Gheorghițoaie, Mădălin-VasileAchiței, VlăduțBodale, IlieTeliban, Gabriel-CiprianStoleru, Vasile2021-07-022021-07-022019Gheorghiţoaie, M. V., V. Achiței, I. Bodale, G. C. Teliban, V. Stoleru. 2019. "Optimization of tomato cultivation technology in protected areas through the use of continuous electric current". Lucrări Știinţifice USAMV – Iași Seria Horticultură, 62(1): 219-224.https://repository.iuls.ro/handle/20.500.12811/1481Electric and magnetic fields of different intensities can influence the metabolism of plants.The results presented in this paper particularly follow the morphological changes that the electricitymay have on tomato plants.The electric and magnetic field has been applied constantly on plants, from the seedling stage, to the moment of reaching the technological maturity of the fruits.entomatoelectric fieldmagnetic fieldtomatecâmp electriccâmp magneticOptimization of tomato cultivation technology in protected areas through the use of continuous electric currentOptimizarea tehnologiei de cultivare a tomatelor în spaţii protejate prin utilizarea curentului electric continuuArticle2069-8275