Papers
5
Total Citations
99
H-Index
5
About
Daniele Giordan is a prominent geoscientist whose research sits at the intersection of geohazard monitoring, remote sensing, and geological risk assessment. His work has fundamentally advanced the ways in which landslides, glaciers, and ground deformations are measured and understood, with particular emphasis on developing innovative multi-sensor monitoring systems for complex and hazardous terrains. Giordan has made significant contributions through the integration of cutting-edge technologies — including robotized inclinometers, robotic total stations (RTS), digital image correlation, and UAV-based survey platforms — to achieve high-resolution, near-real-time tracking of surface and subsurface deformations. His 2020 paper on deep-seated ground deformation monitoring (26 citations) highlights his drive to push beyond remote sensing limitations, while his 2022 work on three-dimensional landslide kinematics (24 citations) demonstrates his skill in fusing complementary instruments for richer spatial insight. His long-term glacier monitoring studies in the Ferret Valley, including a decade-long investigation of the Grandes Jorasses glaciers (18 citations), underscore his commitment to protecting communities from evolving cryospheric hazards. Through multi-platform approaches and sustained field campaigns, Giordan has established himself as a leading voice in operational geohazard monitoring methodology.
Research Focus
Key Achievements
Top Papers
- 1
- 2
- 3
- 4
- 5Landslide 3D Surface Deformation Model Obtained Via RTS Measurements12 citations · 2013