Effect of Magnetic Strength of the Water Salinity Treatment Devices on Salt Accumulation in the Root Zoon and Its Impact on Growth and Productivity of Olive Trees

S. Abdelwahed, Mohamed Ebrahim Hassan Farag, Mohamed Ahmed Youssef
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Abstract

This study was conducted during the two successive seasons 2022 and 2023 at Wadi El-Natron west Nile Delta (EL-Behera governorate) to evaluate three commercial magnetic devices “Water magnetizers” of different manufacturers (Nefertari Biomagnetic 6000 Gauss, Magnolith 8000 Gauss, Delta Water 14000 Gauss), and to figure out which is more effective to reduce the negative effect of irrigating olive trees with saline water. The study examined the effect on vegetative growth, leaf mineral contents, leaf chlorophyll content, leaf proline content, and relative water content of Manzanillo olive trees. The experiment confirmed that olive trees can be irrigated with water containing 3500 ppm without causing high salt stress. Data also showed a positive effect of magnetically treated water on all vegetative growth characters (growth rate, stem diameter, number of green leaves), an increase in all elements content in experimental plant leaves except sodium and chloride, an increase in leaf chlorophyll content, decreased leaf proline content and increase relative water content. In terms of determining whether commercial devices are more effective than others, the Magnolith has been demonstrated to achieve the best results when compared to other devices, in most cases the difference between using "Delta Water" or "Nefertari" was not big enough to be significant. "Nefertari" recorded almost the lowest values of the studied vegetative growth characters, leaf chlorophyll, and relative water content. This indicates that the strength of the magnets alone is not the only thing that affects how well the device works; furthermore, it depends also on how the magnetic fields are configured and the manufacturing expertise.
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水盐度处理装置的磁力强度对根瘤中盐分积累的影响及其对橄榄树生长和产量的影响
本研究于 2022 年和 2023 年连续两季在尼罗河三角洲西部的瓦迪纳特隆(贝赫拉省)进行,旨在评估不同制造商生产的三种商用磁性设备 "水磁化器"(Nefertari Biomagnetic 6000 Gauss、Magnolith 8000 Gauss、Delta Water 14000 Gauss),并找出哪种磁性设备更能有效减少用盐水灌溉橄榄树的负面影响。研究考察了对曼萨尼约橄榄树的无性生长、叶片矿物质含量、叶绿素含量、叶片脯氨酸含量和相对含水量的影响。实验证实,橄榄树可以使用含 3500 ppm 的水进行灌溉,而不会造成严重的盐胁迫。数据还显示,磁处理水对所有无性生长特征(生长速度、茎直径、绿叶数量)都有积极影响,实验植物叶片中除钠和氯以外的所有元素含量都有所增加,叶片叶绿素含量增加,叶片脯氨酸含量减少,相对含水量增加。在确定商业设备是否比其他设备更有效方面,事实证明,与其他设备相比,Magnolith 取得了最好的效果,在大多数情况下,使用 "Delta Water "或 "Nefertari "之间的差异并不显著。在所研究的植物生长特征、叶片叶绿素和相对含水量方面,"Nefertari "几乎记录了最低值。这表明,磁铁的强度并不是影响设备工作性能的唯一因素;此外,它还取决于磁场的配置方式和制造技术。
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