| Through the field re-experiment, in the case of high soil fertility level, this study verified the effects of high
efficient photosynthetic bacteria inoculants on tomato quality and soil fertility. The experimental results showed that
significant increas was observed in the height and diameter of tomato plant, the content of lycopene, sugar-acid ratio,
soluble sugar, vitamin C and soluble solids of tomato fruit with photosynthetic bacterial inoculants. Photosynthetic bacterialcould effectively adjust soil pH, promote plant for the use of available potassium in the soil, improve the content of organic matter, available nitrogen and available phosphorus. As an environmental friendly fertilizer, this study confirms the promise of photosynthetic bacterial inoculants on crop production and soil fertilization, provides a scientific basis for planting tomato, in order to achieve the purpose of production, income and improve the quality of tomato. |
