Staff Members - Benha University
Response of damssisa to biofertilizers and organic manure application in presence of Pseudomonas fluorescens
The 5th International Conference of Sustainable Agricultural Development, El-Fayum, Egypt, 21 – 23 December • 2009
Publication Information
Authors
Zaghloul, R. A. ; T. M. El-Husseiny; Ehsan A. Hanafy1; A. GH. Rahal and H. M. , Abdelrahman.
Keywords
Not Available
Journal
The 5th International Conference of Sustainable Agricultural Development, El-Fayum, Egypt, 21 – 23 December
Publisher
The 5th International Conference of Sustainable Agricultural Development, El-Fayum, Egypt, 21 – 23 December
Volume
Not Available
Issue
Not Available
Pages
pp 221-236
publication.type
International
Paper Link
Not Available
Supplementary Materials
Not Available
Abstract
Two field experiments were carried out at an organic farm during 2005¬2006 and 2006-2007 seasons. The aim of Otis research is studying the response of Damssisa to biofertilization and compost amendment in presence of Pseudomonas fluorescens. Obtained data showed significant increase of nitrogenase and phosphatase activity with dual of biofertilization and organic manuring rather than each one individually.
Moreover, ammoniacal nitrate nitrogen and available phosphorus were the highest records with dual application of biofertilizers and compost.
Generally, compost amendment gave higher records of growth characteristics and herb yield compared with biofertilizers inoculation.
Significant increase was observed in studied growth characteristics and herb yield of damssisa under dual application of biofertilizers and compost in presence of Ps. fluorescens.
Moreover, ammoniacal nitrate nitrogen and available phosphorus were the highest records with dual application of biofertilizers and compost.
Generally, compost amendment gave higher records of growth characteristics and herb yield compared with biofertilizers inoculation.
Significant increase was observed in studied growth characteristics and herb yield of damssisa under dual application of biofertilizers and compost in presence of Ps. fluorescens.