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- W2731242023 abstract "An experiment was conducted in pots under glasshouse conditions to study the effects of vanadium (V) on dry matter and on V, Fe, Mn, Pd, Zn, Ca, K and Mg concentrations in leaves, stems and roots of sweet basil ('Ocimum basilicum' L.). A completely randomized block design with five V treatments (0, 5, 10, 20, 40 mg L-1) and six replications per treatment was laid out. Vanadium was applied to the pot medium (peat soil mixture) as NH4VO3. No visible toxic or inhibitory symptoms were observed on the plants due to the increasing rates of V. Results indicated that root dry matter increased with increasing rates of V. The V concentration in the leaves and roots increased with V addition but the opposite was observed for the stems. The V concentration in the leaves [i.e. 1.84 mg kg-1 (DW) at 40 mg L-1 added V] was always much lower than in the roots [i.e. 11.4 mg kg-1 (DW) at 40 mg L-1 added V], indicating that V accumulated mainly in the roots and only small quantities were transferred to the leaves. The results indicated that the Ca, Mg, and Mn concentrations in the leaves were not affected by V addition; in contrast, Fe, and Pb concentrations in leaves and roots decreased. A significant negative correlation of concentrations of V with Fe in leaves (r=-0.41 at p<=0.01) and in roots (r= -0.41 at p<=0.01), as well as between V and Pb in leaves (r=-0.51 at p<=0.01) and in roots (r=-0.74 at p<=0.01) of sweet basil was detected, indicating an antagonistic effect between V and Fe, and between V and Pb." @default.
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- W2731242023 date "2016-02-01" @default.
- W2731242023 modified "2023-09-22" @default.
- W2731242023 title "Effect of vanadium on dry matter and nutrient concentration in sweet basil ('Ocimum basilicum' L.)" @default.
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