首页> 外文OA文献 >Figure 2: Effect of silicon (0, 100, 300 and 500 mg L−1) on plant height (A), leaf area-expansion (B), leaf water content (LWC) (C), fresh/green (D) and dry mass (E) in Saccharum officinarm plants against limited soil moisture capacity (100–95, 80–75, 55–50 and 35–30 of FC).

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Figure 2: Effect of silicon (0, 100, 300 and 500 mg L−1) on plant height (A), leaf area-expansion (B), leaf water content (LWC) (C), fresh/green (D) and dry mass (E) in Saccharum officinarm plants against limited soil moisture capacity (100–95, 80–75, 55–50 and 35–30 of FC).

机译：图2：硅（0,100,300和500mg L-1）对植物高度（a），叶面积膨胀（b），叶水含量（lwc）（c），新鲜/绿色（d）的影响和糖类型植物中的干含量（e）抵抗有限土壤湿度容能力（100-95％，80-75％，55-50％和35-30％的Fc）。

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4. Figure 4: Diurnal variation of silicon on stomatal conductance in Saccharum officinarm “GT 42” plants under limited water supply such as 100–95 (A–D), 80–75 (E–H), 55–50 (I–L) and 35–30 of soil moisture capacity (M–P) with four levels of Si concentrations, for example, 0, 100, 300 and 500 mg L−1. [O] . -1

机译：图4：在有限的供水下，诸如100-95％（A-D），80-75％（E-H），55-50％（i -L）和35-30％的土壤湿度容量（M-P），具有四种Si浓度，例如0,100,300和500mg L-1。

Figure 2: Effect of silicon (0, 100, 300 and 500 mg L−1) on plant height (A), leaf area-expansion (B), leaf water content (LWC) (C), fresh/green (D) and dry mass (E) in Saccharum officinarm plants against limited soil moisture capacity (100–95, 80–75, 55–50 and 35–30 of FC).

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