Importance of drought information in monitoring and assessing land degradation

Keyphrases

• Drought 100%
• Land Degradation 100%
• Drought Information 100%
• Lake Kinneret 40%
• Water Flow 40%
• Israel 20%
• Planning Management 20%
• Negative Impact 20%
• Irrigation 20%
• Economic Damage 20%
• Northern Israel 20%
• Agriculture 20%
• Mediterranean Climate 20%
• Wetlands 20%
• Earthquake 20%
• Aquatic Environment 20%
• Wastewater Treatment 20%
• Population Growth 20%
• Historical Period 20%
• Natural Disasters 20%
• Major Crises 20%
• Land Use Change 20%
• Soil Degradation 20%
• Dry Year 20%
• Rain 20%
• Normal Feature 20%
• Nature Conservation 20%
• World Regions 20%
• Water Supply 20%
• Natural Hazards 20%
• Wider Population 20%
• Climatic Zones 20%
• Water Resources 20%
• Economic Impact 20%
• Volcanic Eruption 20%
• Jordan River 20%
• Semi-arid Region 20%
• Aquatic Species 20%
• Wetland Environment 20%
• Water Pump 20%
• Arid Region 20%
• Irrigated Agriculture 20%
• Prolonged Drought 20%
• Salinization 20%
• Sustainable Water Management 20%
• Imminent Risk 20%
• Freshwater Aquifer 20%
• Land Degradation Processes 20%
• Irrigation Recycling 20%
• Drought Cycles 20%
• Drought Impacts 20%
• Water Resource Pressure 20%
• Drip Irrigation 20%
• Flow Diversion 20%
• Contingency Planning 20%
• Wastewater Recycling 20%
• Vulnerability to Drought 20%
• High Salt 20%
• Salt Content 20%
• Fish Breeding 20%
• Desalinization 20%

Earth and Planetary Sciences

• Land Degradation 100%
• Israel 66%
• Soil Degradation 33%
• Mediterranean Climate 33%
• Nature Conservation 33%
• Salt Content 33%
• Semiarid Region 33%
• Natural Disaster 33%
• Jordan River 33%
• Water Supply 33%
• Salinization 33%
• Volcanic Eruption 33%
• Climatic Region 33%
• Desalinization 33%
• Drip Irrigation 33%
• Aquatic Environment 33%
• Water Flow 33%
• Population Growth 33%
• Land Use 33%
• Arid Zones 33%
• Natural Hazard 33%