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.
Quantifying the effects of micro-cracks on velocity anisotropy in lacustrine shales with variable sedimentary structures
Joint PP- and PS-wave amplitude variation with angle inversion for thin interbeds
Geophysical prediction and evaluation of lacustrine shale oil and gas: Applications in the Fuxing area
Influence of filling characteristics on rock physical properties of deep carbonate reservoirs based on digital rock modeling
Influence of microstructural characteristics and boundary conditions on the viscoelastic properties of carbonate rocks
