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Prof. Khaled Ali Ibrahim Bakry :: Publications:

Title:
Physiological studies on fertilization of mango trees grown in sinai. 1-Vegetative growth and nutritional status. Arab Conference of Soil And Water Management For Sustainable Agricultural Development 10-11 April 2007 (Conferences Hall, Faculty of Agriculture Mansoura University).389- 400
Authors: Atawiea, A.A.*; Bakry,KH.A.*; EL-Desouky,M.** and Zien EL-Deen,E.M.
Year: 2007
Keywords: Not Available
Journal: Not Available
Volume: Not Available
Issue: Not Available
Pages: Not Available
Publisher: Not Available
Local/International: Local
Paper Link: Not Available
Full paper Khaled Ali Ibrahim Bakry _25-PHYSIOLOGICAL STUDIES ON FERTILIZATION OF MANGO TREES GROWN IN SINAI.doc
Supplementary materials Not Available
Abstract:

This study was conducted in two successive seasons on Sukkary mango cultivar trees grown in an private orchard at wade El-tequnologia region in Sinai, east Suez canal, Ismailia Governorate to study response of mango trees to organic manure sources (poultry manure , sheep dung and compost) ,olive oil waste water at 25 or 50 L. ree and inoculation the soil with mixed ( N-fixation and phosphate dissolving bacteria) on vegetative growth and nutritional status of mango trees. Compost , olive oil waste water at 25 L. ree and biofertilization as single use or in combination increased all vegetative growth parameters except number of leaves per shoot obtained from poultry manure as single use or in combination with olive oil waste water at 25 L. ree and biofertilization . Leaf macro elements content enhanced by using compost , olive oil waste water at 25 L. ree and biofertilization as single use or in combination except leaf nitrogen and potassium content obtained from poultry manure as single use or in combination with olive oil waste water at 25 L. ree and biofertilization, but poultry manure as single use or in combination with olive oil waste water by 25 L. ree and biofertilization increased leaf micro elements content and organic manure source ,olive oil waste water and biofertilization as single use or in combinations failed to show any distinctive effect on total chlorophyll.

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