In view of the ever-increasing global energy demands and the imperative for sustainability in
extraction methods, this article surveys subsidence monitoring systems applied to oil and …

The article aims to present and verify the effectiveness of a quick (modified) approach to
measuring vertical displacements and then to measure with this method and calculate the …

The paper introduces an approach based on the combination of multi-temporal Differential
Interferometric Synthetic Aperture Radar and geographical information systems analysis to …

LIDAR is a well-known method for capturing points at extremely high resolution, but its
resolution is insufficient for tasks like object recognition, façade categorization, and …

Abstract Space geodetic techniques have achieved centimeter to even millimeter precision
in measuring earth surface deformation. However, a large data gap remains in the offshore …

The primary objective of this study was to assess differential vertical and horizontal
deformations for the offshore Kashagan oilfield located in the Northern Caspian Sea …

The geodetic dataset used in the research article entitled “Multi-technique geodetic
detection of onshore and offshore subsidence along the Upper Adriatic Sea coasts”[1] is …

The hydrate concentration model considerably affects elastic properties, including bulk and
shear modulus. Defining seismic properties of sediments, such as compressional and shear …

To investigate mining subsidence efficient technologies and methods are needed since
current ground-based methods are expensive and time-consuming and they used only to …

The hydrate concentration model considerably affects elastic properties, including bulk and
shear modulus. Defining seismic properties of sediments, such as compressional and shear …