Transposable elements in a marginal plant population: Temporal fluctuations provide new insights into genome evolution of wild diploid wheat

Keyphrases

• Tetraploid Wheat 100%
• Genome Evolution 100%
• Plant Population 100%
• Transposable Elements 100%
• Temporal Fluctuations 100%
• Copy number 41%
• Genotype 16%
• Aegilops Speltoides 16%
• Marginal Populations 16%
• Wheat Species 8%
• Climatic Change 8%
• Large Genome 8%
• Temporal Dynamics 8%
• Between-person 8%
• Wild Population 8%
• Wild Relatives 8%
• Heterozygosity 8%
• Bona Fide 8%
• Darwin 8%
• Selfing 8%
• Intraspecific Variability 8%
• Self-pollination 8%
• On the Origin of Species 8%
• External Conditions 8%
• LTR-RTs 8%
• Microevolution 8%
• Evolutionary Biologist 8%
• Number Expansions 8%
• Grass Species 8%
• Internal Source 8%
• Outcrossing 8%
• Chromosomal Abnormalities 8%
• Heteromorphy 8%
• Element Dynamics 8%
• 5S Ribosomal DNA 8%
• Chromosomal Aberrations 8%
• Supernumerary Chromosome 8%
• Gametophyte 8%
• Mutagens 8%
• Sporophyte 8%

Biochemistry, Genetics and Molecular Biology

• Transposable Element 100%
• Genome Evolution 100%
• Morphology 25%
• Dynamics 25%
• Selfing 16%
• Long Terminal Repeat 8%
• Heterozygosity 8%
• Outcrossing 8%
• Retrotransposon 8%
• Genome Size 8%
• Chromosomal Aberration 8%
• Supernumerary Chromosome 8%
• Ribosomal DNA 8%
• Chromosomal Abnormalities 8%
• Sporophyte 8%

Agricultural and Biological Sciences

• Transposon 100%
• Aegilops speltoides 8%
• Wild Relatives 8%
• Biologists 8%
• Self-Pollination 8%
• Ribosomal DNA 8%
• Selfing 8%
• Retrotransposon 8%
• Sporophyte 8%
• Outcrossing 8%
• Heterozygosity 8%