Influence of varieties and sowing dates on growth and yield of kharif groundnut (Arachis hypogaea L.)

S. Yadav
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Abstract

A field experiment was conducted to study the Influence of varieties and sowing dates on growth and yield of kharif groundnut (Arachis hypogaea L.) at Anand Agricultue University, Anand, during kharif season of 2019 and 2020. The treatments consisted of three dates of sowing viz; first date of sowing - onset of monsoon, second date of sowing - 10 days after onset of monsoon and third date of sowing - 20 days after onset of monsoon with three varieties viz; GG 20, GJG 34 and TAG 37A. The experiment was replicated four times in randomized block design (factorial). Results showed that first date of sowing (onset of monsoon) proved significantly superior to other dates of sowing in respect of growth and yield characters. Significantly high pod yield (2176 kg ha-1 and 1862 kg ha-1) was recorded during 2019 and 2020 under first date of sowing, respectively which was statistically at par with second date of sowing (1937 kg ha-1 and 1592 kg ha-1) and significantly higher than the third date of sowing (1614 kg ha-1 and 1369 kg ha-1). In case of crop sown at onset of monsoon, rainfall, soil moisture and mean temperature favorable during crop growing period showed significantly higher pod yield. Among the varieties, significantly higher pod yield (2043 and 1701 kg ha-1) was recorded under GG 20 over other varieties GJG 34 and TAG 3A during both the years. Hence, variety GG 20 was the promising ones in terms of growth and yield in middle Gujarat agro climatic zone. On an average, onset of monsoon (early sowing) gave 13.4% higher pod yield than 10 days after onset of monsoon sowing. GG 20 was recorded 6.8 % higher pod yield as compared to the GJG 34.
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品种和播期对丰收花生生长和产量的影响
在阿南德农业大学进行了2019年和2020年秋冬季节花生品种和播期对花生生长和产量的影响的田间试验。这些处理包括三个播种日期,即;第一次播种日期-季风开始,第二次播种日期-季风开始后10天,第三次播种日期-季风开始后20天。GG 20, GJG 34和TAG 37A。试验采用随机区组设计(因子)重复4次。结果表明,第一播期(季风开始期)在生长和产量性状方面显著优于其他播期。2019年和2020年播期豆荚产量显著高(分别为2176 kg ha-1和1862 kg ha-1),与播期2 (1937 kg ha-1和1592 kg ha-1)持平,显著高于播期3 (1614 kg ha-1和1369 kg ha-1)。在季风开始时播种的作物,在作物生育期降雨量、土壤湿度和平均温度有利的情况下,豆荚产量显著提高。其中,两年间,GG 20的豆荚产量(2043和1701 kg hm -1)均显著高于GJG 34和TAG 3A。因此,品种GG 20在古吉拉特邦中部农业气候带具有生长和产量方面的潜力。平均而言,季风开始(早播)使豆荚产量比季风开始后10天高13.4%。与gjg34相比,GG 20的豆荚产量高出6.8%。
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