Utilizing Vegetation and Environmental New Micro Spacecraft (VENμS) Data to Estimate Live Fuel Moisture Content in Israel's Mediterranean Ecosystems

Keyphrases

• Ancillary Data 20%
• Combined Vegetation Index 10%
• Content Model 10%
• Field Sampling 10%
• Fire Behavior 10%
• Fire Risk 20%
• High Spatial Resolution 10%
• In Situ 10%
• Israel 100%
• Live Fuel Moisture Content 100%
• Mediterranean Ecosystems 100%
• Mediterranean Region 10%
• Mediterranean Vegetation 10%
• Micro-spacecraft 100%
• Predictive Power 10%
• Rainfall Gradient 10%
• Red Edge Position 20%
• Remote Sensing 10%
• Revisit Time 10%
• Sentinel-2 10%
• Sentinel-2 Data 10%
• Shortwave Infrared Band 20%
• Significant Predictors 10%
• Slope Aspect 10%
• Spacecraft Data 100%
• Spatial Grain 10%
• Statistical Model 10%
• Tree Cover 20%
• Vegetation Index 20%
• Water Content 10%

Earth and Planetary Sciences

• High Spatial Resolution 14%
• Israel 100%
• Mediterranean Region 14%
• Remote Sensing 14%
• Sentinel-2 28%
• Spacecraft 100%
• Vegetation 100%
• Vegetation Index 42%

Agricultural and Biological Sciences

• Grains 33%
• Mathematical Model 33%
• Red Edge 66%
• Remote Sensing 33%
• Vegetation Index 100%