Using remote sensing and spatial analysis of trees characteristics for long-term monitoring in arid environments

Keyphrases

• Arid Environment 100%
• Spatial Analysis 100%
• Acacia Trees 100%
• Long-term Monitoring 100%
• Change Detection 100%
• Remote Analysis 100%
• Tree Characteristics 100%
• Treewidth 75%
• NDVI Index 75%
• Acacia 50%
• Health Status 50%
• Temporal Data 50%
• Corona 50%
• Wadi 50%
• Individual-based 50%
• Large Trees 50%
• Environmental Conditions 25%
• Hyperarid 25%
• Temporal Change 25%
• Remote Sensing 25%
• Plant Species 25%
• Desert Ecosystem 25%
• Precipitation Amount 25%
• Tree Population 25%
• Satellite Images 25%
• Ephemeral River 25%
• Spatial Data 25%
• Animal Species 25%
• Aerial Image 25%
• Three-section 25%
• Colour Infrared 25%
• Value Distribution 25%
• Sensing Data 25%
• Radiation Temperature 25%
• Data Analysis Methods 25%
• Small Trees 25%
• Spatial Expression 25%
• Keystone Species 25%
• Hydrologic Processes 25%
• Hydrological Regime 25%
• 1-tree 25%
• Tree Health 25%
• Tree Size Distribution 25%
• Tree Foliage 25%
• Geohydrology 25%
• Ecosystem Condition 25%

Agricultural and Biological Sciences

• Acacia 100%
• Remote Sensing 100%
• Animal Species 16%
• Spatial Data 16%
• Keystone Species 16%
• Tree Health 16%