首页> 外文会议>NATO Advanced Study Institute on Phytoremediation of Metal-Contaminated Soils >SUNFLOWER GROWTH AND TOLERANCE TO ARSENIC IS INCREASED BY THE RHIZOSPHERIC BACTERIA PSEUDOMONAS FLUORESCENS
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SUNFLOWER GROWTH AND TOLERANCE TO ARSENIC IS INCREASED BY THE RHIZOSPHERIC BACTERIA PSEUDOMONAS FLUORESCENS

机译:荧光荧光荧光素增加了向日葵生长和对砷的耐受性

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Phytoremediation is not a very well known process. Some of the mechanisms involved in accumulation and detoxification of the metals are still unidentified. Anywhere, the role of soil microbes in the improvement of the phytoremediation technique seems to be very important. The bacteria Pseudomonas fluorescens had a quite positive influence on sunflower plant growth and arsenic accumulation. The plants grown in presence of arsenic showed a reduction in growth with a decrease in leave surface, height, fresh and dry weight. In the treatments with inoculated Ps. fluorescens was observed a higher growth rate of the plants, compared with not inoculated treatments.
机译:植物修复不是一个非常熟知的过程。涉及金属积累和解毒的一些机制仍未认定。在任何地方,土壤微生物在改善植物化技术方面的作用似乎非常重要。荧光细菌对向日葵植物生长和砷的积累产生了相当积极的影响。在砷存在下生长的植物表现出生长的降低,减少表面,高度,清新和干重减少。在接种PS的治疗中。与未接种治疗相比,观察到荧光型植物的较高生长速率。

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