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首页> 外文期刊>Acta Horticulturae >New perspectives on seed enhancement.
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New perspectives on seed enhancement.

机译:关于种子增强的新观点。

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This paper reviews the efficacy of seed treatments in improving the consistency of seed performance and, consequently, crop yield and quality. Coating technologies, pelleting, encrusting and film-coating are used increasingly to ease seed sowing by altering seed shape, surface properties, and weight. These techniques are also used to deliver a range of beneficial additives, including micronutrients and plant protection agents. Seed vigour or physiological status can be manipulated by hydration treatments, such as priming and steeping. Eradication of fungal and bacterial seed infections can be achieved through heat or biocide treatments, although there are challenges in operating these processes at an industrial scale without jeopardizing viability, vigour and shelf life. Since seed enhancement is a means of reducing the inherent variation in seed to release its genetic potential, it is vital that the variation between seeds and seed lots is fully characterized when developing a new technology. It is also noteworthy that while relatively few seed lots are evaluated in the academe, a commercial seed enhancement company may routinely treat thousands of lots from the same species with a particular process. This paper provides insights into the development of techniques for seed enhancement.
机译:本文综述了种子处理在提高种子性能一致性,从而提高作物产量和品质方面的功效。通过改变种子的形状,表面特性和重量,越来越多地采用包衣技术,造粒,包壳和薄膜包衣来减轻种子播种的负担。这些技术还用于提供多种有益的添加剂,包括微量营养素和植物保护剂。种子的活力或生理状态可以通过水合作用处理,例如引发和浸泡。尽管可以在不损害生存力,活力和保质期的情况下以工业规模操作这些过程,但仍可通过加热或杀菌剂处理来消除真菌和细菌种子感染。由于增强种子是减少种子固有变异以释放其遗传潜能的一种手段,因此开发新技术时,充分表征种子与种子批次之间的变异至关重要。还值得注意的是,尽管在学院中评估的种子批次相对较少,但一家商业种子增强公司可能会通过特定的方法常规处理来自同一物种的数千个种子。本文提供了有关种子增强技术发展的见识。

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