Influence of Varieties and Sowing Dates on Growth, Yield Attributes and Yield of Chickpea (Cicer arietinum L.) under Delayed Sowing

Manisha R, Sreedhar Chauhan, Mohan Das, Krishna Chaitanya A
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Abstract

An experiment was carried out at Agricultural Research station, Adilabad during Rabi-summer 2023-24 on “Influence of varieties and sowing dates on growth, yield attributes and yield of chickpea (Cicer arietinum L.) under delayed sowing”. The experimental design was strip plot with three replications. The treatments comprise five chickpea varieties (two are kabuli and three are desi) viz., NBeG-119, NBeG-810, NBeG-857, JG-14 and JAKI-9218 as horizontal factors and three sowing dates viz., December 1st week, December 3rd week and January 1st week as vertical factors. The results of the experiment indicated that JG-14 took more days to 50% flowering (43.2) and maturity (102.1), resulted in more pods plant-1 (50.8), higher 100 seed weight among desi varieties (25.2 g), greater seed yield (2564 kg ha-1), straw yield (5108 kg ha-1) on par with NBeG-857 (5213 kg ha-1), high harvest index (33.3%). Plant height and dry matter were higher for NBeG-810 (46.1 cm and 4036 kg ha-1 respectively) but was on par with JG-14 (42.5 cm) for plant height. Lower yield attributes and yield were recorded with NBeG-119 except test weight. Across sowing dates December 1st week obtained higher plant height (44.9 cm), dry matter (3817 kg ha-1), days to 50% flowering (44 days) and maturity (101.5 days), number of pods plant-1 (44.4), seed yield (2234 kg ha-1), straw yield (4463 kg ha-1) and harvest index (33.2%) and was on par with December 3rd week. January 1st week recorded low growth and yield parameters but was on par with December 3rd week. Seeds pod-1 was not significant for different varieties and sowing dates. Test weight was non-significant for sowing dates.
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延迟播种下不同品种和播种日期对鹰嘴豆(Cicer arietinum L.)生长、产量属性和产量的影响
2023-24 年夏季在阿迪拉巴德农业研究站进行了一项关于 "延迟播种下品种和播种日期对鹰嘴豆(Cicer arietinum L.)生长、产量属性和产量的影响 "的实验。实验设计为条状小区,三次重复。处理包括五个鹰嘴豆品种(两个是 kabuli,三个是 desi),即 NBeG-119、NBeG-810、NBeG-857、JG-14 和 JAKI-9218 作为水平因子,三个播种日期,即 12 月第 1 周、12 月第 3 周和 1 月第 1 周作为垂直因子。试验结果表明,JG-14 的 50%开花期(43.2 天)和成熟期(102.1 天)更长,每株结荚数(50.8 个)更多,种子百粒重(25.2 克)高于 NBeG-857(5213 千克/公顷),种子产量(2564 千克/公顷)和秸秆产量(5108 千克/公顷)也高于 NBeG-857(5213 千克/公顷),收获指数(33.3%)也较高。NBeG-810 的株高和干物质较高(分别为 46.1 厘米和 4036 千克/公顷-1),但株高(42.5 厘米)与 JG-14 相当。除测重外,NBeG-119 的产量属性和产量均较低。在不同的播种期,12 月第 1 周的株高(44.9 厘米)、干物质(3817 千克/公顷)、50%开花天数(44 天)和成熟天数(101.5 天)、株荚数(44.4)、种子产量(2234 千克/公顷)、秸秆产量(4463 千克/公顷)和收获指数(33.2%)均高于 12 月第 3 周。1 月第 1 周的生长和产量参数较低,但与 12 月第 3 周持平。不同品种和播种期的荚粒数-1 不显著。测试重量在不同播种期没有显著差异。
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