The diffractive component of the wavefield is often treated as noise during traditional
preprocessing workflows. However, it possesses valuable information for imaging faults …

Seismic diffraction events, often overlooked as noise in conventional seismic imaging
methods, contain valuable high-resolution information about subsurface structures and …

Instead of dismissing seismic diffractions as interfering noise and ignoring or suppressing
them, they can be used to identify small geological discontinuities such as faults, dykes, and …

Subsurface discontinuous features, such as faults, cavities, and pinch-outs, are commonly
related to the spatial distribution of hydrocarbon reservoir zones and safe coal mining …

The small geophone spacing and spread lengths commonly used to investigate ultrashallow
layers in conjunction with the limited bandwidth of surface impact sources do not allow for …

Soil erosion is one of the most significant challenges for soil management and agri-food
production threatening human habitat and livelihood. Although soil erosion due to surficial …

Near-surface voids, tunnels or high-contrast anomalies, if properly excited can produce
scattering energy coming to the surface in the form of resonant emission. Several …

Аннотация Предлагаемая работа посвящена теории и алгоритмам расчёта
кинематических параметров волновых полей на каждой трассе и на каждом времени …

Near-surface seismic data often show high levels of noise that if not filtered, affect imaging
results. In this work we compare three stacking techniques for near-surface reflection …