Full-waveform inversion (FWI) is a challenging data-fitting procedure based on full-wavefield
modeling to extract quantitative information from seismograms. High-resolution imaging at …

Heterogeneous small-scale high-contrast layers and spatial variabilities of soil properties
can have a large impact on flow and transport processes in the critical zone. Because their …

We propose a new method for the quantitative resolution analysis in full seismic waveform
inversion that overcomes the limitations of classical synthetic inversions while being …

We have developed a new full-waveform groundpenetrating radar (GPR) multicomponent
inversion scheme for imaging the shallow subsurface using arbitrary recording …

The simulation, or forward modeling, of ground penetrating radar (GPR) is becoming a more
frequently used approach to facilitate the interpretation of complex real GPR data, and as an …

During the past 80 years, ground-penetrating radar (GPR) has evolved from a skeptically
received glacier sounder to a full multicomponent 3D volume-imaging and characterization …

Information on the spatiotemporal variability of soil properties and states within the
agricultural landscape is vital to identify management zones supporting precision agriculture …

Full waveform inversion of ground-penetrating radar data is an emerging technique for the
quantitative, high-resolution imaging of the near subsurface. Here, we present a 2-D …

GPR and reflection seismics share common physical and methodological bases but are
sensitive to different subsurface physical properties. The peculiarities of the electromagnetic …

Conventional ray-based techniques for analyzing common-midpoint (CMP) ground-
penetrating radar (GPR) data use part of the measured data and simplified approximations …