在印度西北平原种植的现代面包小麦品种质量的范式转变

D. Mohan, O. Gupta, C. Mishra, V. Pandey, Sunil Kumar, S. Ram, Gyanendra Singh
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摘要

小麦(Triticum aestivum L.)是分布在印度不同农业生态区的重要粮食作物。该国的国家小麦研究系统,即全印度小麦和大麦协调研究项目(AICRPW&B)将这些地区分为北部丘陵区(NHZ),西北部平原区(NWPZ),东北部平原区(NEPZ),中部地区(CZ)和半岛地区(PZ)。获得了这5个区在早播和晚播条件下流行的灌溉小麦品种的品质性状数据。根据为每种生产环境开发的材料的质量,每种生产环境都具有一些附加价值和农艺特性的特征。因此,在不同的生产环境下,强度和缺陷可能会有所不同。传统上,在印度中部和半岛种植的小麦质量很高。当今时代对小麦品质的重视,使小麦的增值特性发生了巨大的变化。来自印度的报告强调了该国许多地区不仅在生产力方面取得了进展,而且在小麦质量方面也取得了进展(Mohan等人,2017)。印度小麦的增值特性正在发生快速变化,特别是在西北西北地区。本研究对2010年以后的灌溉小麦品种的品质特征进行了研究。我们试图模拟在不同生产环境中使用的现代小麦品种在质量上的优缺点。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
A paradigm shift in quality of modern bread wheat varieties cultivated in north-western plains of India
Wheat (Triticum aestivum L.) is a prominent staple food crop spread over different agro-ecological regions of India. The national wheat research system of the country i.e. All India Coordinated Research Project on Wheat and Barley (AICRPW&B) has classified these regions as northern hills zone (NHZ), north-western plains zone (NWPZ), north-eastern plains zone (NEPZ), central zone (CZ) and peninsular zone (PZ). It has generated data on quality traits of irrigated wheat varieties popular in timely-sown and late-sown conditions of these five zones. Depending upon the quality of the materials developed for each production environment, every production environment has some characteristic features of value addition and agronomic properties. Strength and the pitfalls are therefore liable to differ under diverse production environments. Traditionally, wheat harnessed in the Central and Peninsular India is rated high in quality. Emphasis given to wheat quality in the present era has brought tremendous difference in value addition properties of wheat. Reports emerging from India have underlined progression in many parts of the country not only for productivity but for quality of the wheat as well (Mohan et al., 2017). Value addition properties are changing fast in the Indian wheat, especially in the NWPZ. The present study has examined wheat quality characteristics of the irrigated wheat varieties released from 2010 onwards. An attempt has been made to emulate the strength and weakness in quality of the modern wheat varieties harnessed in the different production environments.
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