Impacts of Magnetic Field Treatment on Water Quality for Irrigation, Soil Properties and Maize Yield.

Hamza, Ahmad Hussam; Shreif, Mouhamed A.; El-Azeim, M. M. Abd; Mohamed, Wael

doi:10.21608/jmr.2020.44778.1053

Cited by 4 publications

(7 citation statements)

References 16 publications

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“…Magnetic irrigation water under 75 or 100% NPK of recommended levels gave the best results for tomato growth and yield reducing the applied rate of N and K fertilizers (Helaly, 2018). Also, magnetic treatment increased water that is readily available and enhanced the solubility and uptake of nitrogen, phosphate, and potassium, which raised maize crop production (Hamza et al, 2021).…”

Section: Head Quality Of Early Yieldmentioning

confidence: 99%

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Rationalization of Water Use and Fertilization of Globe Artichoke Using Magnetic Water Irrigation

Ismail

Ibrahim²,

Abd-Elatif³

et al. 2022

Journal of Plant Production

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Two field experiments were carried out during the two growing seasons of 2019/2020 and 2020/2021 at the El Kanater Hort. Res. Station, El Kaloubia governorate Egypt, to study the effect of irrigation with normal water, magnetized water at 100, 75% of potential evapotranspiration, under different levels of N, P and K of the recommended doses fertilization and their combined interactions on productivity and water use efficiency of globe artichoke. The experiment design was a split plot with three replicates and the main plots were allocated to irrigation water treatments whereas the sub-plots were concerned with NPK fertilizer levels. The results indicate that irrigation with 75 or 100% ETc magnetic water produced the maximum vegetative growth, early and total yield / plant and ton/fed, head dry matter percent, inulin content, water use efficiency and head NPK percentages. The optimal NPK fertilizer rate for artichoke plants is 75% and irrigation with magnetized water at 75% ETc mixed with NPK fertilizers at 75% of recommended rates produced the best interaction of yield characters and its constituent. The highest water use efficiency (7.51 kg m-3 and 7.40 kg m-3 )) was obtained by 75% ETc magnetized mixed by100 or 75 % NPK as well as ETc 75% magnetized water combined with 75% of recommended NPK (9.21 kg m-3 ) in the first and second season respectively, It might be concluded that irrigated artichoke plants with 75% ETc magnetized water and fertilize with 75% of recommended NPK resulted in a 25% reduction in irrigation water and NPK fertilization.

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Section: Head Quality Of Early Yieldmentioning

confidence: 99%

“…This modification impacted plant development, furthermore, the concentration of soluble ions like Ca +2 , Mg +2 , Cland SO4 -2 were reduced (Kareem et al, 2019). Irrigation with magnetized water had a high-water efficiency and a higher moisture content, water availability, and soil field capacity in sandy soil (Hamza et al, 2021).…”

Section: Introductionmentioning

confidence: 99%

Rationalization of Water Use and Fertilization of Globe Artichoke Using Magnetic Water Irrigation

Ismail

Ibrahim²,

Abd-Elatif³

et al. 2022

Journal of Plant Production

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“…(18) Results Hamza et al, 2021 indicated that water treatment with magnetic field reduces the angle of water contact and increases the ability of water to enter the micro-pores of the soil, and thus provides a higher capacity of the soil to retain water compared to the soil irrigated with non-magnetized water. (19) A decrease has also been observed in the value of carbonate ions (Co3) in the soil when the irrigation water is magnetized, because in non-magnetic water carbonates are deposited in the pores of the soil and on the plant roots, but using magnetic water the carbonate salts do not precipitate and the salts deposited on the inner surface of the irrigation pipes can be broken down, and thus the movement of the water will be easier than in non-magnetic water. (12) While it was observed that, the value of PH decreased at a magnetization intensity of 1000 gauss because it releases greater of organic acids in rhizosphere this is consistent with.…”

Section: Soil Propertiesmentioning

confidence: 99%

The Effect of Using River Water Magnetization on Corn Yield and the Properties of Irrigation Water and Soil

Hameed,

Mohammad

2024

Salud, Ciencia y Tecnología - Serie de Conferencias

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This study aims at studying the effect of using two different intensities of magnetization of irrigation water on some properties of irrigation water and soil and on the yield of corn. The field of corn is divided into three sectors (R1: non-magnetized river water, R2: magnetized river water with 1000 gauss, R3: magnetized river water with 3000 gauss. Examinations are made on the physical and chemical properties of the irrigation water, EC, PH, anions and cations for both water and soil as well as the productivity of the corn plant. The results indicate that the magnetization of irrigation water with an intensity of 1000 gauss (R2) had a positive effect on all properties of soil, water and moisture content in addition to productivity. Where the value of total dissolved salts (TDS), EC, and the values of K, Na, Mg, and Ca ions decreased for irrigation water. While the PH value of irrigation water increased at R2, this increase in pH may be due to the formation of more bicarbonate, calcium and hydroxide ions, which reduce acidity. With stability the value of these characteristics at the intensity of 3000 gauss (R3), the matter which indicates that this intensity is not useful for improving water properties. An increase in the value of (N, B, K) was observed in both leaves and seeds of corn when magnetized at an intensity of 1000 gauss. The magnetization of irrigation water at an intensity of 1000 gauss increases the yield of corn plant more than the magnetized 3000 gauss.

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“…Irrigation using MFA was also capable of reducing the soil salinity (e.g., EC and SAR) and soluble cations and anions that exist in the soil root zone. Moreover, moisture content, soil field capacity, and available water increased in sandy soil after MFA application [49]. It was mentioned that the efficiency of MFA differed based on the type of irrigation and plants.…”

Section: Treatment Of Marginal Water Using a Magnetic Fieldmentioning

confidence: 99%

A Critical Review of Innovations and Perspectives for Providing Adequate Water for Sustainable Irrigation

Abou-Shady,

Siddique,

2023

Water

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Global climatic change intensifies the water crisis, particularly in arid and semi-arid regions. In this regard, the provision of enough water for irrigation is a serious dilemma because the agricultural sector consumes the largest amount of water (70% withdrawal and 90% consumption). In this review, we have summarized recent innovations that have emerged as unconventional techniques to supply adequate water for irrigation purposes. We present the principles and basics of seven approaches: the Sahara Forest Project (SFP), water extraction from the air (WEA), aquifer recharge, the treatment of marginal water using a magnetic field, desalination and wastewater treatment (DWT), electro-agric technology (E-AT), and the Toshka Project. The SFP is currently being utilized in Aqaba, Jordan, and DWT is considered a common practice worldwide, whereas some of these innovations are still under investigation to ensure their feasibility for large-scale applications, such as E-AT. The Toshka Project is considered a wonderful idea that utilizes the water stored behind the High Dam in Lake Nasser, Egypt. Several approaches have been adopted to reduce the amount of water being used for irrigation, as the current amount of freshwater is insufficient for the requirements of increased agricultural consumption, particularly in hot, arid, and semi-arid regions.

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Impacts of Magnetic Field Treatment on Water Quality for Irrigation, Soil Properties and Maize Yield.

Cited by 4 publications

References 16 publications

Rationalization of Water Use and Fertilization of Globe Artichoke Using Magnetic Water Irrigation

Rationalization of Water Use and Fertilization of Globe Artichoke Using Magnetic Water Irrigation

The Effect of Using River Water Magnetization on Corn Yield and the Properties of Irrigation Water and Soil

A Critical Review of Innovations and Perspectives for Providing Adequate Water for Sustainable Irrigation

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