No tillage with previous plastic covering increases water harvesting and decreases soil CO₂ emissions of wheat in dry regions

Keyphrases

• Wheat 100%
• No-tillage 100%
• Dry Regions 100%
• Water Harvesting 100%
• Soil CO2 Emission 100%
• Plastic Covering 100%
• Irrigation 66%
• Optimization System 66%
• CO2 Emission Reduction 66%
• Grain Yield 50%
• CO2 Emissions 50%
• C Sequestration Potential 50%
• Supply Level 50%
• Spring Wheat 33%
• Maize 33%
• Crop Yield 33%
• Net Primary Production 33%
• Wheat Harvest 33%
• Soil C Sequestration 33%
• Irrigation Levels 33%
• N Level 33%
• China 16%
• Sustainable Agriculture 16%
• Wheat Production 16%
• Cropping System 16%
• Crop Production 16%
• Nitrogen N 16%
• N Application 16%
• Tillage Practices 16%
• Tillage 16%
• Improved Water 16%
• Control Method 16%
• Conventional Tillage 16%
• N Supply 16%
• Transpiration 16%
• Net Ecosystem Production 16%
• Reduced N Application 16%
• Populated Area 16%
• Soil Water Storage 16%
• Post-harvesting 16%
• Water Shortage 16%
• Pre-sowing 16%
• Reduced Irrigation 16%
• Carbon Emission Intensity 16%
• Wheat-maize Rotation 16%
• CO2 Emission Characteristics 16%
• Irrigation Supply 16%
• Promising Strategies 16%

Agricultural and Biological Sciences

• Irrigation 100%
• No-Tillage 100%
• Arid Zones 100%
• Water Harvesting 100%
• Grains 37%
• Spring Wheat 25%
• Primary Production 25%
• Cropping System 12%
• Crop Yields Increase 12%
• Soil Water Storage 12%
• Water Shortages 12%
• Crop Production 12%
• Net Ecosystem Production 12%
• Conventional Tillage 12%
• Sweating 12%