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• W2980053816 abstract "This study mainly aimed to investigate the effects of dark septate endophytes (DSE) (Acrocalymma vagum, Paraboeremia putaminum, and Fusarium acuminatum) on the growth and microbial community composition in the rhizosphere soil of a medicinal plant, licorice (Glycyrrhiza uralensis), grown in the non-sterile soil under drought stress. The results showed that three DSE strains could effectively colonize the plant roots and form a strain-dependent symbiosis with licorice. Although drought stress declined the growth of licorice plants, these decreases were partly recovered by DSE inoculation. Specifically, the inoculation of A. vagum and P. putaminum significantly increased the biomass and glycyrrhizin content, whereas A. vagum and F. acuminatum increased glycyrrhizic acid content of host plants under drought stress. However, the inoculation of F. acuminatum showed significant negative effects on the shoot, root, and total biomass of licorice plants. In addition, the effects of DSE inoculation on the morphological, photosynthetic, and antioxidant parameters of licorice plants, and mineral nutrient and microbial community composition in the rhizosphere soil were dependent on the DSE species as well as water regime. Interestingly, DSE inoculation significantly increased AM fungi content under drought stress. In addition, DSE associated with water had a significant positive influence on soil organic matter, available phosphorus (P), AM fungi, leaf number, soluble protein, SOD activity, total root length, root branch, and glycyrrhizic acid content. Based on the results of variance partitioning analysis, 17.0, 34.0, 14.9, 40.1, 28.2, and 18.0% variations in shoot morphology, root morphology, plant biomass, active ingredient, photosynthetic parameters, and antioxidant parameters, respectively, were attributable to the presence of certain soil microorganisms. These findings suggest the possibility that DSE inoculation improved the root development and nutrient absorption of host plants, altered the soil microbiota, and might also contribute to plant growth and survival under drought conditions. As A. vagum exhibited positive effects on the plant biomass, morphological and physiological parameters, and active ingredient content in licorice plants under drought stress, it was considered to be the best fungus for licorice cultivation. These results contribute to the understanding of the ecological function of DSE fungi in dryland agriculture." @default.
• W2980053816 created "2019-10-18" @default.
• W2980053816 creator A5010438277 @default.
• W2980053816 creator A5051338992 @default.
• W2980053816 creator A5083736270 @default.
• W2980053816 date "2019-10-09" @default.
• W2980053816 modified "2023-10-14" @default.
• W2980053816 title "Plant Growth and Soil Microbial Impacts of Enhancing Licorice With Inoculating Dark Septate Endophytes Under Drought Stress" @default.
• W2980053816 cites W1492535541 @default.
• W2980053816 cites W1765292688 @default.
• W2980053816 cites W1965040246 @default.
• W2980053816 cites W1978430607 @default.
• W2980053816 cites W1985006948 @default.
• W2980053816 cites W1989561050 @default.
• W2980053816 cites W1992915840 @default.
• W2980053816 cites W2000369445 @default.
• W2980053816 cites W2012756089 @default.
• W2980053816 cites W2015894224 @default.
• W2980053816 cites W2027872833 @default.
• W2980053816 cites W2033987069 @default.
• W2980053816 cites W2034986457 @default.
• W2980053816 cites W2043103313 @default.
• W2980053816 cites W2050197148 @default.
• W2980053816 cites W2051100312 @default.
• W2980053816 cites W2055714821 @default.
• W2980053816 cites W2056315582 @default.
• W2980053816 cites W2082678994 @default.
• W2980053816 cites W2082840424 @default.
• W2980053816 cites W2085258124 @default.
• W2980053816 cites W2089061833 @default.
• W2980053816 cites W2096218607 @default.
• W2980053816 cites W2099894986 @default.
• W2980053816 cites W2108047624 @default.
• W2980053816 cites W2114167811 @default.
• W2980053816 cites W2117508787 @default.
• W2980053816 cites W2119276271 @default.
• W2980053816 cites W2130065082 @default.
• W2980053816 cites W2130698549 @default.
• W2980053816 cites W2137220271 @default.
• W2980053816 cites W2137559260 @default.
• W2980053816 cites W2140786583 @default.
• W2980053816 cites W2149838163 @default.
• W2980053816 cites W2152365911 @default.
• W2980053816 cites W2152803632 @default.
• W2980053816 cites W2159676420 @default.
• W2980053816 cites W2187467595 @default.
• W2980053816 cites W2234321982 @default.
• W2980053816 cites W2275953536 @default.
• W2980053816 cites W2460994992 @default.
• W2980053816 cites W2540519770 @default.
• W2980053816 cites W2550799873 @default.
• W2980053816 cites W2561775109 @default.
• W2980053816 cites W2589082718 @default.
• W2980053816 cites W2606361611 @default.
• W2980053816 cites W2610267171 @default.
• W2980053816 cites W2612509373 @default.
• W2980053816 cites W2622045140 @default.
• W2980053816 cites W2622296711 @default.
• W2980053816 cites W2623824888 @default.
• W2980053816 cites W2738854120 @default.
• W2980053816 cites W2745402790 @default.
• W2980053816 cites W2771631493 @default.
• W2980053816 cites W2781253515 @default.
• W2980053816 cites W2788059382 @default.
• W2980053816 cites W2789835271 @default.
• W2980053816 cites W2792328940 @default.
• W2980053816 cites W2801744393 @default.
• W2980053816 cites W2806356194 @default.
• W2980053816 cites W2806780465 @default.
• W2980053816 cites W2883308599 @default.
• W2980053816 cites W2891802837 @default.
• W2980053816 cites W2898028218 @default.
• W2980053816 cites W2898492568 @default.
• W2980053816 cites W2910135022 @default.
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• W2980053816 cites W2936590496 @default.
• W2980053816 cites W2942137067 @default.
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• W2980053816 cites W2953329804 @default.
• W2980053816 cites W2954733434 @default.
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• W2980053816 doi "https://doi.org/10.3389/fmicb.2019.02277" @default.
• W2980053816 hasPubMedCentralId "https://www.ncbi.nlm.nih.gov/pmc/articles/6794389" @default.
• W2980053816 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/31649632" @default.
• W2980053816 hasPublicationYear "2019" @default.
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