High Cadence Monitoring of Reservoir Volume Fluctuations Using PlanetScope Imagery

Keyphrases

• Satellite Images 100%
• Volume Fluctuations 100%
• Reservoir Volume 100%
• PlanetScope Image 100%
• High Cadence 100%
• Calculation Method 66%
• In Situ Data 66%
• Frustum 66%
• Turkey 33%
• Temporal Change 33%
• In Situ 33%
• Remote Sensing Data 33%
• High-resolution 33%
• Water Management 33%
• GIS Environment 33%
• Canyon 33%
• Natural Disasters 33%
• Water Reservoir 33%
• High Temporal Resolution 33%
• High Spatial Resolution 33%
• Water Level 33%
• Error Rate 33%
• Ease of Application 33%
• Kemer 33%
• Bottom Topography 33%
• Monitoring Study 33%
• Reservoir Area 33%
• Hydrological Studies 33%
• Low Water Level 33%
• Water Planning 33%
• Data Sparseness 33%
• Volume Estimation 33%
• PlanetScope 33%
• Geometric Accuracy 33%
• Water Area 33%
• Underwater Topography 33%
• Hypsometry 33%
• Concurrency 33%
• Dynamic Volume 33%
• Surface Water Dynamics 33%
• Area Data 33%
• Spatial Spectral Resolution 33%
• Spatial-temporal Resolution 33%
• Hypsometric Relationships 33%

Earth and Planetary Sciences

• Satellite Image 100%
• Planetscope 100%
• Spatial Resolution 66%
• Calculation Method 66%
• Water Management 33%
• Surface Water 33%
• Water Reservoir 33%
• Natural Disaster 33%
• Geometric Accuracy 33%
• Bottom Topography 33%
• Hypsometry 33%
• Spectral Resolution 33%
• Remote Sensing 33%