The study of rice growing with the electromagnetic field effect simulated from 300 kV switching substation

Abstract

on the growth of rice plants is studied. The research is focused on electric field. The comparison is done under the condition with electric field at 28.5 kV/m and without electric field. The rice plants are experimented under the condition of the electric field. Rice is laid transversely and horizontally, respectively. The results with electric field are compared with without electric field. It is found that the rice plants growth with electric field have the high growth rate of the height of stems and the length of roots more than the case of without electric field.In this paper, the effect of electric field Keywords: Biological effect, electric field effect, plants development, rice growing, EMC

Cell Phone Radiations Affect Early Growth of Vigna radiata (Mung Bean) through Biochemical Alterations

“…However, Tambiev and Kirikova (2000) noticed better growth and photosynthesis in the blue-green alga Spirulina platensis after treatment with radiofrequency EMFs. Likewise, the growth of rice plants was enhanced with an electric fi eld of 28.5 kV m −2 compared to that without an electric fi eld (Rotcharoen et al, 2003), whereas a reduction in wheat and corn yield was observed in fi elds near hightension lines (Soja et al, 2003). Tafforeau et al (2002) showed that exposure to 900 MHz for 2 h resulted in induction of epidermal meristems and reduction in Ca 2+ , Na + , and K + contents; however, there was no change in the divalent to monovalent cation ratios.…”

Effect of Flame Treatment and Radiofrequency Electromagnetic Radiations on phenolic content in in vitro cultures of Ipomoea batatas

“…However, only a few studies have been conducted in plants. Earlier it has been demonstrated that high tension lines were capable of altering the growth of rice (15), wheat and corn ( 16) plants. Experiments conducted on Vigna radiata indicate that cell phone EMF indicates a negative correlation with length of seedlings and biomass accumulation and altered biochemical pattern (6).…”

The study of electric field effect to bending on the growth of the primary root of rice

“…The uniformity of electric field strength depends on a figure of electrode. Electric field strength [6] can be calculated by equation (1)(2)(3). The electric field is 28.5 kV/m beneath the 300 kV DC transmission line [7].…”

“…The effect of electric field to the growing of rice plants has been studied [1], [2] for example, the studies about effect of electric field from 300 kV DC transmission line to rice plants growing [3], bending effect on the growth of the primary root of rice [4] and in the past the study about effect of magnetic field on the growth of primary roots of corn [5], have been reported. In this study the primary root of rice are experimented under the condition with electric field varied in the horizontal direction at 28.5 kV/m and without electric field, while various timing for 8, 16 and 24 hour and increasing the number of sample then investigated the bending effect on the growth of primary root.…”