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THE EFFECT OF FOLIAR APPLICATION OF MAGNESIUM ON SOME GROWTH PARAMETERS AND YIELD COMPONENTS OF WHEAT

Asmaa Abed Alameer Beden

IRAQI JOURNAL OF DESERT STUDIES, 2017, Volume 7, Issue 1, Pages 50-55
DOI: 10.36531/ijds.2017.141330

This experiment was carried out in the Biology Dept.- Collage of Education for Woman –University of Anbar during the Winter Season 2012-2013. The aim was to study the effect of several levels of magnesium (0, 100, 150, 200 and 250)mg.L-1 Mgo, Application foliar spray on some growth parameters and yield components of wheat variety (Fatah) which include Nitrogen, Phosphor, Potassium, magnesium, plant height, No. of grains, weight 1000 grain . The experiment has also included (CRD)was used at three replicates for each treatment. Flowerpots with a capacity of (8) kg of soil have been prepared : Fertilizers have been added to wheat (Triticum aestivum L.) according to recommendation. the sprayed on plant leaves, seven times each levels of added magnesium, one spraying for each ten days. The results could be summarized as follows. Increasing levels of magnesium addition had significantly affect; addition magnesium level at 200 mg.L-1. Potassium value was; (3.72 mg. 100 gm-1) , Phosphor (0.81 mg. 100 gm-1), Nitrogen (2.25 mg. 100 gm-1) , magnesium (0.97 mg. 100 gm-1), Length of plant ( 81 cm ), No. of grains ( 71 grain. Spike-1 ) , weight 1000 grains (45.7gm. 1000 grains)

ACTIVATED AND REPRODUCTION THE INOCULUM MYCORRHIZA- GLOMUS MOSSEAE LOCALLY UNDER THE CONDITIONS OF THE DRYLANDS

Idham A. A. Alassaffii

IRAQI JOURNAL OF DESERT STUDIES, 2017, Volume 7, Issue 1, Pages 8-13
DOI: 10.36531/ijds.2017.141165

The study executed in field Agriculture Collage – Al-Anbar University – alternative location in Abu Ghraib through term 30/7 up to 15/10/2015, in order the work of the experiment included activation and propagation mycorrhizal inoculum Glomus mosseae by using two hosts sorghum and sesbania plants, and the results summarized:- Significant superiority in infection rate amount to 26% by using mother inoculum G.mosseae to non-inoculum treatments with excellence infection rate root sesbania plant the highest infection rate a percentage 15.8% comparison with infection rate of sorghum roots. Investigating highest rate in total infected lengths roots, wet weight and dry ,that considered inoculum stimulating and product from treatment inoculum G.mosseae amount to 19, 64 and 60% respectively on the relay comparison non-inoculum treatment with excellence sesbania to result sorghum plant. Excellence the rate number spore mycorrhizal in soil inoculum amount to 22% to non-inoculum treatment, and excellence with sesbania plant rate amount to 82% on sorghum plant.