The potential improvement of Zea mays yield and its content of phosphorus and nitrogen as a result of different inoculation methods with phosphate-dissolving bacteria [electronic resource].

By: Contributor(s): Language: English Summary language: Arabic Description: p.6875-6885Other title:
  • التحسين الحيوى لمحصول الأذرة ومحتواها من الفسفور والنيتروجين كنتيجة لطرق التلقيح المختلفة بالبكتيريا المذيبة للفوسفات [Added title page title]
Uniform titles:
  • Mansoura University journal of agricultural sciences, 2003 v. 28 (11) [electronic resource].
Subject(s): Online resources: In: Mansoura University Journal of Agricultural Sciences 2003.v.28(11)Summary: The interaction between phosphate-dissolving bacteria and Zea mays plants was investigated. Results showed that: Highly variation in the ability of phosphate solubilizing bacteria in bringing down the pH of the media and consequently varied in their ability in releasing soluble phosphorus. The highest level of soluble-P (421.9 ppm) was released by isolate No. 15. Greatest amount of maize dry weight and grain yield was obtained with the inoculation at 10 and 20 days after planting. The inoculation at 10 and 20 days with cell suspension was more active than its application as cell suspension to the grains one hour before sowing.
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The interaction between phosphate-dissolving bacteria and Zea mays plants was investigated. Results showed that: Highly variation in the ability of phosphate solubilizing bacteria in bringing down the pH of the media and consequently varied in their ability in releasing soluble phosphorus. The highest level of soluble-P (421.9 ppm) was released by isolate No. 15. Greatest amount of maize dry weight and grain yield was obtained with the inoculation at 10 and 20 days after planting. The inoculation at 10 and 20 days with cell suspension was more active than its application as cell suspension to the grains one hour before sowing.

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