Multitemporal terrestrial laser scanning point clouds for thaw subsidence observation at Arctic permafrost monitoring sites

Keyphrases

• Terrestrial Laser Scanning 100%
• Laser Scanning Point Cloud 100%
• Monitoring Sites 100%
• Arctic Permafrost 100%
• Thaw Subsidence 100%
• Permafrost Monitoring 100%
• Ground Surface 83%
• Expert-based 50%
• 3D Point Cloud 33%
• In Situ 33%
• Driving Method 33%
• Point Cloud Distance 33%
• Fully Automated 16%
• Automated Quantification 16%
• Area-based 16%
• Vertical Displacement 16%
• Expert Opinion 16%
• Fully-automatic 16%
• Elevation Measurement 16%
• Surface Displacement 16%
• Two-site 16%
• Subsidence 16%
• Long-term Monitoring 16%
• Vegetation Structure 16%
• Multiple Experts 16%
• Distance Computation 16%
• Determination Method 16%
• Web Tool 16%
• Surveyor 16%
• Surface Determination 16%
• Terrestrial Laser Scanning Data 16%
• Permafrost 16%
• Ice-rich Permafrost 16%
• Tundra 16%
• Discrete Location 16%
• Expert Determination 16%
• Field Survey Methods 16%

Earth and Planetary Sciences

• Subsidence 100%
• Terrestrial Laser Scanning 100%
• Field Survey 28%
• Vegetation Structure 14%
• Determination Method 14%
• Survey Method 14%
• Decision Making 14%