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Plant-Environment Interactions

Micronutrients’ accumulation in rice after supplemental UV-B irradiation

Pages 19-28 | Received 16 Feb 2011, Accepted 18 Mar 2011, Published online: 21 Apr 2011

Figures & data

Table 1. Root acidification capacity and root and leaves electrolytic conductance of control and UV-B-treated rice.

Table 2. Concentrations of micronutrients in the roots, leaves and seeds of control and UV-B-treated rice plants.

Table 3. Pigments contents of control and UV-B-treated rice plants. Each value is the mean (±SE) of three replicates of three independent series.

Table 4. Photosynthetic electron transport rates of control and UV-B-treated rice plants.

Figure 1.  Concentrations of Fe in roots, leaves and seeds of control and UV-B treated rice plants. Each value is the mean (+SE) of three replicates of three independent series. Different letters indicate significant differences among treatments: a, b, c, d among the experimental periods; r, s among treatments within each experimental period.

Figure 1.  Concentrations of Fe in roots, leaves and seeds of control and UV-B treated rice plants. Each value is the mean (+SE) of three replicates of three independent series. Different letters indicate significant differences among treatments: a, b, c, d among the experimental periods; r, s among treatments within each experimental period.

Figure 2.  Concentrations of Mn in roots, leaves and seeds of control and UV-B treated rice plants. Each value is the mean (+SE) of three replicates of three independent series. Different letters indicate significant differences among treatments: a, b, c, d among the experimental periods; r, s among treatments within each experimental period.

Figure 2.  Concentrations of Mn in roots, leaves and seeds of control and UV-B treated rice plants. Each value is the mean (+SE) of three replicates of three independent series. Different letters indicate significant differences among treatments: a, b, c, d among the experimental periods; r, s among treatments within each experimental period.

Figure 3.  Concentrations of Cu in roots, leaves and seeds of control and UV-B treated rice plants. Each value is the mean (+SE) of three replicates of three independent series. Different letters indicate significant differences among treatments: a, b, c, d among the experimental periods; r, s among treatments within each experimental period.

Figure 3.  Concentrations of Cu in roots, leaves and seeds of control and UV-B treated rice plants. Each value is the mean (+SE) of three replicates of three independent series. Different letters indicate significant differences among treatments: a, b, c, d among the experimental periods; r, s among treatments within each experimental period.

Figure 4.  Concentrations of Zn in roots, leaves and seeds of control and UV-B treated rice plants. Each value is the mean (+SE) of three replicates of three independent series. Different letters indicate significant differences among treatments: a, b, c, d among the experimental periods; r, s among treatments within each experimental period.

Figure 4.  Concentrations of Zn in roots, leaves and seeds of control and UV-B treated rice plants. Each value is the mean (+SE) of three replicates of three independent series. Different letters indicate significant differences among treatments: a, b, c, d among the experimental periods; r, s among treatments within each experimental period.

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