Effect of Foliar Application of Various Concentrations of NAA and GA3 on Fruiting, Yield and Quality Attributes of Ber cv. Banarasi Karaka, India

Sheel Priya, A. Dwivedi, V. K. Tripathi, S. Verma
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Abstract

To study the effect of foliar application of different concentrations of NAA and GA3 on fruiting, yield and quality of ber, an investigation was carried out in the Garden, Department of Fruit Science, C. S. Azad University of Agriculture and Technology, Kanpur during the year 2021-22 on ber cv. Banarasi Karaka. Results of the investigation revealed that the significantly main effect among the spray of various concentrations of NAA 30 ppm results, maximum number of fruit set (165.50), minimum fruit drop (85.15%), maximum fruit retention (14.45%), fruit weight (18.32g), yield (44.02 kg/tree), volume (16.17cc), length (4.36cm), diameter (2.56cm), pulp weight (16.12g), total soluble solids (15.480Brix) and total sugars (10.32%) against control (water) treatment. Spray with various concentrations of GA3 showed significant results, having maximized number of fruit sets (160.00), minimum fruit drop (89.16%), maximum fruit retention (10.16%), weight (15.95g), yield (36.78kg/tree), volume (16.17cc), length (4.36cm), diameter (2.56cm), pulp weight (16.12g), total soluble solids (15.480Brix) and total sugars (10.32%) were recorded with spray of 30ppm GA3 against control (water spray) treatment. Interaction effect among various concentration of NAA and GA3 has significantly maximized with fruit retention (16.24%), volume (16.70cc), length (4.47cm), diameter (2.61cm), pulp weight (17.55g) and total sugars (10.59%), while non-significantly results showed highest number of fruit set (167.00), minimum fruit drop (83.76%), maximum fruit weight (19.40g), fruit yield (45.70 kg/tree) and total soluble solids (16.620Brix) with application of NAA and GA3 @ 30ppm against control (water spray) treatment. This study revealed that for realizing higher fruiting, fruit yield and quality of ber plants should be spread with GA3 and NAA @ 30ppm under north Indian plains of Uttar Pradesh.
叶面喷施不同浓度的NAA和GA3对浆果变种Banarasi Karaka的果实、产量和质量属性的影响印度 Banarasi Karaka
为了研究叶面喷施不同浓度的 NAA 和 GA3 对浆果的结果、产量和质量的影响,2021-22 年期间,坎普尔 C. S. Azad 农业和技术大学水果科学系花园对浆果变种 Banarasi Karaka 进行了一项调查。Banarasi Karaka。调查结果表明,喷洒各种浓度的 NAA 30 ppm 会产生明显的主效应,最大坐果数(165.50)、最小落果率(85.15%)、最大留果率(14.45% )、果实重量(18.32 克)、产量(44.02 千克/棵)、体积(16.17 毫升)、长度(4.36 厘米)、直径(2.56 厘米)、果肉重量(16.12 克)、总可溶性固形物(15.480Brix)和总糖(10.32%)。喷施不同浓度的 GA3 有显著效果:最大坐果数(160.00)、最小落果率(89.16%)、最大留果率(10.16%)、果重(15.95 克)、产量(36.与对照组(喷水)相比,喷洒 30ppm GA3 记录到的结果有:78 公斤/棵、体积(16.17cc)、长度(4.36 厘米)、直径(2.56 厘米)、果肉重量(16.12 克)、总可溶性固形物(15.480Brix)和总糖(10.32%)。不同浓度的 NAA 和 GA3 的交互作用对留果率 (16.24%)、体积 (16.70cc)、长度 (4.47cm)、直径 (2.61cm)、果肉重量 (17.55g) 和总糖 (10.59%) 有显著的最大影响。与对照(喷水)相比,施用 NAA 和 GA3 @ 30ppm 的结果显示,坐果数(167.00)最高,落果率(83.76%)最低,果重(19.40 克)最高,果实产量(45.70 公斤/棵)和总可溶性固形物(16.620Brix)最高。这项研究表明,在印度北方邦的北印度平原地区,为了提高浆果植株的结果率、果实产量和质量,应施用 GA3 和 NAA @ 30ppm。
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