Seed pelleting technique for mechanized sowing in green gram [Vigna radiata (L.) R. Wilczek]

K. Raja, V. A. Albert, B. Venudevan, P. M. Kumar, G. Sasthri
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Abstract

Background: Now-a-days, use of machines is becoming important due to shortage of labour for field operations. One such case is seed drill sowing which warranted enough seed size for easy sowing. Pelleting of seed is one of the techniques through which the size of the seed can be increased thereby it can be sown easily by seed drill. Green gram is one of the important pulses which needs pelleting technique for mechanized sowing. Methods: The experiments on standardization of seed pelleting technique and evaluating under field conditions were conducted in the Department of Seed Science and Technology, Seed Centre, Tamil Nadu Agricultural University, Coimbatore, India during 2019-2022. The green gram var. CO 8 seeds were primed and pelleted with TNAU pelleting mixture. Then, the pelleted seeds were sown by pneumatic seed drill and evaluated for its field performance. Result: The results showed that the green gram seeds primed with MnSO4 @ 0.5% and pelleted with 7 layers of TNAU pelleting mixture along with imidacloprid 70 WS @ 7 g/kg have recorded increased seedling vigour without affecting the seed germination. Also, the seeds sown by seed drill have recorded with better plant growth traits and higher yield. Also, single seed placement was achieved by seed drill sowing and about 25% seeds can be saved.
绿禾秆[Vigna radiata (L.) R. Wilczek]机械化播种的种子制粒技术
背景:如今,由于田间作业的劳动力短缺,机器的使用变得越来越重要。耧车播种就是其中一种,它需要足够大的种子,以便于播种。种子制粒是其中一种技术,通过制粒可以增大种子的尺寸,从而便于耧车播种。青禾苗是重要的豆类之一,需要颗粒化技术来实现机械化播种。方法2019-2022 年期间,在印度哥印拜陀泰米尔纳德邦农业大学种子中心种子科学与技术系进行了种子制粒技术标准化实验,并在田间条件下进行了评估。用泰米尔纳德邦农业大学制粒混合物对青克变种 CO 8 种子进行打底和制粒。然后,用气力耧播种丸化后的种子,并对其田间表现进行评估。结果结果表明,用 0.5% 的硫酸锰打底并用 7 层 TNAU 制粒混合物和 7 克/千克的吡虫啉 70 WS 制粒的禾谷类种子,在不影响种子发芽的情况下提高了幼苗活力。此外,用耧车播种的种子具有更好的植物生长特性和更高的产量。此外,耧车播种实现了单粒播种,可保存约 25% 的种子。
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