Effect of magnetization of irrigation water and humic acid on the availability of macronutrients NPK in soil, growth and yield of Broccoli

Document Type : Research Paper

Authors

College of Agricultural Engineering Sciences, University of Baghdad, Iraq

10.22124/cjes.2024.7501

Abstract

A field experiment was carried out in the season 2020-2021 in a field site in the Dora / Baghdad area in a clay loam soil under the Type Torrfluvent group, and the experiment included treating the soil with three levels of humic acid and irrigation with magnetized water by designing random sectors. The results of the research showed a significant increase in the leaf area The chlorophyll content of leaves when magnetizing the irrigation water and the change in the levels of humic acid addition to the soil. The M2H2 interaction treatment recorded the highest values ​​in the mentioned indicators with significant differences and it was (6657) cm2 and (1,150) mg-1 liter for each of the leaf area and the content of chlorophyll leaves as well. Significant differences were recorded in the biological yield and economic yield, and the M2H2 interaction treatment recorded the highest values ​​in the mentioned indicators with significant differences and were (9830) g/plant and (13.35) tons. hectare -1 for each of the biological yield and economic yield, respectively. As for the soil nutrient content NPK in the soil, significant increases were recorded in the remaining nitrogen in the soil and the remaining phosphorous in the soil when magnetizing irrigation water and humic acid K and the M2H1 interaction treatment recorded the highest values ​​in the mentioned indicators with significant differences were (39.54) and (24.16) (mg.kg soil -1) for each of the remaining nitrogen and phosphorous in the soil, respectively, and the M2H2 interaction recorded the highest values ​​in the remaining potassium in Soil and plant content of it were (277.7) mg.kg soil -1 and (3.65) % for each of the remaining potassium and absorbed, respectively.

Keywords

References

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Available Online from 04 February 2024

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