Since all living organisms have evolved in the presence of a strong natural geomagnetic field, influence of magnetic field on living organisms has become the subject of interest among the researchers. When water is subjected to electromagnetic radiation, it was proved that, there was a reduction in the size of hydrogen bonded water networks, which slowly decayed to undetectable levels. Since hydrogen bonding is reduced in the cell walls, it is expected to reduce the resistance in cell elongation during the growth process, as well as improve the nutrient uptake and absorption. In this context, it was of our interest to document the changes in shoot and root length, shoot and root dry matter and survival of plants due to the application of electromagnetically treated water.
Single internodal cuttings from the mother bushes of a shy rooting clone UPASI-3, a quick rooting clone UPASI-9 and BSS-1 seeds were planted at TRI nursery. Each variety was divided into two sets; to one set of plants ordinary water was applied (Control) and to the other set electromagnetically treated water (VA water) was used for all applications. Sufficient care was taken to keep treated and control plants in isolation to avoid flow of treated water into control plants through seepage and evaporation. Observations on root growth, seed germination, plant height and vigour were made at periodic intervals. A reduction in casualty percentage was observed when VA water was used. There was a statistically significant increase in root and shoot dry matter content due to the application of VA water, when compared to control. The shoot and root lengths were measured four times and analysed statistically (data available on request). A significant linear increase in the above parameters was observed due to the usage of VA water for irrigation and for applying nursery soluble mixture. The influence of VA water on root length was much pronounced in the clone UPASI-9.
Friday, August 31, 2007
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