Performance of Wheat Varieties as Influenced by Organic and Chemical Sources of Nitrogen under Semi-Arid Environment

M. Wazir
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引用次数: 1

Abstract

The field experiment was conducted at Research Farm, Department of Agronomy, at CCS Haryana Agricultural University, Hisar during Rabi seasons 2017-18 with the objective to study performance of wheat varieties as influenced by nutrient sources of nitrogen under semi-arid environment in split plot design with three replications. In the main plots there were five wheat varieties (WH-1105, WH-1142, HD-3086, HD-2967 and DBW-88) and in sub plots there were different nitrogen source namely 100 RDN through inorganic source (urea) , 100 per cent RDN through organic source (vermicompost) and 50 per cent RDN through inorganic + 50 per cent RDN through organic source. The variety WH-1105 produced significantly taller plant with higher dry matter accumulation per meter row length and grain yield over other varieties but did not differ significantly with variety HD-3086. Combined application of 50 per cent RDN through inorganic source + 50 per cent RDN through organic source had significantly improved the growth component viz. plant height and dry matter accumulation over 100 per cent RDN organic source but did not differ significantly with 100 per cent RDN through inorganic. Significantly higher grain yield was obtained with 100 per cent RDN through inorganic source over 100 per cent RDN through organic source but it was statistically at par with 50 per cent RDN through inorganic + 50 per cent RDN through organic source. The grain yield increased under the 100 per cent RDN through inorganic source by 29.1, 8.2 % over 100 RDN through organic source and 50 per cent RDN through inorganic + 50 per cent RDN through organic source, respectively.
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半干旱环境下有机氮和化学氮对小麦品种生产性能的影响
本试验于2017-18 Rabi季在印度哈里亚纳农业大学农学系研究农场进行,采用3个重复的分割小区设计,研究半干旱环境下氮素养分来源对小麦品种生产性能的影响。在主区有5个小麦品种(WH-1105、WH-1142、HD-3086、HD-2967和DBW-88),在子区有不同的氮源,即无机源(尿素)100% RDN、有机源(蚯蚓堆肥)100% RDN和无机源50% RDN +有机源50% RDN。品种WH-1105的株高、米行长干物质积累量和籽粒产量显著高于其他品种,但与品种HD-3086差异不显著。50%无机源RDN + 50%有机源RDN的组合施用在100%有机源RDN上显著改善了生长成分,即株高和干物质积累,但与100%无机源RDN无显著差异。通过无机源获得100% RDN的粮食产量明显高于通过有机源获得100% RDN的粮食产量,但在统计上与通过无机源获得50% RDN +通过有机源获得50% RDN的产量相当。在无机源100% RDN下,粮食产量比有机源100% RDN和无机源50% RDN +有机源50% RDN分别提高29.1%、8.2%。
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