Eco-physiological processes underlying maize water use efficiency response to plant density under contrasting water regimes

Keyphrases

• Water Use Efficiency 100%
• Plant Density 100%
• Water Regime 100%
• Maize Water Use 100%
• Ecophysiological Processes 100%
• Grain Yield 90%
• Water Supply 40%
• Shoot Biomass 20%
• Yield Response 10%
• Growing Season 10%
• Water Balance 10%
• Crop Growth Rate 10%
• Argentina 10%
• Maize(Zea mays L.) 10%
• Dry Environment 10%
• No Response 10%
• Physiological Maturity 10%
• Soil Water Content 10%
• Low Water 10%
• Total Water 10%
• Transpiration 10%
• Maize Crop 10%
• Rainfed 10%
• Silking 10%
• Soil Evaporation 10%
• Crop ET 10%
• Density Increment 10%
• Kernel Set 10%
• ET Partitioning 10%
• Micro-lysimeter 10%
• High Water 10%

Agricultural and Biological Sciences

• Water Use Efficiency 100%
• Plant Density 100%
• Grains 90%
• Water Supply 40%
• Soil Water Content 10%
• Lysimeters 10%
• Growing Season 10%
• Water Balance 10%
• Body Water 10%
• Sweating 10%