Effect of micron (micronutrients) fertilizer on the growth and yield of Wheat variety Sarsabz

Wajid Ali Hisbani, Abdul Malik Solangi, M. A. Laghari, Ghulam Murtaza Channa
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Abstract

The Department of Chemistry Soil Section Agriculture Research Institute, Tando Jam, conducted an examination in order to find out how micron (micronutrient) fertilizer affected the growth and yield of the wheat variety Sarsabz. Three replicates of a Randomized Complete Block Design were used to investigate the effects of micron (micronutrients) fertilizer utilized at rates of 0, 50, 100, and 150 kg ha-1 having a plot size of 46 m x 44 m. The results of the study revealed that applying micronutrient fertilizer to crops significantly altered the crop’s parameters. The application of Micron (micronutrients) fertilizer applied at a rate of 150 kg ha-1, with proposed N (168) and P (84) doses, resulting in the maximum wheat plant height (101.73), more tillers plant-1 (9.73), spike length (13.7), more grain spike-1 (51.66), heavier seeds (39.3), and higher grain yield (3453.3 kg ha-1). Therefore the micro nutrient is essential for achieving maximum yield production and should be applied with recommended doses on the wheat crop, performed better results in soil conditions of Tando Jam.
微米(微量营养元素)肥料对小麦品种 Sarsabz 的生长和产量的影响
Tando Jam 农业研究所的化学土壤部进行了一项研究,以了解微肥(微量营养元素)对小麦品种 Sarsabz 的生长和产量的影响。研究采用了随机完全区组设计的三次重复,以 46 m x 44 m 的地块大小,研究了微肥(微量营养元素)在 0、50、100 和 150 kg ha-1 的施用量下对小麦生长和产量的影响。以 150 千克/公顷的施肥量施用 Micron(微量营养元素)肥料,配以建议的氮(168)和磷(84)剂量,可使小麦株高最大(101.73)、分蘖数最多(9.73)、穗长最长(13.7)、穗粒数最多(51.66)、籽粒较重(39.3)、谷物产量较高(3453.3 千克/公顷)。因此,微量营养元素对实现最高产量至关重要,应按建议剂量施用在小麦作物上,以便在 Tando Jam 的土壤条件下取得更好的效果。
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