Iterative substitution of the coupled Marchenko equations is a novel methodology to retrieve
the Green's functions from a source or receiver array at an acquisition surface to an arbitrary …

Marchenko redatuming is a revolutionary technique to estimate Green's functions from
virtual sources in the subsurface using only data measured at the earth's surface, without …

State-of-the-art methods to image the earth's subsurface using active-source seismic
reflection data involve reverse time migration. This and other standard seismic processing …

Ocean-bottom seismic plays a crucial role in resource exploration and monitoring. However,
despite their undoubted potential, the use of coarse receiver geometries poses challenges …

Marchenko focusing and imaging are novel methods for correctly handling multiple
scattered energy while processing seismic data. However, strict requirements in the …

The goal of Marchenko redatuming is to reconstruct, from single-sided reflection data,
wavefields at virtual subsurface locations containing transmitted and reflected primaries and …

A novel application of seismic interferometry (SI) and Marchenko imaging using both surface
and borehole data is presented. A series of redatuming schemes is proposed to combine …

Marchenko redatuming is a powerful technique that allows retrieving Green's functions for
virtual receivers in the subsurface by calculating so-called focusing functions. One required …

The objective of prestack depth migration is to position reflectors at their correct subsurface
locations. However, migration methods often also generate artifacts along with physical …

Seismic methods are used in a wide variety of contexts to investigate subsurface Earth
structures, and to explore and monitor resources and waste-storage reservoirs in the …