Enhanced summer warming reduces fungal decomposer diversity and litter mass loss more strongly in dry than in wet tundra - Christiansen, Casper T.; Haugwitz, Merian S.; Priemé, Anders; Nielsen, Cecilie S.; Elberling, Bo; Michelsen, Anders; Grogan, Paul; Blok, Daan (Global change biology, 2017)
Keywords: Air temperature; Arctic; Arctic region; Arctic Regions; Arctic zone; Ascomycota; Basidiomycota; Betula; Betula glandulosa; biogeochemical cycles; buried soils; carbon; Climate change; climate warming; Community composition; community structure; Decomposition; deepened snow; drying; Ecosystem; ecosystems; Evapotranspiration; fungal communities; Fungi; Fungi - growth & development; Global warming; Greenland; Leaf litter; litter decomposition; litter moisture; Moisture content; Nutrient cycles; Organic matter; phylotype; Plant Leaves; plant litter; saprophytes; Seasons; shrubs; Snow; snow fences; Soil Microbiology; Soil moisture; Soil organic matter; soil water regimes; Summer; Taiga & tundra; Temperature; Tundra; water content; winter; Greenland, Disko I; PN, Arctic; AN, Greenland; Arctic region; Greenland; Ascomycota; fungi; climate warming; litter moisture; litter decomposition; Betula glandulosa; deepened snow; Arctic; Basidiomycota