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Technical Special Interest Communities

Seismic Acquisition

Technical Special Interest Communities

Seismic Acquisition

The EAGE Seismic Acquisition community is the network of members interested in sharing know-how, experience, expertise of seismic acquisition applied to business and science.

This community is open to members in all stages of their career.

Are you interested in being part of the EAGE Seismic Acquisition Community? Update your Affiliations now!

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  • Local events and collaborations
  • Contributions to EAGE events and events on the topic
  • News and vacancies



The community is coordinated by a Committee that serves for a period of two years. The current Committee is serving the 2021 – 2023 term.

NameCompany / InstitutionCountry
Adriana Citlali RamirezTGSNorway
Anastasia PooleSchlumbergerUnited States
Chris WalkerBGP OffshoreUnited Kingdom
Johan RobertssonETHSwitzerland
Luca de VincenziGeofizyka GroupItaly
Martin LandrøNTNUNorway
Patrick RavautTotalFrance
Nicolas TellierSercelFrance
Paulo JohannPetrobrasBrazil
Per Eivind DhelieLundinNorway
Tim BriceShearwaterUnited Kingdom
Xander CampmanShellNetherlands


Would you like to take an active role within the Association? Discover all our volunteering opportunities!


Other questions or ideas?

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Update your affiliations

Connecting with professionals who share similar interests – such as the members of the Seismic Acquisition Community or the Oil & Gas Geoscience Circle – is key in promoting innovation and technical progress. That’s why we invite you to update your EAGE affiliations to Local Chapters, Circles, Technical and Special Interest Communities. This will help you stay connected with fellow members and ensure our offerings meet your needs.

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Siddharth Misra


Prof Dr Siddharth Misra’s research focuses on improving subsurface characterization and prospect evaluation for the exploration of hydrocarbons, minerals and water resources.

His major contribution is in the theory of electromagnetic responses of geological formations to various charge polarization phenomena. The theory has enabled him to introduce a multi-frequency electromagnetic log-inversion technique to remove dielectric effects for improved estimation of hydrocarbon pore volume.


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