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Abstract

This collection of research addresses the multifaceted field of gas hydrate exploration. It covers advanced seismic techniques for identification and characterization, the integration of electromagnetic methods for enhanced reliability, and downhole logging for direct evidence in deep marine environments. Fundamental pore-scale mechanisms, geological controls via fluid migration pathways, and advanced seismic inversion are explored. Furthermore, the geotechnical implications of hydrates, the utility of controlled-source electromagnetics, thermodynamic stability conditions, and challenges in unconventional settings are discussed. Collectively, these studies highlight the need for integrated, multi-disciplinary approaches and continuous technological innovation in gas hydrate exploration.