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Osmotolerant cytokinin producing microbes enhance tomato growth in deficit irrigation conditions.

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Title Osmotolerant cytokinin producing microbes enhance tomato growth in deficit irrigation conditions.
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Creator Selvakumar, G., G. Hema Bindu, R.M. Bhatt, K.K. Upreti, A.M. Paul, A.Asha, K.Shweta and Maryada Sharma.
 
Subject Osmotolerant Deficit irrigation Citricoccus zhacaiensis Bacillus amyloliquefaciens
 
Description Not Available
he authors have reported the evaluation of twoosmotolerant rhizospheric microbial strains for their abili-ties to promote tomato growth and alleviate deficit irriga-tion stress effects at 100, 50 and 25 % water holdingcapacity (WHC) of a red sandy loam soil in pot cultureconditions. It was observed that osmotolerant microbialinoculation significantly enhanced the stomatal conduc-tivity, rates of transpiration, photosynthesis and the relativewater contents of tomato plants across stress levels. Asimilar trend was also observed with respect to the biomassproduction and marketable fruit yields at harvest. Plantsinoculated with Actinobacterium,Citrococcus zhacaiensisrecorded 24 and 9 % higher yields, whileBacillus amy-loliquefaciensinoculated plants recorded 42.0 and 12.7 %higher yield at 50 and 25 % WHC, respectively, as com-pared to uninoculated controls.
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Date 2019-03-19T09:40:07Z
2019-03-19T09:40:07Z
2016-07-30
 
Type Research Paper
 
Identifier Selvakumar, G., G. Hema Bindu, R.M. Bhatt, K.K. Upreti, A.M. Paul, A.Asha, K.Shweta and Maryada Sharma. 2016. Osmotolerant cytokinin producing microbes enhance tomato growth in deficit irrigation conditions. Proceedings of the National Academy of Sciences, India Section B; DOI 10.1007/s40011-016-0766-3.
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http://krishi.icar.gov.in/jspui/handle/123456789/17503
 
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Publisher Springer