News and Announcements
Column
With the rapid development of different disciplines, we have set up Column to deeply explore, comprehensively report, and focus on highly innovative and highly academically valuable scientific research results in the research fields covered by each journal. Column brings together the best topics selected by the Editor-in-Chief’s and Editorial Board’s teams based on the future academic trends and the latest research hotspots of different disciplines around the world to publish high-quality scientific research and academic results after soliciting contributions and rigorous peer review.
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Seismic Data Acquisition and Field Techniques
Summary: This section focuses on the entire lifecycle of seismic data gathering – from survey design to field execution and quality assurance, covering advanced acquisition geometries (e.g., wide-azimuth, multi-component, distributed acoustic sensing), innovative sources (vibrator arrays, marine vibrators, encoded sources) and receiver technologies (digital sensors, MEMS accelerometers, ocean-bottom nodes). It addresses challenges in land, marine, transition-zone, and borehole environments, including noise mitigation, terrain access, and environmental regulations. Submissions should detail field methodologies, real-time QC systems, efficiency optimization (simultaneous sourcing, nodal automation), and sustainability practices (reduced environmental footprint, low-emission operations). Case studies demonstrating novel solutions to operational hurdles are encouraged.
Release Date: 2025
Seismic Signal Processing and Imaging
Summary: This section focuses on transforming raw seismic data into high-fidelity subsurface images through physics-driven and data-driven workflows. Topics include preprocessing (deblending, denoising, demultiple, amplitude correction), velocity model building (tomography, FWI), imaging algorithms (Kirchhoff, RTM, LSM, LSRTM), and resolution enhancement (deconvolution, Q-compensation). Emphasis is placed on multi-dimensional processing (3D/4D, 5D interpolation), machine learning integration (for signal separation, velocity prediction, or automated QC), elastic/viscoacoustic imaging, and uncertainty quantification. Submissions must demonstrate technical novelty and practical impact on interpretability, artifact suppression, or structural/stratigraphic resolution. Comparative analyses of methods are welcome.
Release Date: 2025
Seismic Inversion and Modeling
Summary: This section focuses on quantitative interpretation of seismic data to derive rock and fluid properties using physics-based and statistical approaches, covering deterministic inversion (post-stack/pre-stack, AVO/AVA), stochastic inversion, rock physics modeling (effective medium theories, Gassmann, fluid substitution), full-waveform inversion (FWI), and joint inversion (with gravity, EM, or well data). Studies should translate seismic attributes into reservoir properties (porosity, saturation, lithofacies, permeability, pore pressure) or geomechanical parameters (stress, brittleness). Submissions require robust methodology validation via synthetic benchmarks or field examples, addressing ambiguity reduction, uncertainty analysis, and scalability. Applications to CCUS monitoring or unconventional reservoirs are of high interest.
Release Date: 2025
Seismic Interpretation and Geological Applications
Summary: This section integrating seismic analysis with geological context to solve practical exploration and development challenges, including structural interpretation (fault/fracture detection, trap analysis), stratigraphic analysis (sequence stratigraphy, channel delineation), seismic attribute workflows (geometric, amplitude, spectral decomposition), geobody extraction, reservoir characterization (net pay, connectivity, anisotropy), and 4D seismic for reservoir monitoring. Submissions must bridge seismic data with geological/petrophysical constraints, demonstrating value in risk reduction, drill target optimization, reserves estimation, or field development planning. Integration with machine learning (facies classification, automated horizon tracking) and multi-disciplinary studies (geomechanics, basin modeling) are encouraged.
Release Date: 2025
Instrumentation and Software Technologies
Summary: This section covers hardware and software innovations enabling efficient, high-resolution seismic workflows. Hardware topics should include novel sensor designs (DAS, fiber-optic, MEMS), acquisition systems (wireless nodes, seabed arrays), source controllers, and field telemetry. Software topics should include processing/imaging packages, AI-driven interpretation platforms, cloud/HPC solutions, visualization tools (VR/AR), real-time monitoring systems, and data management frameworks. Submissions should highlight technical specifications (bandwidth, dynamic range, scalability), performance benchmarks, usability improvements, or interoperability with industry standards (SEG-Y, OSDU). Case studies showcasing operational impact (cost/time savings, data quality uplift) are prioritized.
Release Date: 2025
Interdisciplinary and Emerging Technologies
Summary: This section focuses on cutting-edge and cross-domain innovations poised to transform seismic exploration. We welcome papers in AI/ML breakthroughs (generative models for data augmentation, transformers for interpretation, physics-informed neural networks), novel sensing (quantum gravimeters, distributed vibration sensing), non-seismic integration (gravity-magnetics, EM, CSEM), advanced seismic modalities (4D/4C, shear-wave splitting, passive seismic), and sustainable technologies (biodegradable streamers, low-impact sources). Submissions should articulate technical disruption, scalability potential, and solutions to industry challenges (e.g., sub-salt imaging, deep target resolution). Proof-of-concept studies, field trials, and reviews of frontier technologies are suitable.
Release Date: 2025