Embracing a footprint assessment approach for analyzing desert-based agricultural systems: the case of Medjool dates

Keyphrases

• Desert 100%
• Agricultural Systems 100%
• Environmental Footprint 100%
• Food Systems 100%
• Assessment Approach 100%
• Date Production 100%
• Medjool Dates 100%
• Israel 50%
• Israeli 50%
• Fertilizer 50%
• Plantation 50%
• Renewable Energy 50%
• Solid Waste 50%
• Politicians 50%
• Production System 50%
• Knowledge Gaps 50%
• Culture Method 50%
• Arid Area 50%
• Food Security 50%
• Human Factors 50%
• Water Intake 50%
• Research Policy 50%
• Desert Region 50%
• Desert Area 50%
• Fertilizer Use Efficiency 50%
• Resource Use 50%
• Carbon Footprint 50%
• Intensive Use 50%
• Local Food 50%
• Arava 50%
• Global Climate Change 50%
• Low Impact 50%
• Environment Interaction 50%
• Water Production 50%
• Environmental Aspects 50%
• Food Crops 50%
• Land Footprint 50%
• Footprint Family 50%
• Water Footprint 50%
• Medjool 50%
• CO2eq 50%
• Agricultural Techniques 50%
• Data Body 50%
• Material Footprint 50%
• Individual Farmers 50%
• Palm Age 50%

Earth and Planetary Sciences

• Israel 100%
• Solid Waste 100%
• Renewable Energy 100%
• Farming System 100%
• Ergonomics 100%
• Production System 100%
• Global Climate Change 100%
• Food Security 100%
• Water Footprint 100%
• Cultivation Method 100%
• Research Policy 100%
• Carbon Footprint 100%
• Agricultural Method 100%

Food Science

• Food Security 100%