Electrokinetic effect provided by long oceanic waves coming on shore

Electrokinetic effect (EK) caused by long oceanic waves in porous water-saturated rocks of seabed and shore is examined theoretically. One possible reason for this the motion groundwater due to volume deformation coming on shore. The same mechanism responsible seismoelectric observed during seismic passage through ground-recording station. In study, we examine another which wave-produced variable pressure plays a role piston pushing seawater into sandy or seashore thereby exciting EK effect. To estimate effect, first consider gravity wave then solve 2D‑problem variations produced bottom. This solution used describe filtration subjected seawater. current telluric electric field medium are derivable gradient fluid. amplitude has been shown decrease almost exponentially with distance from shoreline. A penetration depth as function frequency range 10‑100 mHz was analyzed. played generation ULF natural electromagnetic noise coastal zone discussed.