Fig. 1.
Comparison of transfer factors between leaf blades, leaf sheaths, and roots (A) and between aboveground parts and roots (B) of napiergrass grown at five different Cs concentrations (n=3 individual plants). The same letters and ns indicate no significant difference at the 5% level by Tukey’s multiple range test. Transfer factor was determined by calculating the Cs content in the aboveground parts (leaf blades and leaf sheaths) and root of plant/Cs content in solution.
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Fig. 2 illustrates the relationship between dry matter weight and Cs content in the aboveground parts of napiergrass. Strong positive correlations (0.795⁎ in 50 μM, 0.860⁎⁎ in 150 μM, 0.812⁎⁎ in 300 μM, 0.776⁎ in 1000 μM, and 0.838⁎⁎ in 3000 μM) were observed in all Cs treatments.
Fig. 1.
Comparison of transfer factors between leaf blades, leaf sheaths, and roots (A) and between aboveground parts and roots (B) of napiergrass grown at five different Cs concentrations (n=3 individual plants). The same letters and ns indicate no significant difference at the 5% level by Tukey’s multiple range test. Transfer factor was determined by calculating the Cs content in the aboveground parts (leaf blades and leaf sheaths) and root of plant/Cs content in solution.
Figure options
Fig. 2 illustrates the relationship between dry matter weight and Cs content in the aboveground parts of napiergrass. Strong positive correlations (0.795⁎ in 50 μM, 0.860⁎⁎ in 150 μM, 0.812⁎⁎ in 300 μM, 0.776⁎ in 1000 μM, and 0.838⁎⁎ in 3000 μM) were observed in all Cs treatments.
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