The aim of this review article is to expose the advantages of magnetic treatments in
agriculture, and to identify the gaps that prevent their spread and/or complementary use to …

Background Spring irrigation with freshwater is widely used to reduce soil salinity and
increase the soil water content in arid areas. However, this approach requires a huge …

The magnetic field can change the polarity characteristics and hydrogen-bond structure of
water; therefore, magnetized water can affect plant growth and development. Magnetized …

Non-representative sampling of materials, lots and processes intended for NIR analysis is
often fraught with hidden contributions to the full Measurement Uncertainty MUtotal= TSE+ …

Even though water treatment can be based on several techniques, one new promising
process is applying magnetic treatment to water, which can alleviate salinity stress and …

Electromagnetic treatment of irrigation water (ETIW) for agricultural purposes is increasingly
studied, especially for saline water, but little is known about its effect on soil structure. The …

Competing demand for high-quality fresh water for agricultural, industrial, and municipal
uses has placed tremendous stress on water resources; irrigating crops with fresh water is …

活化水技术可使水的理化性质发生显著改变, 提升水分子活性, 其中磁化, 去电子,
增氧等灌溉水活化技术能够改良土壤理化性质, 提高水肥利用效率, 促进农田作物生长及增产 …

Magnetically-treated water (MTW) has been reported to enhance biomass accumulation in
plants. However, the underlying mechanisms are not fully understood, and the existing …

El objetivo de este artículo de revisión es el de exponer las ventajas de los tratamientos
magnéticos en la agricultura, así como señalar los vacíos que impiden su uso extendido y/o …