2D+1D Decomposition of InSAR for Landslide Application

InSAR
Landslide
Remote Sensing
An exploration of the 2D+1D decomposition technique applied to InSAR for landslide analysis.
Author

Mohammad Mohseni Aref

Published

December 28, 2024

Introduction

The 2D+1D decomposition technique is revolutionizing landslide research with InSAR. This approach enables: - Resolving horizontal and vertical deformation. - Enhanced accuracy in complex terrains like high mountains.

Applications - Monitoring slow-moving landslides. - Studying seismic cycles and fault dynamics.

Conclusion The method is a transformative step for geohazard monitoring.

Citation

BibTeX citation:
@misc{mohseni_aref2024,
  author = {{Mohammad Mohseni Aref}},
  title = {2D+1D {Decomposition} of {InSAR} for {Landslide}
    {Application}},
  date = {2024-12-28},
  langid = {en}
}
For attribution, please cite this work as:
Mohammad Mohseni Aref. 2024. “2D+1D Decomposition of InSAR for Landslide Application.”