Unveiling the genetic diversity and landscape genomics of maize landraces: insight into adaptation and conservation

Biochemistry, Genetics and Molecular Biology

• Genotyping 100%
• Genetic Divergence 100%
• Single-Nucleotide Polymorphism 100%
• Genetics 100%
• Adaptation 100%
• Germplasm 66%
• Genetic Improvement 66%
• Protein 66%
• Metabolic Pathway 33%
• Nested Gene 33%
• Ape 33%
• Hybridization 33%
• Phenotype 33%
• Cross Pollination 33%
• Hybrid 33%
• Population Research 33%
• Warming 33%
• Phylogenetic Tree 33%
• Crop 33%
• Development 33%
• Coding 33%
• Contrast 33%
• Genetic Marker 33%
• Single Nucleotide Polymorphism 33%
• Sequencing 33%
• Chromosome 8 33%
• Principal Component Analysis 33%
• Thiamine 33%
• Chromosome 3 33%
• Local Adaptation 33%

Agricultural and Biological Sciences

• Genomics 100%
• Genetic Divergence 100%
• Landrace 100%
• Maize 100%
• Landscapes 100%
• Varieties 83%
• Single Nucleotide Polymorphism 50%
• Genetics 50%
• Genotype 33%
• Emilia 33%
• Climate Change 33%
• Proteins 33%
• Germplasm 33%
• Environmental Factor 33%
• Genetic Improvement 33%
• Materials 33%
• Phenotype 16%
• Cropping System 16%
• Global Warming 16%
• Genotyping 16%
• Hybridization 16%
• Thiamine 16%
• Principal Component Analysis 16%
• Cross Pollination 16%
• Cladistics 16%
• Genetic Marker 16%
• Crops 16%
• Occurrence 16%
• Research 16%
• Environment 16%
• Genes 16%
• Leaves 16%
• Fields 16%
• Face 16%
• Agricultural Science 16%
• Spring 16%
• Farmers 16%
• Variability 16%
• Trees 16%
• Hybrids 16%
• Wind 16%
• Sequencing 16%