Burkholderia gladioli C101 metabolites protect tomato plants against Xanthomonas perforans infection

Shantharaj, Deepak; Williams, M. A.; Potnis, Neha; Liles, Mark R.

doi:10.1007/s41348-020-00416-9

Cited by 8 publications

(1 citation statement)

References 57 publications

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“…While not signi cant, AP193 + OP showed positive effects on yield for some cultivars and no effect or even decrease in yield for other cultivars. This could be due to the capacity of AP193 to drive an indirect PGPR response that is related to disease control and, in the absence of biotic stressors, may not promote plant growth to the same extent as was observed for Bv AP191(Hossain et al 2015;Shantharaj et al 2021). The results of this study support the conclusion that Bv AP191 has the capacity, when combined with an OP amendment, to consistently enhance yield for multiple soybean cultivars.Previous research has found that co-inoculation of PGPR strains plus a commercial B. japonicum inoculum results in better growth and yield stimulation in comparison to native B. japonicum strains that usually are less e cient in N 2 -xation(Hungria and Mendes 2015).…”

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confidence: 55%

Orange peel in combination with selected PGPR strains as seed treatment can improve soybean yield under field conditions

et al. 2023

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Background and aims.Plant growth-promoting rhizobacteria (PGPR) can function as biofertilizers to enhance plant growth and crop yield in an environmentally sustainable manner. However, when PGPR are introduced into agricultural soils, their survival is restricted due to limited nutrients available in the rhizosphere. It has been demonstrated that selected Bacillus velezensis (Bv) strains can use pectin-rich orange peel (OP) as a growth substrate, but results have been scarce due to lack of strain screening. Therefore, it is important to select the Bv strains for their capability to utilize OP and test their ability to promote soybean growth when inoculated with OP. MethodsSix Bv strains were selected by their growth in OP media and then tested for their soybean growth promotion in combination with OP in greenhouse and eld experiments. ResultsAmong six Bv strains tested in a greenhouse experiment, strains AP191, AP215, and AP216 showed the best results in plant growth promotion when supplemented with OP, where only AP191 with OP signi cantly enhanced pod dry weight by 15.8%. Inoculation with AP191 + OP showed the greatest yield under eld conditions, being the only treatment signi cantly different from the control treatment (+ 0.5 ton ha − 1 , 9.4% yield increase). ConclusionsThese results support the conclusion that soybean seed inoculation with PGPR strains in conjunction with orange peel can produce a yield advantage under eld conditions. This research opens the opportunity for more consistent yield increases when using biologics as a seed treatment for the biofertilizer industry.

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confidence: 55%