THE EFFECTS OF VARIED MAGNETIC FIELD ON THE GROWTH OF SOLANUM MELONGENA (EGGPLANT)

Abstract

This study investigated the impact of magnetic fields on the growth and development of Solanum melongena (eggplant), an essential vegetable for global agriculture and nutrition. By examining various growth parameters, such as plant height and number of leaves under different magnetic field strengths, this research aimed to fill the knowledge gap concerning the effects of magnetic fields on plant biology. This study employed an experimental design with quantitative analysis to systematically explore these interactions. In this experiment, eggplant seedlings were exposed to different amounts of magnets over a 14-day period. Growth measurements, including seedling height, were recorded using a ruler. The results indicated a notable boost in the growth of eggplant height, with an average increase of 8.9 cm observed within the 14-day experimental period. The findings showed that the eggplant’s height increased noticeably when a magnetic field was applied. This result demonstrates that a varied magnetic field affects the growth of Solanum melongena (eggplant). The findings of this study are important for farmers seeking effective and sustainable solutions for their crop production.