FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W4308038009> ?p ?o ?g. }

• W4308038009 endingPage "114262" @default.
• W4308038009 startingPage "114262" @default.
• W4308038009 abstract "Volatile chlorinated hydrocarbons (VCHs) contaminated groundwater has a low indigenous microorganism population, and lack of nutrient substrates involved in degradation reactions, resulting in a weak natural remediation ability of groundwater ecosystems. In this study, based on the principle of degradation of VCHs by indigenous microorganisms in groundwater, and combined with biostimulation and controlled-release technology, we developed a starch-based encapsulated targeted bionutrient (YH-1) with easy uptake, good stability, controllable slow-release migration, and long timeliness for the remediation of groundwater contaminated by VCHs by indigenous microorganisms. The results showed that YH-1 is easily absorbed by microorganisms and can rapidly initiate itself to stimulate the microbial degradation of VCHs, and the degradation rate of various VCH components within 7 days was 82.38-92.38 %. The release rate of nutrient components in YH-1 increases with increasing VCH concentrations in groundwater; this could effectively prolong the action time of nutrient components, while also improving the degradation efficiency of pollutants with a sustained effect of more than 15 days. Simultaneously, owing to the fluidity, water solubility, and biodegradability of YH-1 in lithologic media, YH-1 injection did not cause blockage of the lithologic media in the aquifer. Through YH-1 stimulation, indigenous microorganisms grew rapidly in the underground environment, the diversity of microbial communities and the total number of species increased, and the correlation between genera strengthened. Simultaneously, YH-1 improved the ability of microbial community to convert inorganic electron donors/acceptors, thereby strengthening the co-metabolic mechanism between microorganisms. Additionally, there was a significant increase in the percentage of many microorganisms (e.g., Sphingomonas, Janthinobacterium, Duganella, etc.) that mediated the reductive dechlorination process and were redox inorganic electron donors/acceptors. This was conducive to the reductive dechlorination process of VCHs and achieved the efficient degradation of VCHs." @default.
• W4308038009 created "2022-11-07" @default.
• W4308038009 creator A5012568710 @default.
• W4308038009 creator A5016423192 @default.
• W4308038009 creator A5056117364 @default.
• W4308038009 creator A5063089557 @default.
• W4308038009 creator A5077068949 @default.
• W4308038009 creator A5082464616 @default.
• W4308038009 creator A5087446711 @default.
• W4308038009 date "2022-12-01" @default.
• W4308038009 modified "2023-10-15" @default.
• W4308038009 title "A starch-based controlled-release targeted nutrient agent to stimulate the activity of volatile chlorinated hydrocarbon-degrading indigenous microflora present in groundwater" @default.
• W4308038009 cites W1021497367 @default.
• W4308038009 cites W1547760681 @default.
• W4308038009 cites W1615022580 @default.
• W4308038009 cites W1864705147 @default.
• W4308038009 cites W1972576085 @default.
• W4308038009 cites W1975965469 @default.
• W4308038009 cites W1976482237 @default.
• W4308038009 cites W1977336489 @default.
• W4308038009 cites W1979261074 @default.
• W4308038009 cites W1980360935 @default.
• W4308038009 cites W1981267831 @default.
• W4308038009 cites W1990703510 @default.
• W4308038009 cites W2023820651 @default.
• W4308038009 cites W2032013060 @default.
• W4308038009 cites W2033749297 @default.
• W4308038009 cites W2045254766 @default.
• W4308038009 cites W2049674916 @default.
• W4308038009 cites W2052847785 @default.
• W4308038009 cites W2068280589 @default.
• W4308038009 cites W2077629577 @default.
• W4308038009 cites W2085808412 @default.
• W4308038009 cites W2095017291 @default.
• W4308038009 cites W2110871669 @default.
• W4308038009 cites W2120344776 @default.
• W4308038009 cites W2129034589 @default.
• W4308038009 cites W2140965888 @default.
• W4308038009 cites W2144070458 @default.
• W4308038009 cites W2144741687 @default.
• W4308038009 cites W2164014436 @default.
• W4308038009 cites W2236570132 @default.
• W4308038009 cites W2321547356 @default.
• W4308038009 cites W2528617215 @default.
• W4308038009 cites W2549372067 @default.
• W4308038009 cites W2565142024 @default.
• W4308038009 cites W2575297229 @default.
• W4308038009 cites W2588200984 @default.
• W4308038009 cites W2591309361 @default.
• W4308038009 cites W2595276334 @default.
• W4308038009 cites W2601436195 @default.
• W4308038009 cites W2737605065 @default.
• W4308038009 cites W2739352780 @default.
• W4308038009 cites W2749908226 @default.
• W4308038009 cites W2799386889 @default.
• W4308038009 cites W2799771434 @default.
• W4308038009 cites W2807155917 @default.
• W4308038009 cites W2885374072 @default.
• W4308038009 cites W2889724615 @default.
• W4308038009 cites W2901151296 @default.
• W4308038009 cites W2901671003 @default.
• W4308038009 cites W2901937843 @default.
• W4308038009 cites W2909439173 @default.
• W4308038009 cites W2910821707 @default.
• W4308038009 cites W2914705364 @default.
• W4308038009 cites W2937630777 @default.
• W4308038009 cites W2939712977 @default.
• W4308038009 cites W2944554888 @default.
• W4308038009 cites W2955182805 @default.
• W4308038009 cites W2981696105 @default.
• W4308038009 cites W3004555985 @default.
• W4308038009 cites W3009933950 @default.
• W4308038009 cites W3012053566 @default.
• W4308038009 cites W3081248185 @default.
• W4308038009 cites W3087807589 @default.
• W4308038009 cites W3087962817 @default.
• W4308038009 cites W3119661331 @default.
• W4308038009 cites W3134565221 @default.
• W4308038009 cites W3139023393 @default.
• W4308038009 cites W3158421481 @default.
• W4308038009 cites W3185248581 @default.
• W4308038009 cites W3201908125 @default.
• W4308038009 cites W3214956670 @default.
• W4308038009 cites W4232332809 @default.
• W4308038009 cites W4298152955 @default.
• W4308038009 cites W2995492918 @default.
• W4308038009 doi "https://doi.org/10.1016/j.ecoenv.2022.114262" @default.
• W4308038009 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/36327786" @default.
• W4308038009 hasPublicationYear "2022" @default.
• W4308038009 type Work @default.
• W4308038009 citedByCount "2" @default.
• W4308038009 countsByYear W43080380092023 @default.
• W4308038009 crossrefType "journal-article" @default.
• W4308038009 hasAuthorship W4308038009A5012568710 @default.
• W4308038009 hasAuthorship W4308038009A5016423192 @default.
• W4308038009 hasAuthorship W4308038009A5056117364 @default.
• W4308038009 hasAuthorship W4308038009A5063089557 @default.
• W4308038009 hasAuthorship W4308038009A5077068949 @default.

• next