FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W4206347671> ?p ?o ?g. }

• W4206347671 endingPage "153137" @default.
• W4206347671 startingPage "153137" @default.
• W4206347671 abstract "Soil organic carbon (SOC) is an important component of soil ecosystems, and soils are a hotbed of microorganisms playing critical roles in soil functions and ecosystem services. Understanding the interaction between SOC and soil microbial community is of paramount significance in predicting the C fate in soils following vegetation restoration. In this study, high-throughput sequencing of 16S rRNA and ITS genes combined with 13C NMR spectroscopy analysis were applied to characterize SOC chemical compounds and elucidate associated soil microbial community. Our results indicated that the contents of SOC, total nitrogen, total phosphorus, microbial biomass carbon and biomass nitrogen, dissolved organic carbon, available potassium, exchangeable calcium and soil moisture increased significantly (P < 0.05) along with the vegetation restoration processes from corn land, grassland, shrub land, to secondary and primary forests. Moreover, the Alkyl C and O-alkyl C abundance increased with vegetation recovery, but no significant differences of Alkyl C were observed in different successional stages. In contrast, the relative abundance of Methoxyl C showed an opposite trend. The dominate phyla Proteobacteria, Acidobacteria, Actinobacteria, Ascomycota and Basidiomycota were strongly related to SOC. And, SOC was found to be the determining factor shaping soil bacterial and fungal communities in vegetation restoration processes. The complexity of soil bacteria and fungi interactions along the vegetation restoration chronosequence increased. Determinism was the major assembly mechanism of bacterial community while stochasticity dominated the assembly of fungal community. Bryobacter, Haliangium, and MND1 were identified as keystone genera in co-occurrence network. Besides, the dominant functional groups across all vegetation restoration processes were mainly involved in soil C and N cycles and linked to the enhanced recalcitrant SOC storage. Our results provide invaluable reference to advance the understanding of microbe response to vegetation restoration processes and highlight the impact of microbes on recalcitrant SOC storage." @default.
• W4206347671 created "2022-01-25" @default.
• W4206347671 creator A5016443208 @default.
• W4206347671 creator A5025926505 @default.
• W4206347671 creator A5037185064 @default.
• W4206347671 creator A5066862282 @default.
• W4206347671 creator A5070347429 @default.
• W4206347671 date "2022-05-01" @default.
• W4206347671 modified "2023-10-13" @default.
• W4206347671 title "Vegetation restoration facilitates belowground microbial network complexity and recalcitrant soil organic carbon storage in southwest China karst region" @default.
• W4206347671 cites W1920295170 @default.
• W4206347671 cites W1965248862 @default.
• W4206347671 cites W1966623514 @default.
• W4206347671 cites W1989166766 @default.
• W4206347671 cites W2001005003 @default.
• W4206347671 cites W2009805657 @default.
• W4206347671 cites W2009947838 @default.
• W4206347671 cites W2011312755 @default.
• W4206347671 cites W2029495498 @default.
• W4206347671 cites W2036897871 @default.
• W4206347671 cites W2045668784 @default.
• W4206347671 cites W2056873490 @default.
• W4206347671 cites W2066315410 @default.
• W4206347671 cites W2072970694 @default.
• W4206347671 cites W2075536793 @default.
• W4206347671 cites W2080283023 @default.
• W4206347671 cites W2085081784 @default.
• W4206347671 cites W2093876598 @default.
• W4206347671 cites W2100334673 @default.
• W4206347671 cites W2100880417 @default.
• W4206347671 cites W2101424567 @default.
• W4206347671 cites W2106760669 @default.
• W4206347671 cites W2115653202 @default.
• W4206347671 cites W2120221115 @default.
• W4206347671 cites W2124351063 @default.
• W4206347671 cites W2127602818 @default.
• W4206347671 cites W2131904767 @default.
• W4206347671 cites W2143524133 @default.
• W4206347671 cites W2148315829 @default.
• W4206347671 cites W2154736508 @default.
• W4206347671 cites W2157107905 @default.
• W4206347671 cites W2169029702 @default.
• W4206347671 cites W2170180767 @default.
• W4206347671 cites W2179929904 @default.
• W4206347671 cites W2223483017 @default.
• W4206347671 cites W2329136689 @default.
• W4206347671 cites W2339547151 @default.
• W4206347671 cites W2464458378 @default.
• W4206347671 cites W2557800876 @default.
• W4206347671 cites W2558710902 @default.
• W4206347671 cites W2593650229 @default.
• W4206347671 cites W2736456658 @default.
• W4206347671 cites W2744057697 @default.
• W4206347671 cites W2746972144 @default.
• W4206347671 cites W2764249839 @default.
• W4206347671 cites W2771681640 @default.
• W4206347671 cites W2780410574 @default.
• W4206347671 cites W2783192416 @default.
• W4206347671 cites W2801549624 @default.
• W4206347671 cites W2809420258 @default.
• W4206347671 cites W2890970077 @default.
• W4206347671 cites W2901567865 @default.
• W4206347671 cites W2902523156 @default.
• W4206347671 cites W2908752664 @default.
• W4206347671 cites W2910713456 @default.
• W4206347671 cites W2914173450 @default.
• W4206347671 cites W2917169466 @default.
• W4206347671 cites W2921879478 @default.
• W4206347671 cites W2936999470 @default.
• W4206347671 cites W2943926839 @default.
• W4206347671 cites W2961235523 @default.
• W4206347671 cites W2972291772 @default.
• W4206347671 cites W2981774387 @default.
• W4206347671 cites W2983631490 @default.
• W4206347671 cites W2997335108 @default.
• W4206347671 cites W3013874884 @default.
• W4206347671 cites W3048805481 @default.
• W4206347671 cites W3088977195 @default.
• W4206347671 cites W3092348686 @default.
• W4206347671 cites W3096303972 @default.
• W4206347671 cites W3164509944 @default.
• W4206347671 cites W3171438146 @default.
• W4206347671 cites W3206533246 @default.
• W4206347671 cites W807942356 @default.
• W4206347671 doi "https://doi.org/10.1016/j.scitotenv.2022.153137" @default.
• W4206347671 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/35041964" @default.
• W4206347671 hasPublicationYear "2022" @default.
• W4206347671 type Work @default.
• W4206347671 citedByCount "46" @default.
• W4206347671 countsByYear W42063476712022 @default.
• W4206347671 countsByYear W42063476712023 @default.
• W4206347671 crossrefType "journal-article" @default.
• W4206347671 hasAuthorship W4206347671A5016443208 @default.
• W4206347671 hasAuthorship W4206347671A5025926505 @default.
• W4206347671 hasAuthorship W4206347671A5037185064 @default.
• W4206347671 hasAuthorship W4206347671A5066862282 @default.
• W4206347671 hasAuthorship W4206347671A5070347429 @default.
• W4206347671 hasConcept C104317684 @default.

• next