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Effects of sodium dodecyl sulfate (SDS) pollution on carbon and nitrogen cycling driven by microbes in the lake-terrestrial ecotone
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DOI：10.1016/j.eti.2025.104730.png)
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Abstract
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• SDS exposure exhibits dose-dependent thresholds on microbial ecology in lake-terrestrial ecotones. • SDS drives microbial community shift by enriching tolerant taxa and suppressing keystone nitrifiers. • Key functional genes for C/N cycling are highly sensitive to SDS, serving as early warning indicators.
Keywords:
sodium dodecyl sulfate
self-purification capacity
material cycles
functional gene
lake-terrestrial ecotone
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