, R.H., R. D. Barree and G. Towle, 2001, Seismic response of Gulf of Mexico reservoir rocks with variations in pressure and water saturation
• Sherlock, D.H., J. Mckenna and B. J. Evans, 2001, Time-lapse monitoring of immiscible fluid-flow models
• Rickett J.E. and D. E. Lumley, 2001, Cross-equalization data processing for time-lapse seismic reservoir monitoring: A case study from the Gulf of Mexico
• Landro, M. 2001, Discrimination between pressure and fluid saturation changes from time-lapse seismic data
• Lumley D.E., 2001, Time-lapse seismic reservoir monitoring

• Koster, K., P. Gabriels, M. Hartung, J. Verbeek, G. Deinum and R. Staples, 2000, Time-lapse seismic surveys in the North Sea and their business impact
• Johnston, D.H., J.E. Eastwood, J.J. Shyeh, R. Vauthrin, M. Khan and L.R. Stanley, 2000, Using legacy seismic data in an integrated time-lapse study: Lena Field, Gulf of Mexico
• Leggott, R., R.G. Williams and M. Skinner, 2000, Collocation of 4-D seismic data in the presence of systematic navigational errors
• Robertsson, J.O.A., C. M. Sayers, C. H. Chapman and S. Ryan-Grigor, 2000, A finite-difference injection approach to modeling seismic fluid flow monitoring
• Robertsson, J.O.A. and C. H. Chapman, 2000, An efficient method for calculating finite-difference seismograms after model alterations
• Burkhart, T., A. R. Hoover and P. B. Flemings, 2000, Time-lapse (4-D) seismic monitoring of primary production of turbidite reservoirs at South Timbalier Block 295, offshore Louisiana, Gulf of Mexico

• Landro, M., 1999, Repeatability issues of 3-D VSP data
• Schmitt D.R., 1999, Seismic attributes for monitoring of a shallow heated heavy oil reservoir: A case study

• Meunier, J. and F. Huguet, 1998, Céré-la-Ronde : A laboratory for time-lapse seismic monitoring in the Paris Basin
• Talley, T.L. Davis, R. D. Benson and S.L. Roche, 1998, Dynamic reservoir characterization of Vacuum Field
• Biondi, B., G. Mavko, T. Mukerji, J. Rickett, D. Lumley, C. Deutsch, R. Gundeso and M. Thiele, 1998, Reservoir monitoring: A multidisciplinary feasibility study
• Anderson, R., G. Guerin, W. He, A. Boulanger and U. Mello, 1998, 4-D seismic reservoir simulation in a South Timbalier 295 turbidite reservoir
• Johnston, D.H., R.S. Mckenny, J. Verbeek and J. Almond, 1998, Time-lapse seismic analysis of Fulmar Field
• Huang, X., L. Meister and R. Workman, 1998, Improving production history matching using time-lapse seismic data
• He, W., G. Guerin, R. N. Anderson and U. Mello, 1998, Time-dependent reservoir characterization of the LF sand in the South Eugene Island 330 Field, Gulf of Mexico
• Key, S.C., S. H. Pederson and B. A. Smith, 1998, Adding value to reservoir management with seismic monitoring technologies
• Winterstein, D., J. Stefani and D. Julander, 1998, 9-C time-lapse VSP monitoring of steam injection at Cymric Oil Field
• Landa E. and S. Keydar, 1998, Seismic monitoring of diffraction images for detection of local heterogeneities

• Sonneland, L., H. Hafslund Veire, B. Raymond, C. Signer, L. Pedersen, S. Ryan and C. Sayers, 1997, Seismic reservoir monitoring on Gullfaks
• Capello de P., M.A. and M. Batzle, 1997, Rock physics in seismic monitoring
• Jenkins, S.D., M. W. Waite and M. F. Bee, 1997, Time-lapse monitoring of the Duri steamflood: A pilot and case study
• Waite M.W. and R. Sigit, 1997, Seismic monitoring of the Duri steamflood: Application to reservoir management
• Beasley, C.L., R. E. Chambers, R. L. Workman, K. L. Craft and L. J. Meister, 1997, Repeatability of 3-D ocean-bottom cable seismic surveys
• Lumley, D.E., R.A. Behrens and Z. Wang, 1997, Assessing the technical risk of a 4-D seismic project
• Ross, J.M. , 1997, Integrated petrophysical-geostatistical reservoir characterization compared to layer-cake through flow simulation
• Lazaratos, S.K. and B. P. Marion, 1997, Crosswell seismic imaging of reservoir changes caused by CO2 injection
• Ross C.P. and M. S. Altan, 1997, Time-lapse seismic monitoring: Some shortcomings in nonuniform processing
• Chen, Q. and S. Sidney, 1997, Seismic attribute technology for reservoir forecasting and monitoring
• Withers R.J. and M. L. Batzle, 1997, Modeling velocity changes associated with a miscible flood in the Prudhoe Bay Field
• Liu, E. S. Crampin and J. A. Hudson, 1997, Diffraction of seismic waves by cracks with application to hydraulic fracturing

• Meadows M.A. and D. F. Winterstein, 1994, Seismic detection of a hydraulic fracture from shear-wave VSP data at Lost Hills field, California

