Effect of Row Spacing and Nitrogen Rate on Wheat Growth and Yield

E. Shapep
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Abstract

A field experiment was carried out at the research station of the College of Agriculture, university of Al-Muthanna in winter 2021-2022 to study the effect of four levels of nitrogen (250, 200, 150, 100) kg N ha-1 and four Row Spacing (30, 25, 20, 15). (cm) on Wheat Growth and Yield. The results a significant superiority of the fertilizer rate 250 kg N ha-1 in plant height, leaf area, number of tillers, and nitrogen concentration, with means of 90.5 cm, 32.3 cm 2 , 323.3 leaves m-2 , and 2.94%, respectively. The row spacing of 30 cm showed a significant superiority for the characteristic of the number of tillers, which reached to 319.5 tillers m-2 , while the The row spacing did not show any significant superiority in most of the studied traits plant height, number of days from planting to flowering, number of days from flowering to maturity, leaf area of the plant, nitrogen concentration).
行距和施氮量对小麦生长和产量的影响
于2021-2022年冬季在Al-Muthanna大学农学院研究站进行了4个氮肥水平(250、200、150、100)kg N ha-1和4个行距(30、25、20、15)的田间试验。(cm)对小麦生长和产量的影响。结果250 kg N hm -1施肥量在株高、叶面积、分蘖数和氮素浓度上均有显著优势,分别达到90.5 cm、32.3 cm 2、323.3叶m-2和2.94%。行距30 cm在分蘖数性状上表现出显著优势,分蘖数达到319.5分蘖m-2,行距30 cm在大部分性状(株高、种植至开花天数、开花至成熟天数、植株叶面积、氮浓度)上不表现出显著优势。
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