FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W4315433982> ?p ?o ?g. }

• W4315433982 endingPage "32" @default.
• W4315433982 startingPage "13" @default.
• W4315433982 abstract "Phyllosphere microbes are essential in the mediation of plant–soil biogeochemical recycling during the decomposition of plant litter in wetland ecosystems. However, there are few studies into microbial community succession in phyllosphere microbial communities in wetlands, and their functional attributes across a full period of wetland plant litter decomposition remain unclear. Here, we collected leaf samples of Typha latifolia var. orientalis (C. Presl.) Rohrb., an emergent wetland plant, during various stages of decomposition (growing, standing, lodging, and submerging stages) to investigate fungal and bacterial assemblage succession in the phyllosphere. We then parsed these assemblages into specific fungal trophic modes and bacterial phenotypes. Over the litter decomposition period, both fungal and bacterial assemblages underwent distinct succession, with generally increasing alpha diversity, and the proportion of litter microbes originating from sediments increased with decomposition. Saprotrophic and pathotrophic fungi dominated the fungal assemblage in the early stages of decomposition, but their dominance was replaced by undefined fungi as decomposition progressed. Relative abundances of both pathotrophic fungi and potentially pathogenic bacteria increased from the growing to the standing stage, implying that there was a turning point in assemblage composition shortly after plant leaf death. Gram-positive and gram-negative bacteria had opposite trends in their relative abundances over successive decomposition stages. When plant litter entered the water, bacteria tolerant of oxidative stress gradually decreased in abundance, but anaerobic bacteria abundance increased. We also aimed to determine the relationships between predicted microbial functional traits and leaf litter physicochemical attributes. Lignin and N content were the predominant predictors of decomposer fungal trophic modes and bacterial phenotypes. These findings provide evidence that the complex litter decomposition seen in wetlands is accompanied by a dynamic cross-kingdom succession of phyllospheric microbial communities, coupled with distinct changes in the phenotypes of the microbes present. Insights into phyllospheric microbial functional traits have implications for better elucidating the plant litter cycle for wetland plants." @default.
• W4315433982 created "2023-01-11" @default.
• W4315433982 creator A5004716871 @default.
• W4315433982 creator A5029667848 @default.
• W4315433982 creator A5030241753 @default.
• W4315433982 creator A5059933283 @default.
• W4315433982 creator A5067318984 @default.
• W4315433982 creator A5089366118 @default.
• W4315433982 creator A5091662399 @default.
• W4315433982 date "2023-03-01" @default.
• W4315433982 modified "2023-10-11" @default.
• W4315433982 title "Functional insights into succession in a phyllospheric microbial community across a full period of aquatic plant litter decomposition" @default.
• W4315433982 cites W1005007408 @default.
• W4315433982 cites W1546116008 @default.
• W4315433982 cites W1565954670 @default.
• W4315433982 cites W1816619206 @default.
• W4315433982 cites W1877196572 @default.
• W4315433982 cites W1958758746 @default.
• W4315433982 cites W1968134992 @default.
• W4315433982 cites W1975038788 @default.
• W4315433982 cites W1976576852 @default.
• W4315433982 cites W1979391249 @default.
• W4315433982 cites W1992269616 @default.
• W4315433982 cites W1995657947 @default.
• W4315433982 cites W2000015778 @default.
• W4315433982 cites W2004943624 @default.
• W4315433982 cites W2014322731 @default.
• W4315433982 cites W2018841491 @default.
• W4315433982 cites W2026927102 @default.
• W4315433982 cites W2047329205 @default.
• W4315433982 cites W2047550105 @default.
• W4315433982 cites W2049618543 @default.
• W4315433982 cites W2053492383 @default.
• W4315433982 cites W2059100257 @default.
• W4315433982 cites W2072970694 @default.
• W4315433982 cites W2075866460 @default.
• W4315433982 cites W2096154142 @default.
• W4315433982 cites W2098842573 @default.
• W4315433982 cites W2099876566 @default.
• W4315433982 cites W2106446186 @default.
• W4315433982 cites W2112023239 @default.
• W4315433982 cites W2123706570 @default.
• W4315433982 cites W2126489244 @default.
• W4315433982 cites W2130078879 @default.
• W4315433982 cites W2130889389 @default.
• W4315433982 cites W2132608592 @default.
• W4315433982 cites W2134106120 @default.
• W4315433982 cites W2144118151 @default.
• W4315433982 cites W2147739650 @default.
• W4315433982 cites W2157107905 @default.
• W4315433982 cites W2159801764 @default.
• W4315433982 cites W2160576010 @default.
• W4315433982 cites W2280855423 @default.
• W4315433982 cites W2474018055 @default.
• W4315433982 cites W2540336339 @default.
• W4315433982 cites W2549745465 @default.
• W4315433982 cites W2602792989 @default.
• W4315433982 cites W2661906890 @default.
• W4315433982 cites W2887136521 @default.
• W4315433982 cites W2888338905 @default.
• W4315433982 cites W2899046962 @default.
• W4315433982 cites W2919752082 @default.
• W4315433982 cites W2944418701 @default.
• W4315433982 cites W2947380190 @default.
• W4315433982 cites W2947555512 @default.
• W4315433982 cites W2971823522 @default.
• W4315433982 cites W2991641815 @default.
• W4315433982 cites W3010622036 @default.
• W4315433982 cites W3033291120 @default.
• W4315433982 cites W3036508799 @default.
• W4315433982 cites W3046586414 @default.
• W4315433982 cites W3083040708 @default.
• W4315433982 cites W3129662738 @default.
• W4315433982 cites W3160653208 @default.
• W4315433982 cites W3193923941 @default.
• W4315433982 cites W3203667347 @default.
• W4315433982 cites W4283750863 @default.
• W4315433982 doi "https://doi.org/10.1086/724015" @default.
• W4315433982 hasPublicationYear "2023" @default.
• W4315433982 type Work @default.
• W4315433982 citedByCount "2" @default.
• W4315433982 countsByYear W43154339822023 @default.
• W4315433982 crossrefType "journal-article" @default.
• W4315433982 hasAuthorship W4315433982A5004716871 @default.
• W4315433982 hasAuthorship W4315433982A5029667848 @default.
• W4315433982 hasAuthorship W4315433982A5030241753 @default.
• W4315433982 hasAuthorship W4315433982A5059933283 @default.
• W4315433982 hasAuthorship W4315433982A5067318984 @default.
• W4315433982 hasAuthorship W4315433982A5089366118 @default.
• W4315433982 hasAuthorship W4315433982A5091662399 @default.
• W4315433982 hasConcept C104170005 @default.
• W4315433982 hasConcept C110872660 @default.
• W4315433982 hasConcept C150117547 @default.
• W4315433982 hasConcept C18903297 @default.
• W4315433982 hasConcept C205626393 @default.
• W4315433982 hasConcept C2779429622 @default.
• W4315433982 hasConcept C2781178838 @default.
• W4315433982 hasConcept C45962647 @default.

• next