• Wang, Z., W. K. Hirsche, and G. Sedgwick, 1991, Seismic monitoring of water floods? - A petrophysical study
• Hassanzadeh S. , 1991, Acoustic modeling in fluid-saturated porous media

• Bregman, N.D., P. A. Hurley, and G. F. West , 1989, Seismic tomography at a fire-flood site

• Macrides, C.G., E. R. Kanasewich, and S. Bharatha , 1988, Multiborehole seismic imaging in steam injection heavy oil recovery projects

• Laine E.F. , 1987, Remote monitoring of the steam-flood enhanced oil recovery process
• Greaves R.J. and T. J. Fulp , 1987, Three-dimensional seismic monitoring of an enhanced oil recovery process

• Finger C. and E. H. Saenger (2021), Determination of the time-dependent moment tensor using time reverse imaging
• Borges, F., M. Landro, and K. Duffaut (2020), Time-lapse seismic analysis of overburden water injection at the Ekofisk field, southern North Sea
• Willacy C., E. van Dedem, S. Minisini, J. Li, J. Blokland, I. Das, and A. Droujinine (2019). Full-waveform event location and moment tensor inversionfor induced seismicity
• Zhang, Z., J. W. Rector, and M. J. Nava (2018). Microseismic hydraulic fracture imaging in the Marcellus Shale using head waves
• Li Z. and M. van der Baan (2016). Microseismic event localization by acoustic time reversal extrapolation
• Nakata N. and G. C. Beroza (2016). Reverse time migration for microseismic sources using the geometric mean as an imaging condition
• Belayouni, N., A. Gesret, G. Daniel, and M. Noble (2015). Microseismic event location using the first and reflected arrivals
• Grechka, V., A. De La Pena, E. Schisselé-Rebel, E. Auger, and P.-F. Roux (2015). Relative location of microseismicity.
• Folesky, J., J. Kummerow, and S. A. Shapiro (2015). Microseismic rupture propagation imaging
• Zhebel O. and L. Eisner (2015). Simultaneous microseismic event localization and source mechanism determination
• Song, F., Warpinski, N., and Toksöz, M. (2014). Full-waveform based microseismic source mechanism studies in the Barnett Shale: Linking microseismicity to reservoir geomechanics
• Haldorsen, J., Brooks, N., and Milenkovic, M. (2013). Locating microseismic sources using migration-based deconvolution
• Blias, E. and Grechka, V. (2013). Analytic solutions to the joint estimation of microseismic event locations and effective velocity model
• Williams-Stroud, S., Ozgen, C., and Billingsley, R. (2013). Microseismicity-constrained discrete fracture network models for stimulated reservoir simulation
• Grechka, V., P. Mazumdar, and S. A. Shapiro, 2010, Predicting permeability and gas production of hydraulically fractured tight sands from microseismic data
• De Meersman, K., J.-M. Kendall, and M. van der Baan, 2009 The 1998 Valhall microseismic data set: An integrated study of relocated sources, seismic multiplets, and S-wave splitting
• Dyer, U. Schanz, F. Ladner, M. O. Häring, and T. Spillman, 2008, Microseismic imaging of a geothermal reservoir stimulation
• Miyazawa, M., A. Venkataraman, R. Snieder, and M. A. Payne, 2008, Analysis of microearthquake data at Cold Lake and its applications to reservoir monitoring
• T. Bardainne, N. Dubos-Sallée, G. Sénéchal, P. Gaillot and H. Perroud, 2008, Analysis of the induced seismicity of the Lacq gas field (Southwestern France) and model of deformation
• Michelet, S., and M. N. Toksöz (2007), Fracture mapping in the Soultz-sous-Forêts geothermal field using microearthquake locations
• Soma, N., H. Niitsuma, and R. Baria (2007), Reflection imaging of deep reservoir structure based on three-dimensional hodogram analysis of multicomponent microseismic waveforms
• Rentsch, S., S. Buske, S. Lüth, and S. A. Shapiro (2007), Fast location of seismicity: A migration-type approach with application to hydraulic-fracturing data
• Arrowsmith S.J. and L. Eisner, 2006, A technique for identifying microseismic multiplets and application to the Valhall field, North Sea
• Le Calvez, J.H., L. Bennett, K. V. Tanner, W. D. Grant, L. Nutt, V. Jochen, W. Underhill, and J. Drew, 2005, Monitoring microseismic fracture development to optimize stimulation and production in aging fields
• Shapiro, S.A., S. Rentsch, and E. Rothert, 2005, Characterization of hydraulic properties of rocks using probability of fluid-induced microearthquakes
• Rutledge J.T. and W. S. Phillips, 2003, Hydraulic stimulation of natural fractures as revealed by induced microearthquakes, Carthage Cotton Valley gas field, east Texas
• Maxwell S.C. and T. I. Urbancic, 2001, The role of passive microseismic monitoring in the instrumented oil field
• Ross, A., G. R. Foulger and B. R. Julian, 1999, Source processes of industrially-induced earthquakes at The Geysers geothermal area, California
• Blair D.P., 1995, Soil-embedded detector mounts for seismic monitoring