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• W4291145276 endingPage "3726" @default.
• W4291145276 startingPage "3713" @default.
• W4291145276 abstract "Abstract. In boreal forests an important part of the photo assimilates are allocated belowground to support symbiosis of ectomycorrhizal fungi (EMF). The production of EMF extramatrical mycelium can contribute to carbon (C) sequestration in soils, but the extent of this contribution depends on the composition of the EMF community. Some species can decrease soil C stocks by degrading soil organic matter (SOM), and certain species may enhance soil C stocks by producing hydrophobic mycelia which can reduce the rate of SOM decomposition. To test how EMF communities contribute to the development of hydrophobicity in SOM, we incubated sand-filled fungal-ingrowth mesh bags amended with maize compost for one, two or three growing seasons in non-fertilized and fertilized plots in a young Norway spruce (Picea abies) forest. We measured hydrophobicity as determined by the contact angle and the C/N ratios in the mesh bags contents along with the amount of new C entering the mesh bags from outside (determined by C3 input to C4 substrate), and related that to the fungal community composition. The proportion of EMF species increased over time to become the dominant fungal guild after three growing seasons. Fertilization significantly reduced fungal growth and altered EMF communities. In the control plots the most abundant EMF species was Piloderma olivaceum, which was absent in the fertilized plots. The hydrophobicity of the mesh bag contents reached the highest values after three growing seasons only in the unfertilized controls plots and was positively related to the abundance of P. olivaceum, the C/N ratios of the mesh bag contents and the amount of new C in the mesh bags. These results suggest that some EMF species are associated with higher hydrophobicity of SOM and that EMF community shifts induced by fertilization may result in reduced hydrophobicity of soil organic matter, which in turn may reduce C sequestration rates." @default.
• W4291145276 created "2022-08-13" @default.
• W4291145276 creator A5012135889 @default.
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• W4291145276 date "2022-08-12" @default.
• W4291145276 modified "2023-10-14" @default.
• W4291145276 title "Nitrophobic ectomycorrhizal fungi are associated with enhanced hydrophobicity of soil organic matter in a Norway spruce forest" @default.
• W4291145276 cites W1816115655 @default.
• W4291145276 cites W1880854489 @default.
• W4291145276 cites W1965452587 @default.
• W4291145276 cites W1967746634 @default.
• W4291145276 cites W1971109039 @default.
• W4291145276 cites W1974972343 @default.
• W4291145276 cites W1975170663 @default.
• W4291145276 cites W1975890988 @default.
• W4291145276 cites W1980195083 @default.
• W4291145276 cites W1980680356 @default.
• W4291145276 cites W1989592928 @default.
• W4291145276 cites W1991943464 @default.
• W4291145276 cites W1994498446 @default.
• W4291145276 cites W1996683749 @default.
• W4291145276 cites W2014202825 @default.
• W4291145276 cites W2015593224 @default.
• W4291145276 cites W2023215107 @default.
• W4291145276 cites W2037278153 @default.
• W4291145276 cites W2042992518 @default.
• W4291145276 cites W2044238703 @default.
• W4291145276 cites W2045738588 @default.
• W4291145276 cites W2048047861 @default.
• W4291145276 cites W2056072739 @default.
• W4291145276 cites W2058273327 @default.
• W4291145276 cites W2061686360 @default.
• W4291145276 cites W2070817570 @default.
• W4291145276 cites W2077965062 @default.
• W4291145276 cites W2083962088 @default.
• W4291145276 cites W2084634305 @default.
• W4291145276 cites W2088193814 @default.
• W4291145276 cites W2091307478 @default.
• W4291145276 cites W2096371469 @default.
• W4291145276 cites W2096783391 @default.
• W4291145276 cites W2098684270 @default.
• W4291145276 cites W2101110295 @default.
• W4291145276 cites W2101316667 @default.
• W4291145276 cites W2108718991 @default.
• W4291145276 cites W2117321971 @default.
• W4291145276 cites W2117810163 @default.
• W4291145276 cites W2120141270 @default.
• W4291145276 cites W2120644786 @default.
• W4291145276 cites W2124714194 @default.
• W4291145276 cites W2125229526 @default.
• W4291145276 cites W2129271132 @default.
• W4291145276 cites W2130889389 @default.
• W4291145276 cites W2134255886 @default.
• W4291145276 cites W2135874263 @default.
• W4291145276 cites W2135944443 @default.
• W4291145276 cites W2137861764 @default.
• W4291145276 cites W2141643737 @default.
• W4291145276 cites W2142747535 @default.
• W4291145276 cites W2145318817 @default.
• W4291145276 cites W2151419843 @default.
• W4291145276 cites W2153390789 @default.
• W4291145276 cites W2153947402 @default.
• W4291145276 cites W2162099400 @default.
• W4291145276 cites W2167492539 @default.
• W4291145276 cites W2167519901 @default.
• W4291145276 cites W2179306425 @default.
• W4291145276 cites W2269988932 @default.
• W4291145276 cites W2282057892 @default.
• W4291145276 cites W2297930472 @default.
• W4291145276 cites W2314495996 @default.
• W4291145276 cites W2332349091 @default.
• W4291145276 cites W2334355267 @default.
• W4291145276 cites W2539331808 @default.
• W4291145276 cites W2588293665 @default.
• W4291145276 cites W2729913557 @default.
• W4291145276 cites W2802817419 @default.
• W4291145276 cites W2810742471 @default.
• W4291145276 cites W2902559922 @default.
• W4291145276 cites W2944198572 @default.
• W4291145276 cites W2966097292 @default.
• W4291145276 cites W3134026748 @default.
• W4291145276 cites W3157591299 @default.
• W4291145276 cites W3174987546 @default.
• W4291145276 cites W401943522 @default.
• W4291145276 cites W4248019032 @default.
• W4291145276 cites W4248328852 @default.
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• W4291145276 doi "https://doi.org/10.5194/bg-19-3713-2022" @default.
• W4291145276 hasPublicationYear "2022" @default.
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