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Evaluation of arbuscular mycorrhiza inoculation potential for sustainable production of aerobic rice italic>var./italic> MR1A

机译:评估可持续生产的丛枝菌根接种潜力,可持续生产的需氧水稻&斜体> var。& /斜体> mr1a

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A pot culture experiment was carried out to evaluate the effect of different mycorrhiza inoculants and phosphate fertiliser application on the growth and nutrient uptake of aerobic rice var. MR1A. The contribution of mycorrhizae has been well acknowledged in sustainable agriculture. Mycorrhizae can influence the key ecosystem process of soil aggregation, act as an acquisition of soil nutrient absorption to improve the plant growth via their hyphae and alter the morphology of a root system by forming more branches and adventitious roots that functionally extend the root system of the plant. The results indicated that arbuscular mycorrhizal fungi (AMF) had increased the efficiency of phosphate fertiliser uptake by the plant. This is due to the ability of MR1A seedlings to form a symbiotic relationship with AMF inoculums. Thus, the information gathered from this study herein will help us to understand the role of AMF towards sustainable agriculture.
机译:进行了盆栽培养实验,以评价不同的菌根孕育剂和磷肥应用对有氧水稻var的生长和营养吸收的影响。 MR1A。 菌根的贡献在可持续农业中得到了很好的承认。 菌根可以影响土壤聚集的关键生态系统过程,充当土壤养分吸收,通过它们的菌丝改善植物生长,并通过形成更多的分支和不定根来改变根系的形态,以便在功能上延长根系的根系 植物。 结果表明,丛枝菌根真菌(AMF)提高了植物磷肥肥料吸收的效率。 这是由于MR1A幼苗与AMF接种物形成共生关系的能力。 因此,从本研究中收集的信息将有助于我们了解AMF对可持续农业的作用。

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