FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W3036053204> ?p ?o ?g. }

• W3036053204 endingPage "828" @default.
• W3036053204 startingPage "810" @default.
• W3036053204 abstract "Soil microaggregates contain particles of different sizes, which may affect their potential to store organic carbon (OC). A variety of methods can be used to isolate microaggregates from the larger soil structures, among which wet sieving approaches are widely employed. We developed a novel dry crushing method that isolates microaggregates along failure planes due to mechanical stresses rather than hydraulic pressures and compared the mechanical stability, OC contents and microbial community composition between dry-crushed and wet-sieved samples with contrasting clay contents. Dry-crushed samples exhibited a higher stability and bacterial diversity compared to wet-sieved samples. As a result, the dry-crushed microaggregates had different size distributions when analysed dry and after wetting. In the dry state, dry-crushed microaggregates were larger and contained more sand-sized primary particles within the aggregate structures. The wetting of dry-crushed aggregates caused a disintegration of larger microaggregates and sand-sized primary particles into smaller microaggregates that contained finer particles. In the soils with lower clay contents, the diameter of dry-crushed microaggregates was 40 μm larger due to more sand-sized primary particles remaining within the aggregates. Depending on how much volume in microaggregates is occupied by large primary particles, the OC concentration increased in the soil with higher clay content. Wet-sieved size fractions also showed a similar pattern of OC distribution, whereas more primary particles were observed outside of aggregates. Wet sieving approaches disperse the soil into OC-rich aggregates and might be preferable if OC dynamics are investigated. Differences in bacterial community composition in dependence on clay content were more pronounced in dry-crushed microaggregates. If intact aggregate architectures are of interest for the isolation of soil structural units, the presented dry crushing method might provide an advantageous alternative that also better preserves bacterial diversity." @default.
• W3036053204 created "2020-06-25" @default.
• W3036053204 creator A5003309302 @default.
• W3036053204 creator A5025732296 @default.
• W3036053204 creator A5029116593 @default.
• W3036053204 creator A5046288856 @default.
• W3036053204 creator A5052005562 @default.
• W3036053204 creator A5053002019 @default.
• W3036053204 creator A5057178262 @default.
• W3036053204 creator A5070155269 @default.
• W3036053204 creator A5088946842 @default.
• W3036053204 date "2020-07-13" @default.
• W3036053204 modified "2023-10-17" @default.
• W3036053204 title "Wet sieving versus dry crushing: Soil microaggregates reveal different physical structure, bacterial diversity and organic matter composition in a clay gradient" @default.
• W3036053204 cites W1530566518 @default.
• W3036053204 cites W1857591892 @default.
• W3036053204 cites W1966668999 @default.
• W3036053204 cites W1972301405 @default.
• W3036053204 cites W1974716464 @default.
• W3036053204 cites W1975669272 @default.
• W3036053204 cites W1977666256 @default.
• W3036053204 cites W1983859464 @default.
• W3036053204 cites W1985151603 @default.
• W3036053204 cites W1994475660 @default.
• W3036053204 cites W1994714335 @default.
• W3036053204 cites W2006409189 @default.
• W3036053204 cites W2008297167 @default.
• W3036053204 cites W2020172913 @default.
• W3036053204 cites W2026987198 @default.
• W3036053204 cites W2027841418 @default.
• W3036053204 cites W2028131066 @default.
• W3036053204 cites W2035563959 @default.
• W3036053204 cites W2038770226 @default.
• W3036053204 cites W2038930161 @default.
• W3036053204 cites W2041483208 @default.
• W3036053204 cites W2041801729 @default.
• W3036053204 cites W2043915330 @default.
• W3036053204 cites W2046894728 @default.
• W3036053204 cites W2048752755 @default.
• W3036053204 cites W2050385121 @default.
• W3036053204 cites W2050674563 @default.
• W3036053204 cites W2053043516 @default.
• W3036053204 cites W2053316183 @default.
• W3036053204 cites W2053467509 @default.
• W3036053204 cites W2056279562 @default.
• W3036053204 cites W2063147228 @default.
• W3036053204 cites W2065793428 @default.
• W3036053204 cites W2066459710 @default.
• W3036053204 cites W2070947856 @default.
• W3036053204 cites W2078062979 @default.
• W3036053204 cites W2084634305 @default.
• W3036053204 cites W2089728819 @default.
• W3036053204 cites W2104005424 @default.
• W3036053204 cites W2114972214 @default.
• W3036053204 cites W2123981120 @default.
• W3036053204 cites W2139405554 @default.
• W3036053204 cites W2147908267 @default.
• W3036053204 cites W2148956054 @default.
• W3036053204 cites W2155236826 @default.
• W3036053204 cites W2156102122 @default.
• W3036053204 cites W2166490258 @default.
• W3036053204 cites W2169825926 @default.
• W3036053204 cites W2287338065 @default.
• W3036053204 cites W2424759015 @default.
• W3036053204 cites W2556846618 @default.
• W3036053204 cites W2580716706 @default.
• W3036053204 cites W2609362419 @default.
• W3036053204 cites W2646778579 @default.
• W3036053204 cites W2742336425 @default.
• W3036053204 cites W2742792868 @default.
• W3036053204 cites W2751268744 @default.
• W3036053204 cites W2767488155 @default.
• W3036053204 cites W2782119243 @default.
• W3036053204 cites W2789857480 @default.
• W3036053204 cites W2792842284 @default.
• W3036053204 cites W2802475400 @default.
• W3036053204 cites W2803373009 @default.
• W3036053204 cites W2806587487 @default.
• W3036053204 cites W281838288 @default.
• W3036053204 cites W2893088635 @default.
• W3036053204 cites W2911722666 @default.
• W3036053204 cites W2913294041 @default.
• W3036053204 cites W2921370108 @default.
• W3036053204 cites W2946593541 @default.
• W3036053204 cites W2947594001 @default.
• W3036053204 cites W2968524747 @default.
• W3036053204 cites W95285130 @default.
• W3036053204 doi "https://doi.org/10.1111/ejss.13014" @default.
• W3036053204 hasPublicationYear "2020" @default.
• W3036053204 type Work @default.
• W3036053204 sameAs 3036053204 @default.
• W3036053204 citedByCount "23" @default.
• W3036053204 countsByYear W30360532042020 @default.
• W3036053204 countsByYear W30360532042021 @default.
• W3036053204 countsByYear W30360532042022 @default.
• W3036053204 countsByYear W30360532042023 @default.
• W3036053204 crossrefType "journal-article" @default.
• W3036053204 hasAuthorship W3036053204A5003309302 @default.

• next