Mapping and classification of volcanic deposits using multi-sensor unoccupied aerial systems

Keyphrases

• Volcanic Deposits 100%
• Multi-sensor 100%
• Solar Heating 100%
• Heating Rate 100%
• Unoccupied Aerial Systems 100%
• Lava 80%
• Tephra Deposits 60%
• Volcano 40%
• Digital Elevation Model 40%
• Volcanic Eruption 40%
• Thermal Infrared Image 40%
• High Spatial Resolution 20%
• Ecuador 20%
• Field Mapping 20%
• Lava Flow 20%
• Surface Roughness 20%
• Volcanic Processes 20%
• Visual Image 20%
• Map-based 20%
• Image Observation 20%
• Archipelago 20%
• Particle Size 20%
• Classification Identification 20%
• Visible-infrared Image 20%
• Sierra Madre 20%
• Surface Unit 20%
• Remote Sensing Techniques 20%
• Planetary Bodies 20%
• SfM Photogrammetry 20%
• Image Resolution 20%
• Remote Sensing Mapping 20%
• Supervised Machine Learning 20%
• Unsupervised Method 20%
• Supervised Classification Methods 20%
• Observation Frequency 20%
• Unsupervised Machine Learning Algorithms 20%
• Lava Morphology 20%
• Temperature Maps 20%
• Manual Classification 20%

Earth and Planetary Sciences

• Solar Heating 100%
• Tephra 60%
• Digital Elevation Model 40%
• Volcanic Eruption 40%
• High Spatial Resolution 20%
• Remote Sensing 20%
• Lava Flow 20%
• Surface Roughness 20%
• Machine Learning 20%
• Ecuador 20%
• Photogrammetry 20%
• Supervised Classification 20%
• Image Resolution 20%