Effect of Different Organic Amendments on Growth, Yield and Quality of Broccoli (Brassica oleracea var. italica)

Q4 Agricultural and Biological Sciences
Rajkumari Asha, Rupmalin Devi, Avinash Kropi, Kumar, Tanuj Thakur
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Abstract

To study the effect of different organic amendments on growth, yield and quality of broccoli a field experiment was conducted during 2021–2022 in the Agriculture Research Farm, Lovely Professional University, Punjab A Factorial Randomized Block Design (FRBD) with two factors was used. Factors 1 and 2 are varieties (V1: Palam Vichitra and V2: Palam Kanchan) and biofertilizers (T1: Phosphate Solubilizing Bacteria @ 2 % + Azotobacter @ 2 %, T2: Phosphate solubilizing @ 2 %, T3: Azotobacter @ 2 %, and T0: Control). A total of eight treatments were used, i.e., T1V1 (Palam Vichitra X Phosphate Solubilizing Bacteria @ 2 % + Azotobacter @ 2 %), T2V1 (Palam Vichitra X P.S.B @ 2 %), T3V1 (Palam Vichitra X Azotobacter @ 2 %), T0V1 (Palam Vichitra X Control), T1V1 (Palam Vichitra X Phosphate Solubilizing Bacteria @ 2% + Azotobacter @ 2 %), T0V1 (Palam Kanchan X Phosphate solubilizing bacteria @ 2 %), T3V2 (Palam Kanchan X Azotobacter @ 2 %), T0V2 (Palam Kanchan X Control). The experiment reveals that among all treatments like growth, quality and yield parameters T1 showed the best result for V1 and in V2, T3 showed the best result for almost all the parameters. Floral bud initiation was early when treated with T1 in both the varieties, i.e., V1 (63 DAT) and V2 (63.67 DAT). Days to harvest were the same for all the treatments in V1 (90 DAT) and in V2, T1 (90 DAT) took the least amount of time for harvesting. It can be concluded that, combination of Azotobacter @ 2 % with other organic amendments and treatment T1 give higher yield and better quality of broccoli.
不同有机改良剂对花椰菜生长、产量和品质的影响
为研究不同有机改良剂对西兰花生长、产量和品质的影响,于2021-2022年在旁遮普省洛夫利专业大学农业研究农场进行了田间试验。因子1和因子2为品种(V1: Palam Vichitra和V2: Palam Kanchan)和生物肥料(T1:磷酸盐增溶菌@ 2% +固氮菌@ 2%,T2:磷酸盐增溶菌@ 2%,T3:固氮菌@ 2%,T0:对照)。总共有八个治疗使用,也就是说,T1V1 (Palam Vichitra X磷酸盐增溶的细菌固氮菌@ @ 2% + 2%),T2V1 (Palam Vichitra X P.S.B @ 2%), T3V1 (Palam Vichitra X固氮菌@ 2%),T0V1 (Palam Vichitra X控制),T1V1 (Palam Vichitra X磷酸盐增溶的细菌固氮菌@ @ 2% + 2%),T0V1 (Palam Kanchan X磷酸盐增溶的细菌@ 2%),T3V2 (Palam Kanchan X固氮菌@ 2%),T0V2 (Palam Kanchan X控制)。试验结果表明,在生长、品质和产量参数处理中,T1处理对V1效果最好,而在V2处理中,T3处理对几乎所有参数效果都最好。在T1处理下,V1 (63 DAT)和V2 (63.67 DAT)的花芽形成时间较早。V1处理(90dat)的收获天数相同,V2处理中,T1处理(90dat)的收获时间最短。综上所述,添加2%固氮菌和其他有机改良剂及T1处理可提高西兰花的产量和品质。
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来源期刊
Proceedings of the Pakistan Academy of Sciences: Part B
Proceedings of the Pakistan Academy of Sciences: Part B Agricultural and Biological Sciences-Agricultural and Biological Sciences (all)
CiteScore
0.60
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