2020
DOI: 10.1007/s10725-020-00667-4
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Tailoring the rhizospheric microbiome of Vigna radiata by adaptation to salt stress

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Cited by 15 publications
(6 citation statements)
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“…Alternatively, regions that have been less impacted by the RCP (Elias and Herridge 2015) may wish to engineer microbiomes to anticipate the effect of future climatic changes on elite inocula productivity. For example, a microbiome engineering approach was used with Vigna radiata to successfully coalesce a soil community that provides saline tolerance (Anand et al 2020). This demonstrates the utility of microbiome engineering and future work can identify specific shifts in microbial abundance or allelic change to the soil microbiome that confer the observed benefit.…”
Section: Concluding Thoughts and Future Directionsmentioning
confidence: 94%
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“…Alternatively, regions that have been less impacted by the RCP (Elias and Herridge 2015) may wish to engineer microbiomes to anticipate the effect of future climatic changes on elite inocula productivity. For example, a microbiome engineering approach was used with Vigna radiata to successfully coalesce a soil community that provides saline tolerance (Anand et al 2020). This demonstrates the utility of microbiome engineering and future work can identify specific shifts in microbial abundance or allelic change to the soil microbiome that confer the observed benefit.…”
Section: Concluding Thoughts and Future Directionsmentioning
confidence: 94%
“…We outlined a series of microbiome engineering approaches that we hope will spur new research on the rhizobial competition problem that has long impeded our ability to move beyond expensive and polluting chemical fertilizers (Table 1). Despite microbiome engineering gaining popularity, we know of only one study that has attempted to engineer legume microbiomes (Anand et al 2020). A series of rhizobia experimental evolution studies (Guan et al 2013;Marchetti et al 2010Marchetti et al , 2014, which share many of the same properties as microbiome engineering, offer a clue to the difficulties that may be encountered when engineering legume microbiomes.…”
Section: Concluding Thoughts and Future Directionsmentioning
confidence: 99%
“…Plant growth parameters and stress marker levels such as proline content, malondialdehyde, total soluble sugar, hydrogen peroxide and antioxidant enzymes were estimated. The reduction in stress markers was observed in microbiome inoculated plants Anand et al (2021), Dubey et al (2022) revealed the role of endophytes in stress mitigation in different plant systems (Rho et al, 2018). Meta-omics-based investigations of the rhizospheric microbiome of lettuce and tomato irrigated with wastewater and freshwater revealed enrichment of stressassociated genes in the rhizospheric microbiome of wastewater supplemented plants as compared to freshwater treatment (Zolti et al, 2020).…”
Section: Vigna Radiatamentioning
confidence: 98%
“…Mueller et al (2021) coined the term “differential microbiome‐propagation” method for artificial indirect selection of rhizospheric microbiomes and demonstrated improved salt stress tolerance in host plant Brachypodium distachyon using this method. Mitigation of salinity stress in Vigna radiata was witnessed when Anand et al (2021) attempted to adapt the rhizospheric microbiome of the host plant, to salt stress via host‐mediated artificial selection by multiple rounds of plant growth under selection pressure (salinity). The analysis of salt stress tolerance, conferred by the adapted microbial community, was performed by assessing parameters including plant biometrics, stress markers, and bacterial diversity (Anand et al, 2021, Dubey et al, 2022).…”
Section: Harnessing the Microbiome Of Plantsmentioning
confidence: 99%
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