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Iron and Manganese Oxide Reduction by Novel Anaerobic Microorganisms in Flooded Paddies

Agricultural Microbiology

Anaerobic Pathways in Flooded Rice Paddies

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Methanogenic Pathways and Archaeal Community Dynamics in Anoxic Paddy Soils Dissimilatory Nitrate Reduction and Denitrification Coupling in Submerged Rice Paddy Environments Sulfate Reduction and Sulfide Production Mechanisms in Anaerobic Paddy Soil Microbiomes Fermentation Pathways and Volatile Fatty Acid Production by Flooded Paddy Anaerobic Microbiota Homoacetogenic and Syntrophic Interactions Driving Organic Matter Decomposition in Anoxic Paddies Genomic and Transcriptomic Profiling of Anaerobic Pathways in Paddy Soil Microbiomes Redox Potential Fluctuations and Microbial Community Succession in Seasonally Flooded Paddies Polycyclic Aromatic Hydrocarbon Degradation Under Anaerobic Conditions in Paddy Soil Systems Quantitative Stable Isotope Tracing of Carbon and Nitrogen Transformations in Anaerobic Paddies

Agricultural Microbiology › Anaerobic Pathways in Flooded Rice Paddies

Iron and Manganese Oxide Reduction by Novel Anaerobic Microorganisms in Flooded Paddies

This research characterizes the phylogenetically distinct iron and manganese-reducing bacteria that catalyze reductive dissolution of metal oxides in waterlogged rice soils. The study determines how microbial iron and manganese respiration affects soil redox chemistry, trace element mobility, and plant nutrient acquisition.

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