Influence on Yield of Different Cultivars of Paddy under Various Cultivation Methods in Relation to Weather Parameters

N. Kashid, O. S. Godbole, V. Sthool, A. P. Deshmukh
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Abstract

An experiment entitled, “Studies on effect of different paddy cultivars with various cultivation methods of paddy in relation to weather parameters.” was carried out during kharif, 2018 at Agricultural Research Station Farm,Vadgaon Maval, Tal. Maval, Dist. Pune. The field experiment was laid out in split plot design with three replications. There were sixteen treatment combinations comprising of four varieties viz., VDN-3-51-18 (Indrayani), VDN-99-29 (PhuleSamruddhi), IET-13549 (Bhogawati) and RDN-99-1 (Phule Radha) and four cultivation methods viz., M1 : Four Point Agro Technique (Char Sutri Method), M2 : Drilling at 22.5 cm, M3: Saguna Rice Technique (SRT) and M4 : Modified Direct Seeded Rice Technique (MDSRT). The gross plot sizewas3.40 m x 3.40 m. From the data it was observed that sowing of paddy varieties with Modified Direct Seeded Rice Technique (MDSRT) favorably influenced all the yield components. This is due to positive correlation with minimum temperature, RH I and RH II. It would be, therefore, suggested to adopt sowing paddy variety Phule Samruddhi or Indrayani with Modified Direct Seeded Rice Technique (MDSRT) to obtain maximum yield.
不同栽培方式对不同品种水稻产量的影响与天气参数的关系
试验题目为“不同水稻品种和不同水稻栽培方法对气候参数影响的研究”。,于2018年秋季在塔尔省Vadgaon Maval农业研究站农场进行。马瓦尔,浦那区。田间试验采用分区设计,3个重复。共有16个处理组合,包括VDN-3-51-18 (Indrayani)、VDN-99-29 (PhuleSamruddhi)、IET-13549 (Bhogawati)和RDN-99-1 (Phule Radha) 4个品种和4种栽培方法,即M1:四点农业技术(Char Sutri法)、M2: 22.5 cm钻孔、M3: Saguna水稻技术(SRT)和M4:改良直接播种水稻技术(MDSRT)。总用地面积为3.40米x3.40米。结果表明,改良直接播种技术(MDSRT)对水稻产量各组成部分均有显著影响。这是由于与最低温度、RH I和RH II正相关。因此,建议采用改良直接播种水稻技术(MDSRT)播种水稻品种Phule Samruddhi或Indrayani,以获得最大产量。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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