Differential sensitivities of transpiration to evaporative demand and soil water deficit among wheat elite cultivars indicate different strategies for drought tolerance

Keyphrases

• Wheat 100%
• Drought Tolerance 100%
• Differential Sensitivity 100%
• Transpiration 100%
• Transpiration Rate 100%
• Elite Cultivar 100%
• Evaporative Demand 100%
• Soil Water Deficit 100%
• Fraction of Transpirable Soil Water 66%
• Genotype 50%
• Drought 33%
• Genetic Variability 33%
• Response Rate 33%
• Germplasm 16%
• Wheat Production 16%
• Water Use 16%
• Rain-fed 16%
• Water Sources 16%
• Wheat Lines 16%
• Rain 16%
• Rate Sensitivity 16%
• Water Deficit 16%
• Tolerant Lines 16%
• Group of Eight 16%
• Vapor Pressure Deficit 16%
• Phenotypic Correlation 16%
• Drought Tolerant 16%
• Line-based 16%
• Atmospheric Drought 16%
• Soil Drying 16%
• Stomata Conductance 16%
• Soil Water Conservation 16%
• Drying Cycle 16%
• Drought-prone Area 16%
• Soil Water Threshold 16%

Agricultural and Biological Sciences

• Cultivar 100%
• Evaporative Demand 100%
• Soil Water Deficit 100%
• Sweating 100%
• Drought Tolerance 100%
• Soil Water 50%
• Genetic Variability 20%
• Genetic Divergence 20%
• Australians 10%
• Stomatal Conductance 10%
• Phenotypic Correlation 10%
• Vapor Pressure 10%
• Germplasm 10%
• Water Conservation 10%