Heritability of the structures and ¹³C fractionation in tomato leaf wax alkanes: A genetic model system to inform paleoenvironmental reconstructions

Keyphrases

• Genetic Model 100%
• Heritability 100%
• Alkanes 100%
• Paleoenvironmental Reconstruction 100%
• Leaf Wax 100%
• 13C Fractionation 100%
• Tomato Leaves 100%
• N-alkanes 37%
• Genetic Variation 25%
• Plant Community 25%
• Iso-alkanes 25%
• Average Chain Length 25%
• Environmental Factors 12%
• Tomato 12%
• Broad-sense Heritability 12%
• Influence Factors 12%
• Genetic Control 12%
• Environmental Change 12%
• Biological Factors 12%
• Closely Related Species 12%
• Hereafter 12%
• Variability Sources 12%
• Growth Studies 12%
• Hydrology 12%
• Implicit Assumptions 12%
• Structural Variability 12%
• Desert 12%
• Rainwater 12%
• Carbon Isotopes 12%
• Paleoenvironmental 12%
• Paleoenvironmental Changes 12%
• Paleoclimate 12%
• Vegetation Change 12%
• Greenhouse 12%
• Solanum 12%
• Biological Sources 12%
• Solanum Lycopersicum 12%
• Anteiso 12%
• Isotopic Variability 12%
• Environmental Variance 12%
• Leaf Wax N-alkanes 12%
• Introgression Lines 12%
• Tomato Cultivars 12%
• Paleoenvironmental Proxies 12%
• Tomato Species 12%
• Methylation Index 12%

Earth and Planetary Sciences

• Fractionation 100%
• Paleoenvironmental Reconstruction 100%
• Heritability 100%
• Alkane 100%
• Plant Community 22%
• Genetic Variation 22%
• Time Series 11%
• Isotopic Composition 11%
• Vegetation 11%
• Environmental Change 11%
• Paleoclimate 11%
• Rain Water 11%
• Methylation 11%
• Introgression 11%
• Cultivar 11%
• Environmental Factor 11%

Agricultural and Biological Sciences

• Heritability 100%
• Plant Community 50%
• Genetic Divergence 50%
• Environmental Factor 25%
• Lycopersicon 25%
• Cultivar 25%
• Introgression 25%