Author(s)

Jinzhe Zhang ¹

Affiliation(s)

¹ Jinling High School Hexi Campus, Nanjing, Jiangsu, 210019, China

Corresponding Author

Jinzhe Zhang

ABSTRACT

Electromagnetic field treatment technology, which might be characterized as a largely non-chemical and non-contact physical stimulation method, appears to tend to suggest potential application value in regulating horticultural plant seed germination. Within this broader analytical framework, what this study seeks to explore are the seemingly multidimensional physiological mechanisms of such electromagnetic field effects. What also appears significant in this context is a substantial analysis of the apparent germination-promoting effects under different electromagnetic field parameters. What seems to emerge from this evidence is the aim of providing theoretical support and data reference for the optimization of what could be more efficient horticultural seed treatment technologies.

KEYWORDS

Electromagnetic Field; Seed Germination; Horticultural Plants; Membrane Permeability

CITE THIS PAPER

Jinzhe Zhang, Promotion Effects of Electromagnetic Field Treatment on Horticultural Seed Germination. Agricultural & Forestry Economics and Management (2025) Vol. 8: 136-140. DOI: http://dx.doi.org/10.23977/agrfem.2025.080119.

REFERENCES

[1] Tang Ping and Long Yuyi. Effect of magnetic field on germination and growth of black bean seeds [J]. Cultivation and Planting, 2021,41(05):43-46.
[2] Li Yingjie, Duan Guangde, Hu Xiaolong et al. Effect of high-voltage corona electric field on germination characteristics of golden lotus seeds [J]. Inner Mongolia Forestry Science and Technology, 2020,46(04):16-19.
[3] Zhao Haiyang, Xu Yinsheng, Wang Yuxiang et al. Effects of electric field on seed germination and physiological indexes of young plants under drought stress in Ephedra japonica [J]. Agricultural Science and Technology Communications, 2017, (11):141-145.
[4] Liu Yuan, Wang Yuguo, Wen Yinyuan, et al. Magnetic field effects on biological effects of mung bean seeds under drought stress [J]. Shanxi Agricultural Science, 2017,45(05):718-721.
[5] Cui Lulu, Yu Haixia, Li Jingfu et al. Effects and mechanism of magnetic field on germination of cabbage seeds[J]. Chinese Journal of Vegetables, 2014, (06):34-39.

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