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This study investigated the e?ect of cold helium plasma treatment on seed germination, growth and yield of wheat. The e?ects of di?erent power of cold plasma on the germination of treated wheat seeds were studied. We found that the treatment of 80 W could significantly improve seed germination potential(6.0%) and germination rate(6.7%) compared to the control group. Field experiments were carried out for wheat seeds treated with 80 W cold plasma. Compared with the control, plant height(20.3%), root length(9.0%) and fresh weight(21.8%) were improved significantly at seedling stage. At booting stage, plant height, root length, fresh weight, stem diameter, leaf area and leaf thickness of the treated plant were respectively increased by 21.8%, 11.0%, 7.0%, 9.0%, 13.0% and 25.5%. At the same time, the chlorophyll content(9.8%), nitrogen(10.0%) and moisture content(10.0%) were higher than those of the control, indicating that cold plasma treatment could promote the growth of wheat. The yield of treated wheat was 7.55 t · ha-1, 5.89% more than that of the control. Therefore, our results show that cold plasma has important application prospects for increasing wheat yield.
This study investigated the e? Ect of cold helium plasma treatment on seed germination, growth and yield of wheat. The e? Ects of di? Erent power of cold plasma on the germination of treated wheat seeds were studied. We found that the treatment of 80 W could significantly improve seed germination potential (6.0%) and germination rate (6.7%) compared to the control group. Field experiments were carried for wheat seeds treated with 80 W cold plasma. Compared with the control, plant height (20.3% At booting stage, plant height, root length, fresh weight, stem diameter, leaf area and leaf thickness of the treated plant were detected respectively by 21.8%, 11.0%, 7.0%, 9.0%, 13.0% and 25.5%. The same time, the chlorophyll content (9.8%), nitrogen control, indicating that cold plasma treatment could promote the growth of wheat. The yield of treated wheat was 7.55 t · ha-1, 5.89% more than that of the control. Thus, our results show that cold plasma has important application prospects for increasing wheat yield.