Resource use efficiency of super seeder technology: A comparative study in Haryana's wheat farming

R Bishnoi, Vijay Kumar, Sumit ., MS Meena
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Abstract

The study explores wheat cultivation resource efficiency in Karnal and Kaithal districts of Haryana during 2021-22. These districts, chosen for their resource conservation techniques, used the Cobb-Douglas function for analysis. Seed and fertilizer costs significantly boost wheat production, while human labour, though influential, lacks statistical significance. Irrigation has a significant negative impact, while machine labour and plant protection, although influential, lack statistical significance. The coefficient of determination (R2) is 59%, showing a moderate relationship. For super seeder technology, machine labour and plant protection positively impact wheat yield, despite the negative effects of seed costs. Output elasticity shows resource underutilization. Human labour significantly reduces yield, while fertilizer costs and irrigation, though non-significant, boost it. In this context, R2 rises to 73%, indicating a stronger relationship. This research sheds light on wheat resource utilization and super seeder technology's potential for regional optimization.
超级播种机技术的资源利用效率:哈里亚纳邦小麦种植的比较研究
本研究探讨了哈里亚纳邦卡纳尔和凯塔尔地区2021- 2022年小麦种植资源效率。这些地区,选择他们的资源保护技术,使用柯布-道格拉斯函数进行分析。种子和肥料成本显著提高了小麦产量,而人力劳动虽然有影响,但缺乏统计意义。灌溉具有显著的负面影响,而机器劳动和植物保护虽然有影响,但缺乏统计意义。决定系数(R2)为59%,呈正相关。对于超级播种机技术,尽管种子成本有负面影响,但机器劳动和植物保护对小麦产量有积极影响。产出弹性表明资源利用不足。人力劳动大大降低了产量,而化肥成本和灌溉虽然不重要,却提高了产量。在这种情况下,R2上升到73%,表明关系更强。本研究揭示了小麦资源利用和超级播种机技术的区域优化潜力。
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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