FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W4309592938> ?p ?o ?g. }

• W4309592938 abstract "Background The consecutive monoculture of Rehmannia glutinosa leads to a serious decrease in its production and quality. Previous studies have demonstrated that intercropping altered species diversity and rhizosphere microbial diversity. However, it remained unknown whether the impaired growth of monocultured plants could be restored by enhanced belowground interspecific interactions. Method In the present research, a continuous cropping facilitator Achyranthes bidentata was intercropped with R. glutinosa under pot conditions, and three different types of root barrier treatments were set, including that complete belowground interaction (N), partial belowground interaction (S), and no belowground interspecies interaction (M), with the aims to investigate belowground interaction and the underlying mechanism of alleviated replanting disease of R. glutinosa by intercropping with A. bidentata . Results The results showed that the land equivalent ratio (LER) of the two years was 1.17, and the system productivity index (SPI) increased by 16.92 % under S treatment, whereas no significant difference was found in N and M regimes. In the rhizosphere soil, intercropping systems had significantly increased the contents of sugars and malic acid in the soil of R. glutinosa , together with the content of organic matter and the invertase and urease activities. Meanwhile, intercropping increased the community diversity of fungi and bacteria, and the relative abundance of potential beneficial bacteria, such as Bacillus , Nitrospira , and Sphingomonas , despite the pathogenic Fusarium oxysporum was still the dominant genus in the rhizospheric soil of R. glutinosa under various treatments. The results of antagonism experiments and exogenous addition of specific bacteria showed that Bacillus spp. isolated from rhizosphere soil had a significant antagonistic effect on the pathogen of R. glutinosa . Conlusion Taken together, our study indicated that the R. glutinosa//A. bidentata intercropping systems alleviate the consecutive monoculture problem of R. glutinosa by recruiting beneficial bacteria. The studies we have conducted have a positive effect on sustainable agricultural development." @default.
• W4309592938 created "2022-11-28" @default.
• W4309592938 creator A5018742393 @default.
• W4309592938 creator A5018998389 @default.
• W4309592938 creator A5028027175 @default.
• W4309592938 creator A5044437330 @default.
• W4309592938 creator A5045046249 @default.
• W4309592938 creator A5062505980 @default.
• W4309592938 creator A5064373381 @default.
• W4309592938 creator A5067304113 @default.
• W4309592938 creator A5073458751 @default.
• W4309592938 creator A5077716269 @default.
• W4309592938 date "2022-11-22" @default.
• W4309592938 modified "2023-10-17" @default.
• W4309592938 title "Intercropping with Achyranthes bidentata alleviates Rehmannia glutinosa consecutive monoculture problem by reestablishing rhizosphere microenvironment" @default.
• W4309592938 cites W1965287064 @default.
• W4309592938 cites W1969904363 @default.
• W4309592938 cites W1988671105 @default.
• W4309592938 cites W1992809988 @default.
• W4309592938 cites W1995537231 @default.
• W4309592938 cites W2011550183 @default.
• W4309592938 cites W2012391873 @default.
• W4309592938 cites W2017387862 @default.
• W4309592938 cites W2022550655 @default.
• W4309592938 cites W2047453775 @default.
• W4309592938 cites W2065641681 @default.
• W4309592938 cites W2088833470 @default.
• W4309592938 cites W2091065575 @default.
• W4309592938 cites W2130247192 @default.
• W4309592938 cites W2140924671 @default.
• W4309592938 cites W2163218313 @default.
• W4309592938 cites W2169148530 @default.
• W4309592938 cites W2171597131 @default.
• W4309592938 cites W2179653678 @default.
• W4309592938 cites W2222535016 @default.
• W4309592938 cites W2281258244 @default.
• W4309592938 cites W2610267200 @default.
• W4309592938 cites W27573779 @default.
• W4309592938 cites W2766229654 @default.
• W4309592938 cites W2766874938 @default.
• W4309592938 cites W2789828017 @default.
• W4309592938 cites W2793476021 @default.
• W4309592938 cites W2801026167 @default.
• W4309592938 cites W2815121743 @default.
• W4309592938 cites W2842210319 @default.
• W4309592938 cites W2887007384 @default.
• W4309592938 cites W2888942859 @default.
• W4309592938 cites W2890851984 @default.
• W4309592938 cites W2898419908 @default.
• W4309592938 cites W2898468989 @default.
• W4309592938 cites W2963276645 @default.
• W4309592938 cites W2963399131 @default.
• W4309592938 cites W2999368034 @default.
• W4309592938 cites W3011372789 @default.
• W4309592938 cites W3018697084 @default.
• W4309592938 cites W3035240235 @default.
• W4309592938 cites W3048041713 @default.
• W4309592938 cites W3048805481 @default.
• W4309592938 cites W3137131706 @default.
• W4309592938 cites W3160313926 @default.
• W4309592938 cites W3171464599 @default.
• W4309592938 cites W3200382359 @default.
• W4309592938 cites W3203930915 @default.
• W4309592938 cites W3213689704 @default.
• W4309592938 cites W4200485374 @default.
• W4309592938 cites W4200613819 @default.
• W4309592938 cites W4211017947 @default.
• W4309592938 cites W4220787891 @default.
• W4309592938 cites W4220901925 @default.
• W4309592938 cites W4237100496 @default.
• W4309592938 cites W4246579135 @default.
• W4309592938 cites W4281724507 @default.
• W4309592938 cites W4283035109 @default.
• W4309592938 doi "https://doi.org/10.3389/fpls.2022.1041561" @default.
• W4309592938 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/36483951" @default.
• W4309592938 hasPublicationYear "2022" @default.
• W4309592938 type Work @default.
• W4309592938 citedByCount "1" @default.
• W4309592938 countsByYear W43095929382023 @default.
• W4309592938 crossrefType "journal-article" @default.
• W4309592938 hasAuthorship W4309592938A5018742393 @default.
• W4309592938 hasAuthorship W4309592938A5018998389 @default.
• W4309592938 hasAuthorship W4309592938A5028027175 @default.
• W4309592938 hasAuthorship W4309592938A5044437330 @default.
• W4309592938 hasAuthorship W4309592938A5045046249 @default.
• W4309592938 hasAuthorship W4309592938A5062505980 @default.
• W4309592938 hasAuthorship W4309592938A5064373381 @default.
• W4309592938 hasAuthorship W4309592938A5067304113 @default.
• W4309592938 hasAuthorship W4309592938A5073458751 @default.
• W4309592938 hasAuthorship W4309592938A5077716269 @default.
• W4309592938 hasBestOaLocation W43095929381 @default.
• W4309592938 hasConcept C142724271 @default.
• W4309592938 hasConcept C157005057 @default.
• W4309592938 hasConcept C188947578 @default.
• W4309592938 hasConcept C204787440 @default.
• W4309592938 hasConcept C2779655422 @default.
• W4309592938 hasConcept C2779676784 @default.
• W4309592938 hasConcept C2780100526 @default.
• W4309592938 hasConcept C2781208722 @default.
• W4309592938 hasConcept C42062724 @default.

• next