WORLD JOURNAL OF ADVANCE
HEALTHCARE RESEARCH

Zohor Abd-Alwahab Elamien and Bashir Ali Awad Elgeed*

ABSTRACT

The amid of this study was to evaluate the effect of magnetization on the physico-chemical properties of soil. Soil samples were collected from White Nile State. 20 cm deep the samples were drawn and placed in paper envelopes. The magnetization of the water was done using a magnetic funnel with a diameter of 10 cm Water (normal and magnetized) was analyzed to study physico-chemical changes the soil was analyzed before irrigation with water and after irrigation with normal and magnetized water. The results showed significant differences in the soil germination, where there was a difference between untreated cultivated soil with any type of water and treatment with ordinary water, A statistically significant decrease was found in treated soils with magnetized water and irrigated soils in both electrical conductivity and sodium and nitrogen content Non-germinated soil showed a statistically significant decrease in both pH and sodium content while high in both electrical conductivity, calcium content, potassium, nitrogen and chlorine. The study concluded that the process of magnetization of water improves its physochemical properties as well as improves soil properties in the solubility of minerals and make them easy to absorb the plant.