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An experiment was conducted at Al-Hadhara district, located in AlDiwaniyah city, during the growth season 20182019 by using the pots have each one a 5 kg of soil for cultivating garlic (Allium sativum L.) in order to determine the response of garlic to different concentrations of nano-boron and copper, inoculation of Anabaena sp. and magnetized water on the yield of garlic. Randomized complete block design (RCBD) was adopted for a factorial experiment consisting of three factors (5 × 2 × 3): The first factor consisted of five concentrations of nano-boron (0, 2, 4) g.L and copper (1, 2) g.L. The second factor includes the inoculating soil of Anabaena sp. The third factor consisted of three intensities of magnetized water (0, 500, and 1000) gauss with three replicates for each treatment, including the total experiment 90 experimental units 45 of them were inoculated of algae. The highest total yield of 29.23 ton.hectar was obtained with the application of boron 4 g. L. Among the boron levels application of 2 g. L gave a higher yield of 28.67 ton.hectar than copper levels application of 1, 2 g. L that of (26.91, 27.83) ton.hectar respectively, while control treatment of 22.78 ton.hectar. Inoculation of algae showed a higher effect of (28.44 ton.hectar) than without (25.40 ton.hectar). Magnetized water had significant effect under 1000 gauss intensity of (28.19 ton.hectar) comparison with 500 gauss intensity (26.09 ton.hectar) or control treatment (26.09 ton.hectar). Biological yield affected of these factors significantly. It was high under boron 4 g. L of (49 ton.hectar) while control (37.81). Inoculated plants were showed (43.66 ton. hectare) comparison with control (41.91 ton.hectar). Magnetized water has an effect on this trait under 1000 gauss (46.58 ton.hectar), while the control (42.58 ton.hectar).

EFFECT OF DIFFERENT CONCENTRATIONS OF NANO BORON, COPPER, INOCULATION OF ANABAENA SP. AND MAGNETIZING WATER ON YIELD OF GARLIC (ALLIUM SATIVUML.)