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Environmental Persistence and Soil Matrix Interactions of Agricultural Viruses

Agricultural Microbiology

Viral Ecology in Agricultural Soil Ecosystems

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Viral Metagenomics and Uncultured Phage Discovery in Agricultural Soils Soil Virus-Bacteria Coevolutionary Dynamics and Host Range Specificity Viral-Induced Lysis and Nutrient Cycling Cascade Mechanisms in Soil Phage-Encoded Auxiliary Metabolic Genes and Host Phenotype Manipulation Viral Community Assembly and Successional Dynamics in Managed Soil Ecosystems Viral Spillover Events and Cross-Kingdom Infection in Agricultural Soil Systems Soil Virome Functional Annotation and Predictive Phenotype Modeling Temporal Viral Dynamics and Seasonal Abundance Patterns in Agricultural Soils Viral-Mediated Horizontal Gene Transfer and Soil Microbial Adaptation Evolution

Agricultural Microbiology › Viral Ecology in Agricultural Soil Ecosystems

Environmental Persistence and Soil Matrix Interactions of Agricultural Viruses

This study characterizes how physical soil properties, mineralogy, and organic matter composition influence viral survival, sorption, and mobility within agricultural soil profiles. These investigations provide mechanistic understanding of viral ecological niches and persistence strategies that determine virus''s long-term presence and infectivity in soil environments.

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