Competitive interactions in six-species synthetic denitrifying communities significantly enhance denitrification rates during experimental evolution.
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Microbial Community Ecology and Physiology
Moving in bioRxiv, Environmental research, Environmental pollution, Applied and environmental microbiology, mSystems, Nature Microbiology, Nature Reviews Microbiology and eLife.
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Unidirectional cross-feeding constrains adaptive evolution in both microbial species over 800 generations, with lower mutation fixation and increased dependence observed.
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Temperature and photoperiod significantly influence algal DOC quantity and quality, with axenic Thalassiosira gravida cultures showing a 52% decrease in cell-normalized DOC at higher temperature and continuous light.
- Open access
Many marine fungi, especially Pezizomycotina, possess a previously unrecognized DMSP lyase, DddF, enabling them to significantly contribute to DMS production in marine environments.
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SMX exposure significantly promotes Cyanobium sp. PCC 7009 growth, reaching 47.69%-62.08% relative abundance in algal communities under bloom conditions.
Potentially pathogenic bacterial communities in a hypereutrophic urban river show higher richness, abundance, and stability in particle-attached fractions than free-living ones, especially during winter.
REPOP accurately recovers underlying bacterial population multimodality by explicitly modeling dilution and plating uncertainties, outperforming standard multiplication methods.
- Open access
Thiamine cross-feeding between Dioszegia hungarica and Albugo laibachii promotes their coexistence in the leaf microbiome.
- Open access
Soil bacterial diversity increases initially during land formation but stabilizes, while protistan diversity peaks after 7-9 years in reclaimed coastal soils.
Heavy-metal pollution in estuarine environments is linked to habitat-specific microbial survival strategies, with sediment communities showing the highest diversity and unique resistance genes.
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Topics moving, week to 23 Oct 2026
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