Application of the Electromagnetic Method to the Spatial Distribution of Subsurface Saline and Fresh Water in the Coastal Mudflat Area of Jiangsu Province

Interfacial zones straddling terrestrial and marine realms, colloquially known as mudflats, epitomize a dynamic nexus between these environments are fundamental to the coastal ecosystem. The investigation of regions is paramount for facilitating infrastructural developments including ports, wharfs, cross-sea bridges, strategic utilization freshwater resources sequestered from mainland islands amid ongoing economic progress. Terrestrial realms conventionally employ electromagnetic techniques efficacious modalities delineate subterranean geological information, encompassing structural details water-bearing strata. However, peculiar topographic nuances mudflat pose substantial challenges application methodologies. present paper endeavors address by suggesting innovative modifications existing instrumentation evolving novel data acquisition specifically tailored exploration within environments. This delves into electrical characteristics layers ascertains pertaining structure spatial distribution fresh saline water resources, through holistic interpretation multitude profiles.