Quantitative variation in water-use efficiency across water regimes and its relationship with circadian, vegetative, reproductive, and leaf gas-exchange traits

Keyphrases

• Quantitative Variation 100%
• Gas Exchange Parameters 100%
• Water Use Efficiency 100%
• Leaf Gas Exchange 100%
• Water Regime 100%
• Drought 60%
• Genetic Architecture 30%
• Vegetative Traits 30%
• Well-watered Conditions 30%
• Genotype 20%
• Brassica Rapa 20%
• Circadian Period 20%
• Physiological Function 10%
• Character Traits 10%
• Artificial Selection 10%
• Water Availability 10%
• Plant Growth 10%
• Low Water 10%
• High Water 10%
• Reproductive Traits 10%
• Water Loss 10%
• Vegetative Cells 10%
• Light Harvesting 10%
• Floral Traits 10%
• Lower Plants 10%
• Drought Tolerance 10%
• Reproductive Characters 10%
• Floral Organ 10%
• Plant Reproduction 10%
• Plant Drought Responses 10%
• Drought Response 10%
• Stomatal Conductance 10%
• Carbon Fixation 10%
• Environmental Sensitivity 10%

Biochemistry, Genetics and Molecular Biology

• Genetic Architecture 100%
• Leaf Gas Exchange 100%
• Brassica Rapa 66%
• Gas Exchange 33%
• Artificial Selection 33%
• Water Loss 33%
• Carbon Fixation 33%
• Drought Tolerance 33%
• Plant Reproduction 33%
• Stomatal Conductance 33%
• Plant Physiology 33%
• Light Harvesting 33%

Agricultural and Biological Sciences

• Water Use Efficiency 100%
• Gas Exchange 100%
• Brassica Rapa 20%
• Plant Genetics 10%
• Reproductive Traits 10%
• Artificial Selection 10%
• Stomatal Conductance 10%
• Drought Tolerance 10%
• Carbon Fixation 10%
• Plant Physiology 10%