Effect of foliar sprays of micronutrients on the performance of ginger (Zingiber officinale Rosc.).

A Shadap, A Pariari, YA Lyngdoh - 2018 - cabidigitallibrary.org
A Shadap, A Pariari, YA Lyngdoh
2018cabidigitallibrary.org
A field trial was conducted to assess the effect of different micronutrients at different
concentrations, as foliar sprays, on the growth parameters and yield of ginger. Among the
different treatments, maximum plant height (54.49 cm), number of leaves per tiller (18.98)
and number of tillers per clump (16.16) were observed in the plants sprayed with Zn 0.5%.
However, pseudostem girth (1.24 cm), leaf length (23.37 cm), leaf breadth (2.33 cm) and leaf
area (36.26 cm2) were noticed in the plants sprayed with B 0.3%. Considering the projected …
Abstract
A field trial was conducted to assess the effect of different micronutrients at different concentrations, as foliar sprays, on the growth parameters and yield of ginger. Among the different treatments, maximum plant height (54.49 cm), number of leaves per tiller (18.98) and number of tillers per clump (16.16) were observed in the plants sprayed with Zn 0.5%. However, pseudostem girth (1.24 cm), leaf length (23.37 cm), leaf breadth (2.33 cm) and leaf area (36.26 cm2) were noticed in the plants sprayed with B 0.3%. Considering the projected yield per hectare, the highest yield (17.63 t) was produced by plants sprayed with Zn 0.5 per cent which was at par with plants sprayed with B 0.3% (17.44 t) and Mn 0.25% (17.33 t) per hectare. From net returns and benefit: cost ratio point of view, the best treatment (Rs. 6,82,423.00/ha and 3.43, respectively) was by foliar spray with Zn 0.5% followed by foliar spray with B 0.3% (Rs. 6,72,950.00/ha and 3.38, respectively).
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