Table 1: Effect of cultivation methods and zinc levels and their methods of application on plant height and leaf area index of lentil at different growth stages (pooled data)
Table 2: Effect of cultivation methods and zinc levels and their methods of application on dry matter accumulation and crop growth rate of lentil at different growth stages
Table 3: Effect of cultivation methods and zinc levels and their methods of application on yield, Zn concentration and Zn uptake of lentil
Table 4: Effect of cultivation methods and zinc levels and their methods of application on zinc use efficiency indices of lentil
Figure 1: Correlation between Zn level and grain Zn concentration
Figure 2: Correlation between Zn level and stover Zn concentration
Figure 3: Correlation between Zn level and grain Zn uptake
Figure 4: Correlation between Zn level and stover Zn uptake
Figure 5: Correlation between grain yield and grain Zn uptake
Figure 6: Correlation between stover yield and stover Zn uptake
Table 1: Effect of cultivation methods and zinc levels and their methods of application on plant height and leaf area index of lentil at different growth stages (pooled data)
Table 2: Effect of cultivation methods and zinc levels and their methods of application on dry matter accumulation and crop growth rate of lentil at different growth stages
Table 3: Effect of cultivation methods and zinc levels and their methods of application on yield, Zn concentration and Zn uptake of lentil
Table 4: Effect of cultivation methods and zinc levels and their methods of application on zinc use efficiency indices of lentil
Figure 1: Correlation between Zn level and grain Zn concentration
Figure 2: Correlation between Zn level and stover Zn concentration
Figure 3: Correlation between Zn level and grain Zn uptake
Figure 4: Correlation between Zn level and stover Zn uptake
Figure 5: Correlation between grain yield and grain Zn uptake
Figure 6: Correlation between stover yield and stover Zn uptake
Table 1: Effect of cultivation methods and zinc levels and their methods of application on plant height and leaf area index of lentil at different growth stages (pooled data)
Table 2: Effect of cultivation methods and zinc levels and their methods of application on dry matter accumulation and crop growth rate of lentil at different growth stages
Table 3: Effect of cultivation methods and zinc levels and their methods of application on yield, Zn concentration and Zn uptake of lentil
Table 4: Effect of cultivation methods and zinc levels and their methods of application on zinc use efficiency indices of lentil
Figure 1: Correlation between Zn level and grain Zn concentration
Figure 2: Correlation between Zn level and stover Zn concentration
Figure 3: Correlation between Zn level and grain Zn uptake
Figure 4: Correlation between Zn level and stover Zn uptake
Figure 5: Correlation between grain yield and grain Zn uptake
Figure 6: Correlation between stover yield and stover Zn uptake
Table 1: Effect of cultivation methods and zinc levels and their methods of application on plant height and leaf area index of lentil at different growth stages (pooled data)
Table 2: Effect of cultivation methods and zinc levels and their methods of application on dry matter accumulation and crop growth rate of lentil at different growth stages
Table 3: Effect of cultivation methods and zinc levels and their methods of application on yield, Zn concentration and Zn uptake of lentil
Table 4: Effect of cultivation methods and zinc levels and their methods of application on zinc use efficiency indices of lentil
Figure 1: Correlation between Zn level and grain Zn concentration
Figure 2: Correlation between Zn level and stover Zn concentration
Figure 3: Correlation between Zn level and grain Zn uptake
Figure 4: Correlation between Zn level and stover Zn uptake
Figure 5: Correlation between grain yield and grain Zn uptake
Figure 6: Correlation between stover yield and stover Zn uptake
Table 1: Effect of cultivation methods and zinc levels and their methods of application on plant height and leaf area index of lentil at different growth stages (pooled data)
Table 2: Effect of cultivation methods and zinc levels and their methods of application on dry matter accumulation and crop growth rate of lentil at different growth stages
Table 3: Effect of cultivation methods and zinc levels and their methods of application on yield, Zn concentration and Zn uptake of lentil
Table 4: Effect of cultivation methods and zinc levels and their methods of application on zinc use efficiency indices of lentil
Figure 1: Correlation between Zn level and grain Zn concentration
Figure 2: Correlation between Zn level and stover Zn concentration
Figure 3: Correlation between Zn level and grain Zn uptake
Figure 4: Correlation between Zn level and stover Zn uptake
Figure 5: Correlation between grain yield and grain Zn uptake
Figure 6: Correlation between stover yield and stover Zn uptake
