DETECTION OF PHYTOGEOGRAPHIC INDICATORS WITH REMOTE SENSING AND GEOARCHAEOLOGY FOR DEVELOPMENT OF A LONG-TERM CLIMATE MONITORING STATION IN ISRAEL

Keyphrases

• Israel 100%
• Remote Sensing 100%
• Land Use 100%
• Monitoring Station 100%
• Long-term Climate 100%
• Geoarchaeology 100%
• Climate Monitoring 100%
• Chamaephytes 100%
• Agriculture 50%
• Semi-arid Region 50%
• Climate Change 50%
• Woody Perennials 50%
• Archaeological Survey 50%
• Survey Data 50%
• Meteorology 50%
• Mediterranean Basin 50%
• Step Processes 50%
• Byzantine Empire 50%
• Ottoman 50%
• Geographical Origin 50%
• Dry Season 50%
• Ancient History 50%
• Land Cover 50%
• Monoculture 50%
• Chorotype 50%
• Monitoring Effort 50%
• Natural Indicator 50%
• Woody Encroachment 50%
• Wetting-drying 50%
• History of Settlement 50%
• Airborne LiDAR 50%
• Remote Sensing Classification 50%
• Perennial Species 50%
• Trend Surface 50%
• Intensity Model 50%
• Aridity Index 50%
• Land Use Intensity 50%
• Microplot 50%
• Intensive Land Use 50%
• Raunkiaer 50%
• SDG 13 50%
• Remote sensing-GIS 50%
• Unmanned Aerial Vehicle Survey 50%
• Floristic Classification 50%
• Land Cover Classes 50%
• Synanthropy 50%
• Environmental Contacts 50%
• Canopy Height Model 50%
• Land-use Legacies 50%
• Phanerophytes 50%

Earth and Planetary Sciences

• Israel 100%
• Remote Sensing 100%
• Land Use 100%
• Monitoring Station 100%
• Geographic Information System 60%
• Land Cover 40%
• Semiarid Region 20%
• Climate Change 20%
• Fieldwork 20%
• Dry Season 20%
• Aridity 20%
• Pilotless Aircraft 20%
• United Nations 20%
• Monoculture 20%
• Sustainable Development Goals 20%
• Floristics 20%
• Settlement History 20%