Matches in SemOpenAlex for { <https://semopenalex.org/work/W2890218057> ?p ?o ?g. }
- W2890218057 endingPage "11" @default.
- W2890218057 startingPage "1" @default.
- W2890218057 abstract "The composition of native woody vegetation communities in restored agricultural landscapes can alter plant-soil interactions and thus ecological function. This study investigated the effects of primary species groups (Acacia, Eucalyptus) used in shelterbelts in south-eastern Australia on soil microbial community structure, compared with those under adjacent pastures. The quantity and structure of bacterial and fungal communities was analysed using quantitative PCR (qPCR) and terminal restriction fragment length polymorphism (TRFLP). The fungal:bacterial ratio was highest under Eucalyptus trees but did not differ between Acacia and pasture. Both fungal and bacterial communities varied at different depths in the soil profile and across sampling periods. The dominant tree genus was a significant factor in observed differences in bulk soil bacterial and fungal communities compared to the surrounding pasture. The effect of tree type on fungal communities was more pronounced than on bacterial communities. Fungal communities not only differed between shelterbelts and pastures, but also between Acacia and Eucalyptus dominated shelterbelts; these patterns were consistently observed at different soil depths. Shelterbelt systems which contain a mixture of different plant genera have the potential to exhibit greater microbial community heterogeneity than single species plantations. Maintaining a variety of tree species during afforestation may therefore contribute to conserving important bacterial and fungal diversity in agricultural landscapes." @default.
- W2890218057 created "2018-09-27" @default.
- W2890218057 creator A5059146767 @default.
- W2890218057 creator A5072594301 @default.
- W2890218057 creator A5082263042 @default.
- W2890218057 creator A5090821634 @default.
- W2890218057 date "2019-01-01" @default.
- W2890218057 modified "2023-10-09" @default.
- W2890218057 title "Plant genus (Acacia and Eucalyptus) alters soil microbial community structure and relative abundance within revegetated shelterbelts" @default.
- W2890218057 cites W1516400440 @default.
- W2890218057 cites W1896322100 @default.
- W2890218057 cites W190883864 @default.
- W2890218057 cites W1975329690 @default.
- W2890218057 cites W1977740580 @default.
- W2890218057 cites W1980680725 @default.
- W2890218057 cites W1991965509 @default.
- W2890218057 cites W1992356172 @default.
- W2890218057 cites W1992389052 @default.
- W2890218057 cites W2001216718 @default.
- W2890218057 cites W2004077721 @default.
- W2890218057 cites W2006346825 @default.
- W2890218057 cites W2008405188 @default.
- W2890218057 cites W2012785947 @default.
- W2890218057 cites W2012885758 @default.
- W2890218057 cites W2013197065 @default.
- W2890218057 cites W2021178632 @default.
- W2890218057 cites W2021782618 @default.
- W2890218057 cites W2022190526 @default.
- W2890218057 cites W2026363605 @default.
- W2890218057 cites W2030921276 @default.
- W2890218057 cites W2034642405 @default.
- W2890218057 cites W2034675209 @default.
- W2890218057 cites W2036870699 @default.
- W2890218057 cites W2038011629 @default.
- W2890218057 cites W2048357902 @default.
- W2890218057 cites W2054540109 @default.
- W2890218057 cites W2055014403 @default.
- W2890218057 cites W2055592323 @default.
- W2890218057 cites W2057684379 @default.
- W2890218057 cites W2060115643 @default.
- W2890218057 cites W2065392933 @default.
- W2890218057 cites W2065491637 @default.
- W2890218057 cites W2070862397 @default.
- W2890218057 cites W2074476106 @default.
- W2890218057 cites W2075158136 @default.
- W2890218057 cites W2079669555 @default.
- W2890218057 cites W2089143769 @default.
- W2890218057 cites W2093876192 @default.
- W2890218057 cites W2097385742 @default.
- W2890218057 cites W2097925732 @default.
- W2890218057 cites W2104701042 @default.
- W2890218057 cites W2105507854 @default.
- W2890218057 cites W2106446186 @default.
- W2890218057 cites W2107325428 @default.
- W2890218057 cites W2109895772 @default.
- W2890218057 cites W2111858111 @default.
- W2890218057 cites W2112058580 @default.
- W2890218057 cites W2113008539 @default.
- W2890218057 cites W2118269781 @default.
- W2890218057 cites W2120644786 @default.
- W2890218057 cites W2122460261 @default.
- W2890218057 cites W2127602818 @default.
- W2890218057 cites W2130698549 @default.
- W2890218057 cites W2130889389 @default.
- W2890218057 cites W2131042289 @default.
- W2890218057 cites W2131873925 @default.
- W2890218057 cites W2133308090 @default.
- W2890218057 cites W2134255886 @default.
- W2890218057 cites W2139710790 @default.
- W2890218057 cites W2145318817 @default.
- W2890218057 cites W2151420111 @default.
- W2890218057 cites W2154736508 @default.
- W2890218057 cites W2156214032 @default.
- W2890218057 cites W2157110683 @default.
- W2890218057 cites W2165104590 @default.
- W2890218057 cites W2166095584 @default.
- W2890218057 cites W2169192768 @default.
- W2890218057 cites W2170935457 @default.
- W2890218057 cites W2172776214 @default.
- W2890218057 cites W2218135797 @default.
- W2890218057 cites W2400045853 @default.
- W2890218057 cites W2403622507 @default.
- W2890218057 cites W2764124776 @default.
- W2890218057 cites W2769968344 @default.
- W2890218057 cites W304197174 @default.
- W2890218057 doi "https://doi.org/10.1016/j.apsoil.2018.09.001" @default.
- W2890218057 hasPublicationYear "2019" @default.
- W2890218057 type Work @default.
- W2890218057 sameAs 2890218057 @default.
- W2890218057 citedByCount "20" @default.
- W2890218057 countsByYear W28902180572019 @default.
- W2890218057 countsByYear W28902180572020 @default.
- W2890218057 countsByYear W28902180572021 @default.
- W2890218057 countsByYear W28902180572022 @default.
- W2890218057 countsByYear W28902180572023 @default.
- W2890218057 crossrefType "journal-article" @default.
- W2890218057 hasAuthorship W2890218057A5059146767 @default.
- W2890218057 hasAuthorship W2890218057A5072594301 @default.