Table 1: Effect of cultivation methods and zinc levels and their methods of application on plant height and leaf area index of lentil at different growth stages (pooled data)
Table 2: Effect of cultivation methods and zinc levels and their methods of application on dry matter accumulation and crop growth rate of lentil at different growth stages
Table 3: Effect of cultivation methods and zinc levels and their methods of application on yield, Zn concentration and Zn uptake of lentil
Table 4: Effect of cultivation methods and zinc levels and their methods of application on zinc use efficiency indices of lentil
Figure 1: Correlation between Zn level and grain Zn concentration
Figure 2: Correlation between Zn level and stover Zn concentration
Figure 3: Correlation between Zn level and grain Zn uptake
Figure 4: Correlation between Zn level and stover Zn uptake
Figure 5: Correlation between grain yield and grain Zn uptake
Figure 6: Correlation between stover yield and stover Zn uptake
Table 1: Effect of cultivation methods and zinc levels and their methods of application on plant height and leaf area index of lentil at different growth stages (pooled data)
Table 2: Effect of cultivation methods and zinc levels and their methods of application on dry matter accumulation and crop growth rate of lentil at different growth stages
Table 3: Effect of cultivation methods and zinc levels and their methods of application on yield, Zn concentration and Zn uptake of lentil
Table 4: Effect of cultivation methods and zinc levels and their methods of application on zinc use efficiency indices of lentil
Figure 1: Correlation between Zn level and grain Zn concentration
Figure 2: Correlation between Zn level and stover Zn concentration
Figure 3: Correlation between Zn level and grain Zn uptake
Figure 4: Correlation between Zn level and stover Zn uptake
Figure 5: Correlation between grain yield and grain Zn uptake
Figure 6: Correlation between stover yield and stover Zn uptake
Table 1: Effect of cultivation methods and zinc levels and their methods of application on plant height and leaf area index of lentil at different growth stages (pooled data)
Table 2: Effect of cultivation methods and zinc levels and their methods of application on dry matter accumulation and crop growth rate of lentil at different growth stages
Table 3: Effect of cultivation methods and zinc levels and their methods of application on yield, Zn concentration and Zn uptake of lentil
Table 4: Effect of cultivation methods and zinc levels and their methods of application on zinc use efficiency indices of lentil
Figure 1: Correlation between Zn level and grain Zn concentration
Figure 2: Correlation between Zn level and stover Zn concentration
Figure 3: Correlation between Zn level and grain Zn uptake
Figure 4: Correlation between Zn level and stover Zn uptake
Figure 5: Correlation between grain yield and grain Zn uptake
Figure 6: Correlation between stover yield and stover Zn uptake
Table 1: Effect of cultivation methods and zinc levels and their methods of application on plant height and leaf area index of lentil at different growth stages (pooled data)
Table 2: Effect of cultivation methods and zinc levels and their methods of application on dry matter accumulation and crop growth rate of lentil at different growth stages
Table 3: Effect of cultivation methods and zinc levels and their methods of application on yield, Zn concentration and Zn uptake of lentil
Table 4: Effect of cultivation methods and zinc levels and their methods of application on zinc use efficiency indices of lentil
Figure 1: Correlation between Zn level and grain Zn concentration
Figure 2: Correlation between Zn level and stover Zn concentration
Figure 3: Correlation between Zn level and grain Zn uptake
Figure 4: Correlation between Zn level and stover Zn uptake
Figure 5: Correlation between grain yield and grain Zn uptake
Figure 6: Correlation between stover yield and stover Zn uptake
Table 1: Effect of cultivation methods and zinc levels and their methods of application on plant height and leaf area index of lentil at different growth stages (pooled data)
Table 2: Effect of cultivation methods and zinc levels and their methods of application on dry matter accumulation and crop growth rate of lentil at different growth stages
Table 3: Effect of cultivation methods and zinc levels and their methods of application on yield, Zn concentration and Zn uptake of lentil
Table 4: Effect of cultivation methods and zinc levels and their methods of application on zinc use efficiency indices of lentil
Figure 1: Correlation between Zn level and grain Zn concentration
Figure 2: Correlation between Zn level and stover Zn concentration
Figure 3: Correlation between Zn level and grain Zn uptake
Figure 4: Correlation between Zn level and stover Zn uptake
Figure 5: Correlation between grain yield and grain Zn uptake
Figure 6: Correlation between stover yield and stover Zn uptake
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