0000000000467517

AUTHOR

Emilia Kurhela

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Acidobacteria dominate the active bacterial communities of Arctic tundra with widely divergent winter-time snow accumulation and soil temperatures.

2012

The timing and extent of snow cover is a major controller of soil temperature and hence winter-time microbial activity and plant diversity in Arctic tundra ecosystems. To understand how snow dynamics shape the bacterial communities, we analyzed the bacterial community composition of windswept and snow-accumulating shrub-dominated tundra heaths of northern Finland using DNA- and RNA-based 16S rRNA gene community fingerprinting (terminal restriction fragment polymorphism) and clone library analysis. Members of the Acidobacteria and Proteobacteria dominated the bacterial communities of both windswept and snow-accumulating habitats with the most abundant phylotypes corresponding to subdivision …

DNA BacterialLibraryMolecular Sequence DataApplied Microbiology and BiotechnologyMicrobiologySoilRNA Ribosomal 16SSnowBotanyProteobacteriaEcosystemEcosystemFinlandSoil MicrobiologyEcologybiologyBacteriaBase SequenceEcologyArctic RegionsTemperatureGenes rRNAPlantsbiology.organism_classificationSnowTundraAcidobacteriaRNA BacterialHabitatSeasonsProteobacteriaCommunity Fingerprintinghuman activitiesAcidobacteriaFEMS microbiology ecology
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