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Why Geoscience Communication Matters

New EAGE Community on Geoscience Communication & Public Engagement

EAGE is proud to launch the new Special Interest Community on Geoscience Communication & Public Engagement. This initiative brings together geoscientists, educators, and communication experts to enhance public understanding of Earth’s systems and the critical role of geoscientists and engineers in the Energy Transition.

Why Geoscience Communication Matters

Despite the vast knowledge we have built about the Earth’s subsurface, the public remains largely unaware of its significance. While space exploration captures widespread interest, the geological world beneath our feet—rich in natural resources, essential for sustainable development, and vital to addressing climate challenges—remains underappreciated.

As Iain Stewart, a member of the community committee, explains, the geological subsurface is “not only an unfamiliar environment, it is an alien world” for most people. To bridge this gap, geoscientists must become better storytellers—translating complex technical information into compelling narratives that engage non-experts and decision-makers alike.

Our Objectives

  • Enhancing Communication Skills: Training geoscientists to effectively share knowledge through storytelling and media.
  • Bridging Science & Society: Transforming geoscientific discoveries into public action through outreach and collaboration.
  • Creating a Knowledge Hub: Offering expert guidance and hands-on training in science communication.
  • Empowering the Community: Encouraging members to become ambassadors for geoscience and the Energy Transition.

Upcoming Activities

The community will host key sessions at the EAGE Annual 2025 in Toulouse, France, including:

Get Involved!

Join us in transforming the way we communicate geoscience! Stay updated on our latest activities by updating your EAGE affiliations and connecting with us on LinkedIn. Together, we can make the subsurface as fascinating and relevant as the cosmos—shaping new, powerful narratives that inform, inspire, and drive meaningful conversations about our planet’s future.

 

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2021

Siddharth Misra

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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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