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Root Exudate Chemistry Drives Microbial Selection and Assembly Mechanisms

Agricultural Microbiology

Microbial Community Shifts During Crop Rotation

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Temporal Dynamics of Bacterial Community Succession Patterns Fungal Network Restructuring Under Legume-Cereal Rotation Systems Microbial Functional Gene Expression Profiles Across Rotation Transitions Phage-Bacteria Coevolutionary Dynamics in Rotational Agroecosystems Pathogenic Microorganism Population Control Through Rotation-Induced Competition Soil Organic Matter Decomposition Kinetics and Microbial Enzyme Production Microbial Metabolite Production and Plant Immunity Enhancement Pathways Microbial Community Assembly Rules and Predictive Modeling Frameworks Horizontal Gene Transfer and Antibiotic Resistance Gene Dynamics in Rotation

Agricultural Microbiology › Microbial Community Shifts During Crop Rotation

Root Exudate Chemistry Drives Microbial Selection and Assembly Mechanisms

This investigation analyzes how crop-specific root exudate compositions selectively recruit and enrich distinct microbial taxa through metabolomic profiling coupled with soil microbiome sequencing across rotation sequences. The research demonstrates that plant-mediated chemical signaling creates predictable microbial community assembly patterns that regulate soil health and disease suppression capacity.

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