Pdf Rhizoglomus Intraradices Improves Plant Growth Root Morphology Citation: zhang q, gong m, liu k, chen y, yuan j and chang q (2020) rhizoglomus intraradices improves plant growth, root morphology and phytohormone balance of robinia pseudoacacia in arsenic contaminated soils. front. microbiol. 11:1428. doi: 10.3389 fmicb.2020.01428. received: 31 march 2020; accepted: 02 june 2020; published: 10 july 2020. Rhizoglomus intraradices improves plant growth, root morphology and phytohormone balance of robinia pseudoacacia in arsenic contaminated soils with or without amf rhizoglomus intraradices.
Agronomy Free Full Text Rhizoglomus Intraradices Is More Prominent As stress toxicity suppressed the am spore germination and colonization, plant growth, and the content of soil glomalin and changed the morphological characteristics of the roots and the balance of endogenous hormone levels in plants. however, r. intraradices inoculation improved the shoot and root dry weights, total root length, root surface. The results indicated that r. intraradices alleviated as toxicity in r. pseudoacacia seedlings by improving their plant growth, altering root morphology, regulating the concentrations and ratios of phytohormones, and increasing the concentration of soil glomalin. arbuscular mycorrhizal fungi (amf) are known to improve the resistance of host plants against various heavy metal stresses. however. Figure 1 | effects of arsenic stress and culture (or colonization) time on the spore germination rate (a), hyphal branch number (b), arbuscular mycorrhiza (am) colonization rate (c), and arbuscule rate (d) of rhizoglomus intraradices. different letters indicate significant differences (p < 0.05) using tukey’s test. data are presented as the mean ± sd (n = 3). ns, not significant; as. Figure 4 | percentages of root length in different diameter classes in rhizoglomus intraradices inoculated and non inoculated robinia pseudoacacia seedlings. "rhizoglomus intraradices improves plant growth, root morphology and phytohormone balance of robinia pseudoacacia in arsenic contaminated soils".
Figure 1 From Rhizoglomus Intraradices Improves Plant Growth Rootођ Figure 1 | effects of arsenic stress and culture (or colonization) time on the spore germination rate (a), hyphal branch number (b), arbuscular mycorrhiza (am) colonization rate (c), and arbuscule rate (d) of rhizoglomus intraradices. different letters indicate significant differences (p < 0.05) using tukey’s test. data are presented as the mean ± sd (n = 3). ns, not significant; as. Figure 4 | percentages of root length in different diameter classes in rhizoglomus intraradices inoculated and non inoculated robinia pseudoacacia seedlings. "rhizoglomus intraradices improves plant growth, root morphology and phytohormone balance of robinia pseudoacacia in arsenic contaminated soils". (2020) zhang et al. frontiers in microbiology. arbuscular mycorrhizal fungi (amf) are known to improve the resistance of host plants against various heavy metal stresses. however, the arsenic (as) resistance mechanism of amf inoculated woody legumes remains unclear. in this study, black locust (r. Arbuscular mycorrhizal fungi (amf) confer positive and negative effects on many plants, but it is unclear whether amf has an effect on soil fertility, aggregate distribution, and stability. the aim of this study was to analyze the effects of rhizoglomus intraradices on plant growth, root morphology, leaf chlorophyll and gas exchange, sugar concentrations, and soil nutrients, aggregate.
Figure 1 From Rhizoglomus Intraradices Improves Plant Growth Rootођ (2020) zhang et al. frontiers in microbiology. arbuscular mycorrhizal fungi (amf) are known to improve the resistance of host plants against various heavy metal stresses. however, the arsenic (as) resistance mechanism of amf inoculated woody legumes remains unclear. in this study, black locust (r. Arbuscular mycorrhizal fungi (amf) confer positive and negative effects on many plants, but it is unclear whether amf has an effect on soil fertility, aggregate distribution, and stability. the aim of this study was to analyze the effects of rhizoglomus intraradices on plant growth, root morphology, leaf chlorophyll and gas exchange, sugar concentrations, and soil nutrients, aggregate.
Comments are closed.