FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W4317633469> ?p ?o ?g. }

• W4317633469 endingPage "161752" @default.
• W4317633469 startingPage "161752" @default.
• W4317633469 abstract "Monitoring of the microbial community in bioleaching system is essential for control process parameters and enhance the leaching efficiency. Due to the difficulty of sampling, microbial distribution, community succession and bioleaching activity along the vertical depth of bioleaching heaps remain unresolved. This study investigated the geochemical parameters and microbial community structure along a depth profile in a bioleaching heap and leachate. 80 ore samples at different heap depths and 9 leaching solution samples from three bioheaps of Zijin Copper Mine were collected. Microbial composition, mineral types and geochemical parameters of these samples were analyzed by 16S rRNA high-throughput sequencing and a series of chemical measurement technologies. The results revealed that the pH, Cu, Fe and the total sulfur contents were the major factors shaping the composition of the microbial communities in the bioleaching system. The extent of mineral oxidation increased as the sample depth increases, followed by the increasing of sulfur oxidizers. The abundance of sulfur and iron oxidizers including members of Acidithiobacillus, Sulfobacillus and Acidiferrobacter were significantly higher in the leaching heap than in the leaching solution, meanwhile, they showed strong positive interactions with other members within the same genera and iron oxidizer Leptospirillum and Ferroplasma. Besides, Acidithiobacillus negatively interacted with heterotrophs such as Sphingobium, Exiguobacterium, Brevundimonas and so on. On the contrast, members of Leptospirillum and unclassified Archaea were significantly abundant in the leaching solution and revealed strong interactions with members of Thermoplasmatales. The main conclusion of this study, especially the leaching potential of microorganisms prevailing in bioheaps and their relationships with geochemical factors, provides theoretical guidance for future process design such as the control of processing parameters and microbial community in heap leaching." @default.
• W4317633469 created "2023-01-21" @default.
• W4317633469 creator A5009810201 @default.
• W4317633469 creator A5010966796 @default.
• W4317633469 creator A5016882655 @default.
• W4317633469 creator A5025331274 @default.
• W4317633469 creator A5039862954 @default.
• W4317633469 creator A5042999279 @default.
• W4317633469 creator A5056771101 @default.
• W4317633469 creator A5062806453 @default.
• W4317633469 creator A5069025805 @default.
• W4317633469 creator A5074033893 @default.
• W4317633469 creator A5087222691 @default.
• W4317633469 date "2023-04-01" @default.
• W4317633469 modified "2023-10-16" @default.
• W4317633469 title "Responses of microbial community to geochemical parameters on vertical depth in bioheap system of low-grade copper sulfide" @default.
• W4317633469 cites W102427414 @default.
• W4317633469 cites W1603495842 @default.
• W4317633469 cites W1981341991 @default.
• W4317633469 cites W1991622117 @default.
• W4317633469 cites W2002868103 @default.
• W4317633469 cites W2020141472 @default.
• W4317633469 cites W2032626746 @default.
• W4317633469 cites W2039133867 @default.
• W4317633469 cites W2050425822 @default.
• W4317633469 cites W2056882579 @default.
• W4317633469 cites W2061113703 @default.
• W4317633469 cites W2073856021 @default.
• W4317633469 cites W2076562915 @default.
• W4317633469 cites W2086918361 @default.
• W4317633469 cites W2091399192 @default.
• W4317633469 cites W2091803287 @default.
• W4317633469 cites W2112413450 @default.
• W4317633469 cites W2124351063 @default.
• W4317633469 cites W2141447208 @default.
• W4317633469 cites W2145662137 @default.
• W4317633469 cites W2148606196 @default.
• W4317633469 cites W2151936673 @default.
• W4317633469 cites W2152885278 @default.
• W4317633469 cites W2162667876 @default.
• W4317633469 cites W2279118269 @default.
• W4317633469 cites W2339988283 @default.
• W4317633469 cites W2476781876 @default.
• W4317633469 cites W2491483750 @default.
• W4317633469 cites W2520569708 @default.
• W4317633469 cites W2529006133 @default.
• W4317633469 cites W2534883760 @default.
• W4317633469 cites W2580803576 @default.
• W4317633469 cites W2761786864 @default.
• W4317633469 cites W2766080925 @default.
• W4317633469 cites W2789009081 @default.
• W4317633469 cites W2791577605 @default.
• W4317633469 cites W2802081514 @default.
• W4317633469 cites W2886374824 @default.
• W4317633469 cites W2886630423 @default.
• W4317633469 cites W2897999975 @default.
• W4317633469 cites W2899108551 @default.
• W4317633469 cites W2901010403 @default.
• W4317633469 cites W2994908289 @default.
• W4317633469 cites W3012647466 @default.
• W4317633469 cites W3048626701 @default.
• W4317633469 cites W3083656367 @default.
• W4317633469 cites W3102521894 @default.
• W4317633469 cites W3122330616 @default.
• W4317633469 cites W3184390919 @default.
• W4317633469 cites W3196988682 @default.
• W4317633469 cites W3216708772 @default.
• W4317633469 cites W4210974277 @default.
• W4317633469 cites W4250319495 @default.
• W4317633469 cites W4283582289 @default.
• W4317633469 cites W4285405393 @default.
• W4317633469 cites W4292677176 @default.
• W4317633469 cites W4297141024 @default.
• W4317633469 cites W4297538083 @default.
• W4317633469 cites W4301183047 @default.
• W4317633469 cites W4307047046 @default.
• W4317633469 doi "https://doi.org/10.1016/j.scitotenv.2023.161752" @default.
• W4317633469 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/36690115" @default.
• W4317633469 hasPublicationYear "2023" @default.
• W4317633469 type Work @default.
• W4317633469 citedByCount "0" @default.
• W4317633469 crossrefType "journal-article" @default.
• W4317633469 hasAuthorship W4317633469A5009810201 @default.
• W4317633469 hasAuthorship W4317633469A5010966796 @default.
• W4317633469 hasAuthorship W4317633469A5016882655 @default.
• W4317633469 hasAuthorship W4317633469A5025331274 @default.
• W4317633469 hasAuthorship W4317633469A5039862954 @default.
• W4317633469 hasAuthorship W4317633469A5042999279 @default.
• W4317633469 hasAuthorship W4317633469A5056771101 @default.
• W4317633469 hasAuthorship W4317633469A5062806453 @default.
• W4317633469 hasAuthorship W4317633469A5069025805 @default.
• W4317633469 hasAuthorship W4317633469A5074033893 @default.
• W4317633469 hasAuthorship W4317633469A5087222691 @default.
• W4317633469 hasConcept C104317684 @default.
• W4317633469 hasConcept C107872376 @default.
• W4317633469 hasConcept C127313418 @default.
• W4317633469 hasConcept C147789679 @default.
• W4317633469 hasConcept C151730666 @default.

• next