The effect of municipal solid waste compost application on soil water and water stress in irrigated corn

Keyphrases

• Irrigated Maize 100%
• Water Stress 100%
• Soil Water 100%
• Water Holding Capacity 100%
• Compost Application 100%
• Municipal Solid Waste Compost 100%
• Plant Water Stress 100%
• Soil Organic Matter 50%
• Corn Yield 50%
• Growing Season 50%
• Sandplain 50%
• Land Application 50%
• Zea Mays 50%
• Available Water 50%
• Loamy Sand 50%
• Water Status 50%
• Leaf Water Potential 50%
• Soil Water Content 50%
• Soil Physical Properties 50%
• Compost Treatment 50%
• Soil Bulk Density 50%
• Salt Loading 50%
• One-time Application 50%
• Yield Increase 50%
• Water Retention Curve 50%
• Soil Water Retention 50%
• Corn Leaf 50%
• Cm(III) 50%
• Soil Status 50%
• Weight-based 50%

Agricultural and Biological Sciences

• Water Stress 100%
• Soil Water 100%
• Municipal Solid Waste 100%
• Water Holding Capacity 66%
• Soil Moisture 33%
• Soil Water Content 33%
• Soil Physical Properties 33%
• Water Retention Curve 33%
• Land Application 33%
• Bulk Density 33%
• Growing Season 33%
• Leaf Water Potential 33%
• Soil Organic Matter 33%
• Table Salt 33%