Research Article
Effect of Minicutting Length and Leaf Area Reduction on Growth and Nutritional Status of Eucalypt Propagules
Table 4
Summary of the analysis of variance for the variables analyzed at 90 days.
| Variation source | DF | Mean square | Zn | Fe | Mn | Cu | B |
| Block | 3 | 262.88 | 3131.1 | 6101 | 0.786 | 206.4 | C | 1 | 623.69** | 3896.9* | 12106** | 0.090ns | 424.4** | S | 3 | 50.35ns | 376.1ns | 162ns | 0.939ns | 46.9ns | LR | 1 | 59.27ns | 1417.5ns | 7064ns | 0.302ns | 241.8* | | 3 | 231.16** | 201.8ns | 1785ns | 0.630ns | 6.4ns | | 1 | 186.29* | 49.4ns | 365ns | 0.181ns | 5.2ns | | 3 | 0.63ns | 295.2ns | 782ns | 0.552ns | 14.2ns | | 3 | 118.96* | 710.1ns | 2660ns | 0.218ns | 2.4ns | Residue | 45 | 36.67 | 397.1 | 1531 | 0.464 | 33.5 | CVexp % | ā | 18.0 | 21.3 | 9.0 | 12.7 | 10.6 |
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C: clone; S: mini-cuttings size; LR: leaf reduction; CVexp: experimental coefficient of variation %; **significant at 1%, *significant at 5% probability; micronutrients: Zn, Fe, Mn, Cu, and B.
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