Biological-based and remote sensing techniques to link vegetative and reproductive development and assess pollen emission in Mediterranean grasses

Keyphrases

• Grass 100%
• Reproductive Development 100%
• Remote Sensing Techniques 100%
• Vegetative Development 100%
• Pollen Emission 100%
• Community-based 57%
• Plant Community 42%
• Vegetation Type 42%
• Grass Pollen 42%
• Airborne Pollen 42%
• Reproductive Cycle 28%
• Phenological 28%
• Major Contributor 28%
• Satellite Remote Sensing Data 28%
• Vegetative Cycle 28%
• High-resolution 14%
• Species Level 14%
• Senescence 14%
• Primary Productivity 14%
• Semi-natural 14%
• Cropland 14%
• Species Community 14%
• Remote Sensing Data 14%
• Natural Grass 14%
• Unanswered Questions 14%
• Greenness 14%
• Data Monitoring 14%
• Pollen Production 14%
• Forecasting Model 14%
• Phenological Patterns 14%
• Large Scale Methods 14%
• Multiscale Validation 14%
• Pollen Monitoring 14%
• Plant Life Cycle 14%
• Multi-scale Integration 14%
• Aerobiological Monitoring 14%

Agricultural and Biological Sciences

• Poaceae 100%
• Reproductives 100%
• Remote Sensing 100%
• Plant Community 60%
• Vegetation Type 60%
• Annuals 20%
• Primary Productivity 20%
• Cropland 20%

Earth and Planetary Sciences

• Emissions 100%
• Remote Sensing 100%
• Plant Community 60%
• Vegetation Type 60%
• Satellite Remote Sensing 40%
• Planetary Atmosphere 20%
• Near-Surface Geology 20%
• Farmland 20%
• Life Cycle 20%
• Plant Life 20%