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Effects of Two Ecotypes Mutual Grafting on Nutrient Absorption of Post Generations of Solanum photeinocarpum under Cadmium Stress

机译:两种生态型相互接枝对镉胁迫下锡氏粘膜胶蛋白后几代营养吸收的影响

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A pot experiment was carried out to study the effects of two ecotypes mutual grafting on nutrient absorption of post generations of Solanum photeinocarpum under cadmium stress. Two ecotypes mutual grafting increased the total N, total P contents in roots, stems and leaves of post generations of S. photeinocarpum under Cd stress, which were benefit to the growth of S. photeinocarpum. However, mutual grafting had little effects on total K content in roots of post generations of S. photeinocarpum, and had no significant effects on total K content in stems and leaves of that. Mutual grafting increased the available P and available K concentrations, but had little effects on soil alkali soluble N concentration. Therefore, two ecotypes mutual grafting could promote the nutrient uptake of post generations of S. photeinocarpum under Cd stress.
机译:进行了一个锅实验,以研究两种生态型相互接枝对镉胁迫下Solanum Photeinocarpum后代营养吸收的影响。两种生态型相互接枝在CD胁迫下,在CD胁迫下,在CD胁迫下,在S.Stemakocarpum的根部,茎和叶中的根部,茎和叶中的总N,总P.然而,相互接枝对S. photeinocarpum初世的根系中的总K含量不大,并且对茎和叶片的总K含量没有显着影响。相互接枝增加可用的P和可用的K浓度,但对土壤碱可溶性N浓度几乎没有影响。因此,两种生态型相互接枝可以促进CD胁迫下Plyeinocarpum初世的营养吸收。

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