Using near-surface observations for optimizing the timing of overhead image acquisition for applied mapping of woody vegetation species

Keyphrases

• UAV 100%
• Woody Plants 100%
• Image Acquisition 100%
• Feature Selection 100%
• Species Identification 100%
• Vegetation Species 100%
• Overhead Image 100%
• Near-surface Observations 100%
• High Spatial Resolution 50%
• Phenology 50%
• East Mediterranean 50%
• Spectral Indices 50%
• Mediterranean Sites 50%
• Vegetation Mapping 50%
• Hyperspectral 50%
• Overall Accuracy 50%
• Annual Time Series 50%
• Kappa Coefficient 50%
• Cost-effective Approach 50%
• Orthomosaic 50%
• Unmanned Aerial Vehicle (UAV) Imagery 50%
• Object Classification 50%
• Greatest Difficulty 50%
• Surface Time 50%
• Time Series Dataset 50%

Earth and Planetary Sciences

• Near-Surface Geology 100%
• Vegetation 100%
• Time Series 100%
• Vegetation Mapping 25%
• Pilotless Aircraft 25%
• High Spatial Resolution 25%

Agricultural and Biological Sciences

• Unmanned Aerial Vehicle 100%
• Phenology 33%
• Annuals 33%
• Hyperspectral Imagery 33%