Matches in SemOpenAlex for { <https://semopenalex.org/work/W4210279466> ?p ?o ?g. }
- W4210279466 endingPage "153564" @default.
- W4210279466 startingPage "153564" @default.
- W4210279466 abstract "Microbes in subsurface oil reservoirs play important roles in elemental cycles and biogeochemical processes. However, the community assembly pattern of indigenous microbiome and their succession under long-term human activity remain poorly understood. Here we studied the microbial community assembly in underground sandstone cores from 190 to 2050 m in northeast China and their response to long-term oil recovery (10-50 years). Indigenous microbiome in subsurface petroleum reservoirs were dominated by Gammaproteobacteria, Firmicutes, Alphaproteobacteria, Bacteroidetes, and Actinobacteria, which exhibited a higher contribution of homogenizing dispersal assembly and different taxonomy distinct ecological modules when compared with perturbed samples. Specifically, the long-term oil recovery reduced the bacterial taxonomic- and functional-diversity, and increased the community co-occurrence associations in subsurface oil reservoirs. Moreover, distinguished from the perturbed samples, both variation partition analysis and structural equation model revealed that the contents of quartz, NO3- and Cl- significantly structured the α- and β-diversity in indigenous subsurface bacterial communities. These findings first provide the holistic picture of microbiome in the deep oil reservoirs, which demonstrate the significant impact of human activity on microbiome in deep continental subsurface." @default.
- W4210279466 created "2022-02-08" @default.
- W4210279466 creator A5013993151 @default.
- W4210279466 creator A5043348664 @default.
- W4210279466 creator A5049822510 @default.
- W4210279466 creator A5051832377 @default.
- W4210279466 creator A5053262753 @default.
- W4210279466 creator A5059736381 @default.
- W4210279466 creator A5070139593 @default.
- W4210279466 creator A5070148419 @default.
- W4210279466 creator A5079983839 @default.
- W4210279466 creator A5084289116 @default.
- W4210279466 creator A5084499602 @default.
- W4210279466 creator A5087875618 @default.
- W4210279466 date "2022-05-01" @default.
- W4210279466 modified "2023-09-28" @default.
- W4210279466 title "Deep mining decreases the microbial taxonomic and functional diversity of subsurface oil reservoirs" @default.
- W4210279466 cites W1967621762 @default.
- W4210279466 cites W1995393174 @default.
- W4210279466 cites W1999626862 @default.
- W4210279466 cites W2007347158 @default.
- W4210279466 cites W2007929767 @default.
- W4210279466 cites W2018895447 @default.
- W4210279466 cites W2021584074 @default.
- W4210279466 cites W2031309021 @default.
- W4210279466 cites W2034285706 @default.
- W4210279466 cites W2051847816 @default.
- W4210279466 cites W2055471602 @default.
- W4210279466 cites W2059182707 @default.
- W4210279466 cites W2061510693 @default.
- W4210279466 cites W2063016175 @default.
- W4210279466 cites W2067036742 @default.
- W4210279466 cites W2073889127 @default.
- W4210279466 cites W2075536793 @default.
- W4210279466 cites W2078043684 @default.
- W4210279466 cites W2079553838 @default.
- W4210279466 cites W2091797034 @default.
- W4210279466 cites W2096916545 @default.
- W4210279466 cites W2116582125 @default.
- W4210279466 cites W2126690664 @default.
- W4210279466 cites W2131904767 @default.
- W4210279466 cites W2133360663 @default.
- W4210279466 cites W2153109441 @default.
- W4210279466 cites W2186298536 @default.
- W4210279466 cites W2278014998 @default.
- W4210279466 cites W2293344352 @default.
- W4210279466 cites W2324621713 @default.
- W4210279466 cites W2336743679 @default.
- W4210279466 cites W2401404581 @default.
- W4210279466 cites W2466546547 @default.
- W4210279466 cites W2520355709 @default.
- W4210279466 cites W2562574826 @default.
- W4210279466 cites W2606138337 @default.
- W4210279466 cites W2614276784 @default.
- W4210279466 cites W2753632495 @default.
- W4210279466 cites W2761955173 @default.
- W4210279466 cites W2768442842 @default.
- W4210279466 cites W2785406622 @default.
- W4210279466 cites W2800519127 @default.
- W4210279466 cites W2810744638 @default.
- W4210279466 cites W2883416811 @default.
- W4210279466 cites W2894440084 @default.
- W4210279466 cites W2902394931 @default.
- W4210279466 cites W2937916685 @default.
- W4210279466 cites W2948441188 @default.
- W4210279466 cites W2949209521 @default.
- W4210279466 cites W2963276645 @default.
- W4210279466 cites W2969846994 @default.
- W4210279466 cites W2976609130 @default.
- W4210279466 cites W2979563522 @default.
- W4210279466 cites W3009609972 @default.
- W4210279466 cites W3012384859 @default.
- W4210279466 cites W3035703215 @default.
- W4210279466 cites W3037652925 @default.
- W4210279466 cites W3040908417 @default.
- W4210279466 cites W3045760065 @default.
- W4210279466 cites W3046081252 @default.
- W4210279466 cites W3095164186 @default.
- W4210279466 cites W3108664313 @default.
- W4210279466 cites W3169913549 @default.
- W4210279466 cites W4242736023 @default.
- W4210279466 doi "https://doi.org/10.1016/j.scitotenv.2022.153564" @default.
- W4210279466 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/35101516" @default.
- W4210279466 hasPublicationYear "2022" @default.
- W4210279466 type Work @default.
- W4210279466 citedByCount "6" @default.
- W4210279466 countsByYear W42102794662022 @default.
- W4210279466 countsByYear W42102794662023 @default.
- W4210279466 crossrefType "journal-article" @default.
- W4210279466 hasAuthorship W4210279466A5013993151 @default.
- W4210279466 hasAuthorship W4210279466A5043348664 @default.
- W4210279466 hasAuthorship W4210279466A5049822510 @default.
- W4210279466 hasAuthorship W4210279466A5051832377 @default.
- W4210279466 hasAuthorship W4210279466A5053262753 @default.
- W4210279466 hasAuthorship W4210279466A5059736381 @default.
- W4210279466 hasAuthorship W4210279466A5070139593 @default.
- W4210279466 hasAuthorship W4210279466A5070148419 @default.
- W4210279466 hasAuthorship W4210279466A5079983839 @default.