It sounds like science fiction or even quackery. However the results of this latest study conducted by Warrenstown Horticultural College and the Chemical & Environmental Science Dept., University of Limerick, Ireland, say otherwise.
This 35 page report tested the effects of “Vi-Aqua,” a system that electro-magnetically charges water, on a cross-section of vegetation from Rye Grass to ornamental plants of various species. The plant experiment confirmed enhanced vigor of growth and stronger plant structure, which increased damage resistance in the treated specimens.
The study explains, “All vegetation-derived energy on this planet is solar in origin. Only approximately 1% of the solar energy, which impinges on the Earth, is captured. This is through the agency of Chlorophyll in most forms of plant life. Animal life on this planet is critically dependent upon the continued availability of energy donating vegetation for its survival. Since all living organisms have evolved in the presence of a strong natural geomagnetic field the possible influence of magnetic fields on living organisms increasingly has become the subject of research endeavors. The possibility of enhancing plant growth utilizing a natural activity such as magnetism has stimulated research over at least the past six decades.”
The study highlights the effects of the changes on plants. “Sophisticated tests which measure hydrogen bonding properties indicated that EM radiation reduced the size of hydrogen bonded water networks. In particular the changes in the hydrogen bonding networks affected the solution of naturally dissolved gases in the water. This hydrogen bonding modification slowly decayed to undetectable levels several hours after the treatment was stopped. Modifying hydrogen bonding has had several possible consequences for live plants loosening the hydrogen bonding in cell walls permitted the faster growth of plants due to reduced resistance to cells elongating during the growth process.”
The implications for this technology are optimistic to say the least. If this study can be replicated we could see a major decline in the proliferation of GMOs, because this system can produce very similar resistance in plants simply by making them healthier, hardier and less prone to damage from insects and drought.