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Taxonomic Classification of Gossypium: Historical Perspectives and Modern Advances
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Nitrogen Fixation in Legumes: Genetic Mechanisms and Agricultural Applications
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Molecular Tools and Genomic Resources in Triticeae: Enhancing Crop Productivity
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The Impact of Genetic Engineering on Maize Herbicide Tolerance
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Genome Sequencing Advances in Gossypium: Implications for Cotton Breeding
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Conventional Breeding vs. Genetic Engineering in Maize: A Comparative Study
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The Use of Genetically Modified Maize in Sustainable Agriculture
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Global Distribution of Gossypium Species and Its Agricultural Implications
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Sustainability in Sugarcane Processing: Integrating Environmental and Economic Perspectives
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Teosinte and Maize Comparative Genomics and Agricultural Impact
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Impact of Climate Change on Cassava Cultivation: Genetic Adaptations and Breeding Strategies
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Economic and Environmental Impacts of Mechanized Versus Manual Sugarcane Harvesting
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Impact of Whole Genome Duplication Events on the Diversification of Legumes
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Advances in Phylogenomic Studies of the Fabaceae Family: Resolving Complex Evolutionary Relationships
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Impact of Domestication on Nucleotide Diversity in Barley
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Multivariate Analysis Reveals the Variability in Morphological and Chemical Characteristics of Fenugreek (Trigonella foenum-graecum L.) Populations
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In-depth Analysis of Gossypium Genome Duplications and Their Outcomes
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Triticeae in Global Food Security: Challenges and Prospects
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Role of Transposable Elements in the Evolution of the Triticeae Genome
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GWAS Discovery of Stress Tolerance Trait Genes in Wheat Crops
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The Role of Isoenzymatic Variation in Delineating Phylogenetic Relationships within Zea Genus
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Origin and Evolutionary Diversification of the Gossypium Genus
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Genetic Diversity and Adaptability Analysis of Wild Rice Germplasm Resources
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Genetic Diversity and Molecular Marker Discovery of Adaptive Traits in Triticeae Crops
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Studying the Molecular Genetic Mechanism of Barley Stress Tolerance Using GWAS
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The Genetic Basis of Nutritional Quality Traits in Maize: Insights from GWAS
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GWAS Reveals Progress in Genes Related to Rice Yield and Quality
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Response Analysis of Root and Leaf Physiology and Metabolism under Drought Stress in Rice
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Key Genetic Markers Discovered through GWAS in Leguminous Crops and Their Application in Molecular Breeding
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Unraveling Key Genetic Factors in Corn Quality Improvement through GWAS