Water percolation through the deep vadose zone and groundwater recharge: Preliminary results based on a new vadose zone monitoring system

Keyphrases

• Monitoring System 100%
• Vadose Zone Monitoring 100%
• Result-oriented 100%
• Vadose Zone 100%
• Groundwater Recharge 100%
• Deep Vadose Zone 100%
• Water Percolation 100%
• Wetting Front 80%
• Infiltration 60%
• Rain Events 60%
• Water Storage 60%
• Clay 40%
• Thick Vadose Zone 40%
• Interbed 40%
• Israel 20%
• Water Content 20%
• Groundwater 20%
• Urban Areas 20%
• Coastal Plain 20%
• One-site 20%
• Land Surface 20%
• Continuous Monitoring 20%
• Two-site 20%
• Lithology 20%
• Flexible Time 20%
• Silt 20%
• Time Domain Reflectometry 20%
• Water Infiltration 20%
• Rainy Season 20%
• Sand Dunes 20%
• Step-like 20%
• Infiltration Recharge 20%
• Draining Process 20%
• Water Content Variation 20%
• Novel Developments 20%
• Drainage Process 20%
• Groundwater Table 20%
• Unconsolidated Sand 20%

Earth and Planetary Sciences

• Monitoring System 100%
• Vadose Zone 100%
• Groundwater Recharge 100%
• Percolation 100%
• Wetting Front 44%
• Water Storage 33%
• Moisture Content 22%
• Israel 11%
• Coastal Plain 11%
• Land Surface 11%
• Petrography 11%
• Dune 11%
• Runoff 11%
• Time Domain Reflectometry 11%