  The Marchenko method is capable of estimating Green's functions between the
surface of the Earth and arbitrary locations in the subsurface. This method
enables the isolation of the response of a specific layer or package of layers,
free from the influence of the overburden and underburden. In this study, we
apply the Marchenko-based isolation technique to land S-wave seismic data
acquired in the Groningen province, the Netherlands, even though applying the
Marchenko method to land data is very challenging. We apply the technique for
three scenarios: overburden elimination, underburden elimination, and combined
elimination of the overburden and underburden. Our results indicate that this
approach partly enhances the resolution of reflections and eliminates internal
multiples. These enhanced reflections can be utilized for imaging and
monitoring applications, where we expect improved results due to the
elimination of the overburden and underburden.
