Competitive interactions in six-species synthetic denitrifying communities significantly enhance denitrification rates during experimental evolution.
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Moving in Environmental research, Environmental pollution, Applied and environmental microbiology, bioRxiv, Cell Reports, mBio and Nature Reviews Microbiology.
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Competitive interactions in six-species synthetic denitrifying communities significantly enhance denitrification rates during experimental evolution.
Polymer identity, especially PS and PP, more strongly influences nitrogen pathway shifts in coastal wetlands than microplastic concentration.
Nanoparticles selectively inhibit sediment denitrification pathways, with nZnO reducing heterotrophic denitrification by 11.6% and iron-based autotrophic denitrification by 38.7%.
Supplementing organics and residual oxygen rapidly restores anammox activity in starved sludge, achieving 83% nitrogen removal and 88.99% activity recovery in 30 days.
Heterotrophic integration improves anammox granule resilience by remodeling EPS interfaces, reducing diameter loss by 17.4% after 70 cycles in wastewater treatment.
Shallow groundwater ecosystems host microbial communities with greater diversity than surface environments, but their active biogeochemical processes remain poorly quantified.
Oleate enhances nitrogen removal at low doses but disrupts anammox processes at high concentrations, with 13C tracing revealing cross-feeding in wastewater consortia.
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