Effect of increasing nitrogen fertilization on soil nitrous oxide emissions and nitrate leaching in a young date palm (Phoenix dactylifera L., cv. Medjool) orchard

Keyphrases

• Israel 100%
• Orchard 100%
• Soil Nitrous Oxide Emissions 100%
• Date Palm 100%
• Nitrogen Fertilization 100%
• Nitrate Leaching 100%
• Phoenix Dactylifera 100%
• Medjool 100%
• Irrigation 66%
• Hyperarid 66%
• Mediterranean Sea 66%
• Water Budget 66%
• Arava Valley 66%
• N2O Emission 66%
• NO3 Leaching 66%
• N Fertilization 33%
• Deleterious Effects 33%
• Dry Areas 33%
• Economic Value 33%
• Agricultural Crops 33%
• High Water 33%
• Mass Balance 33%
• Fertilization 33%
• Dry Year 33%
• Climate Change 33%
• Nitrate 33%
• Cultural Values 33%
• Climate Change Impacts 33%
• Nitrous Oxide 33%
• Static Chamber 33%
• Groundwater Contamination 33%
• Leaching 33%
• Fertilization Rate 33%
• Four-level 33%
• High Fertilization 33%
• High nutritional Value 33%
• First-ever 33%
• Semi-arid Area 33%
• Jordan Valley 33%
• Upper Layer 33%
• Three-year-olds 33%
• Winter Rain 33%
• Growth Season 33%
• High Nitrogen 33%
• Irrigated Area 33%
• Drainage Water 33%
• Soil N2O Flux 33%
• Soil Emissions 33%
• Environmental Impact Potential 33%
• Inorganic N 33%
• Water Needs 33%
• Annual Growth 33%
• Date Palm Plantation 33%
• Date Palm Cultivation 33%
• Flux Estimation 33%

Earth and Planetary Sciences

• Emissions 100%
• Nitrous Oxide 100%
• Nitrous Oxide 100%
• Israel 60%
• Mediterranean Sea 40%
• Water Balance 20%
• Climate Change 20%
• Environmental Impact 20%
• Jordan 20%
• Drainage Water 20%
• Groundwater Contamination 20%
• Soil Emission 20%

Agricultural and Biological Sciences

• Date (Fruit) 100%
• Phoenix Dactylifera 100%
• Irrigation 28%
• Annuals 14%
• Climate Change 14%
• Environmental Impact 14%
• Return Flow 14%
• Groundwater Contamination 14%