Physiological evaluation of growth, yield and yield components of Triticum aestivum L. in Libyan soil affected salinity
2010
Khaled, S.A.
Two field experiments were carried out during the growth seasons of 2003/2004 and 2004/2005 under semi desert and saline soil conditions (AI-Makhely area). The objectives of this investigation was aimed to evaluate the role of biomineral fertilization to improve the growth yield and its component as well as grain quality of wheat under saline soil conditions. A complete Block Design in four replications was used. The main findings of different experiments seems to be all treatments (Mineral, Organic, and Biofertilization) were significantly affected growth ,yield and yield component in comparison to control, except the nitrate and nitrite contents. Moreover, plant height, flag leaf area, number of tiller and spike/m number of spikelet's /spike, weight of grains/spike,1000 grain weight, grain/straw yield and grain protein percentage significantly increased . The organic manure at a rate . Finally, my3 /hectare , It could sbenconcluded that Halex assbio ertilizerrat aarate ofr800 gm/ha stray. 'm rove the production of wheat under Libyan saline soil conditions and consequently may reduce the environmental pollution.
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