Matches in SemOpenAlex for { <https://semopenalex.org/work/W3045171483> ?p ?o ?g. }
- W3045171483 endingPage "44" @default.
- W3045171483 startingPage "44" @default.
- W3045171483 abstract "Microbial diversity has been well documented for the top 0–0.30 m of agricultural soils. However, spatio-temporal research into subsoil microbial diversity and the effects of agricultural management remains limited. Soil type may influence subsoil microbial diversity, particularly Vertosols. These soils lack distinct horizons and are known to facilitate the downward movement of organic matter, potentially supporting subsoil microbiota, removed from the crop root system (i.e., bulk soils). Our research used the MiSeq Illumina Platform to investigate microbial diversity down the profile of an agricultural Australian Vertosol to 1.0 m in bulk soils, as influenced by crop system (continuous cotton and cotton–maize) and sample time (pre- and in-crop samples collected over two seasons). Overall, both alpha- (Chao1, Gini–Simpson Diversity and Evenness indices) and beta-diversity (nMDS and Sørensen’s Index of Similarity) metrics indicated that both bacterial (16S) diversity and fungal (ITS) diversity decreased with increasing soil depth. The addition of a maize rotation did not significantly influence alpha-diversity metrics until 0.70–1.0 m depth in the soil, where bacterial diversity was significantly higher in this system, with beta-diversity measures indicating this is likely due to root system differences influencing dissolved organic carbon. Sample time did not significantly affect bacterial or fungal diversity over the two seasons, regardless of the crop type and status (i.e., crop in ground and post crop). The relatively stable subsoil fungal and overall microbial diversity in bulk soils over two crop seasons suggests that these microbiota have developed a tolerance to prolonged agricultural management." @default.
- W3045171483 created "2020-07-29" @default.
- W3045171483 creator A5003566176 @default.
- W3045171483 creator A5008387036 @default.
- W3045171483 creator A5033678174 @default.
- W3045171483 creator A5046109025 @default.
- W3045171483 date "2020-07-25" @default.
- W3045171483 modified "2023-09-23" @default.
- W3045171483 title "Subsoil Microbial Diversity and Stability in Rotational Cotton Systems" @default.
- W3045171483 cites W1049239370 @default.
- W3045171483 cites W1502801871 @default.
- W3045171483 cites W1856550358 @default.
- W3045171483 cites W1934798267 @default.
- W3045171483 cites W1972529500 @default.
- W3045171483 cites W1984880833 @default.
- W3045171483 cites W1985772484 @default.
- W3045171483 cites W1988925586 @default.
- W3045171483 cites W1989854862 @default.
- W3045171483 cites W1992345883 @default.
- W3045171483 cites W2002491388 @default.
- W3045171483 cites W2005562719 @default.
- W3045171483 cites W2009740848 @default.
- W3045171483 cites W2009818674 @default.
- W3045171483 cites W2028271611 @default.
- W3045171483 cites W2028351509 @default.
- W3045171483 cites W2031672959 @default.
- W3045171483 cites W2048060395 @default.
- W3045171483 cites W2053026071 @default.
- W3045171483 cites W2058096782 @default.
- W3045171483 cites W2060564817 @default.
- W3045171483 cites W2068335515 @default.
- W3045171483 cites W2072970694 @default.
- W3045171483 cites W2074590914 @default.
- W3045171483 cites W2079268915 @default.
- W3045171483 cites W2087189381 @default.
- W3045171483 cites W2087251584 @default.
- W3045171483 cites W2088494848 @default.
- W3045171483 cites W2088569598 @default.
- W3045171483 cites W2088833470 @default.
- W3045171483 cites W2092968444 @default.
- W3045171483 cites W2095713067 @default.
- W3045171483 cites W2111193837 @default.
- W3045171483 cites W2112437829 @default.
- W3045171483 cites W2116663774 @default.
- W3045171483 cites W2119659142 @default.
- W3045171483 cites W2124351063 @default.
- W3045171483 cites W2126779426 @default.
- W3045171483 cites W2128711701 @default.
- W3045171483 cites W2129271132 @default.
- W3045171483 cites W2131240735 @default.
- W3045171483 cites W2131873925 @default.
- W3045171483 cites W2131927212 @default.
- W3045171483 cites W2136879569 @default.
- W3045171483 cites W2139918786 @default.
- W3045171483 cites W2148466319 @default.
- W3045171483 cites W2151350595 @default.
- W3045171483 cites W2253902135 @default.
- W3045171483 cites W2257247970 @default.
- W3045171483 cites W2300480104 @default.
- W3045171483 cites W2502841429 @default.
- W3045171483 cites W2513303127 @default.
- W3045171483 cites W2556156368 @default.
- W3045171483 cites W2563730252 @default.
- W3045171483 cites W2606759037 @default.
- W3045171483 cites W2625742654 @default.
- W3045171483 cites W2732079625 @default.
- W3045171483 cites W2741097025 @default.
- W3045171483 cites W2748607273 @default.
- W3045171483 cites W2749113454 @default.
- W3045171483 cites W2751013971 @default.
- W3045171483 cites W2776141848 @default.
- W3045171483 cites W2781737785 @default.
- W3045171483 cites W2786397159 @default.
- W3045171483 cites W2790158661 @default.
- W3045171483 cites W2792346718 @default.
- W3045171483 cites W2799605710 @default.
- W3045171483 cites W2803374656 @default.
- W3045171483 cites W2806610600 @default.
- W3045171483 cites W2883502900 @default.
- W3045171483 cites W2888052187 @default.
- W3045171483 cites W2901108786 @default.
- W3045171483 cites W2930883418 @default.
- W3045171483 cites W2969285532 @default.
- W3045171483 cites W2982621825 @default.
- W3045171483 cites W2991765562 @default.
- W3045171483 cites W3020978569 @default.
- W3045171483 cites W3046929082 @default.
- W3045171483 cites W4232681841 @default.
- W3045171483 cites W4246249048 @default.
- W3045171483 cites W43920970 @default.
- W3045171483 cites W795138907 @default.
- W3045171483 doi "https://doi.org/10.3390/soilsystems4030044" @default.
- W3045171483 hasPublicationYear "2020" @default.
- W3045171483 type Work @default.
- W3045171483 sameAs 3045171483 @default.
- W3045171483 citedByCount "4" @default.
- W3045171483 countsByYear W30451714832020 @default.
- W3045171483 countsByYear W30451714832021 @default.