Genetic causes of heterosis in juvenile aspen: A quantitative comparison across intra- and inter-specific hybrids

Keyphrases

• Intraspecific 100%
• Heterosis 100%
• Interspecific Hybridization 100%
• Aspen Plus 100%
• Genetic Causes 100%
• Heterozygote 33%
• Additive Effect 33%
• Stem Growth 33%
• Number of Loci 33%
• Populus Tremuloides 33%
• Populus Tremula 33%
• Structure Analysis 16%
• Quantitative Traits 16%
• Dominant Effect 16%
• Genetic Analysis 16%
• Effective number 16%
• Genetic Components 16%
• Combining Ability 16%
• Family Structure 16%
• Tree Growth 16%
• Interspecific Cross 16%
• Complex Allele 16%
• Stem Diameter 16%
• Comparative Genetics 16%
• Hierarchical Level 16%
• Outcrossing Species 16%
• Intraspecific Hybrids 16%
• Internode Length 16%
• Joint Analysis 16%
• New Analytical Method 16%
• Seedling Traits 16%
• Stem Volume 16%

Biochemistry, Genetics and Molecular Biology

• Genetics 100%
• Populus 100%
• Heterosis 100%
• Interspecific Hybrid 100%
• Allele 33%
• Structure Analysis 16%
• Outcrossing 16%
• Quantitative Trait 16%
• Comparative Genomics 16%
• Combining Ability 16%
• Tree Growth 16%
• Populus tremuloides 16%

Agricultural and Biological Sciences

• Populus 100%
• Heterosis 100%
• Allele 33%
• Quantitative Trait 16%
• Tree Growth 16%
• Additive Effect 16%
• Populus tremuloides 16%
• Allometry 16%