Abstract
The study on the influence of magnetic poles on field pea seed of the 'Bera' variety of different ages was carried out under laboratory conditions in a growing chamber. Field pea seed were exposed to a neodymium magnet's positive and negative magnetic poles with a magnetic flux density of 250 mT for 24 hours. Germination of untreated as well as magnetically poled treated seed was carried out according to ISTA rules. Seed characteristics, germination energy, and germination were determined by counting. The root and stem length of the seedlings were measured, and the total length of the field pea seedlings was added up. The total mass of the seedlings was determined by weighing. On average, seed age and magnetic poles significantly (p<0.05) increased the traits: stem length, total length, and seedling weight. On average, significant differences (p<0.05) were found for untreated and magnetic poles treated seed for all the studied traits except seedling stem length. Significant interaction (p<0.05) between magnetic pole treatment and seed age was found for all the traits studied.
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