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Promoting seedling stress resistance through nursery techniques in China

机译:通过育苗技术提高幼苗的抗逆性

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Plantation forestry is one of the most important approaches to restoring forest cover in China. Of the remaining sites suitable for afforestation in China, 52 % are considered harsh and only 13 % considered good, which indicates that successfully establishing a plantation in the future will become more and more difficult. Seedling quality in terms of morphology, physiology, and viability is a critical aspect for successful plantation establishment. Due to a large area in need of afforestation, and because of its diverse harsh sites, many studies have focused on nursery techniques of promoting seedling stress resistance, including inoculating ectomycorrhizal fungi, applying plant growth regulators, use of fall fertilization, induced water stresses, or a combined use of these methods. Most of relevant results of this research have been published in Chinese, and are unknown to researchers from other countries. Moreover, no comprehensive review of stress resistance research in forest tree seedlings in China has been completed. Therefore, this review intends to provide a concise synthesis of literature related to plant manipulation techniques that offer seedling stress resistance in Chinese nurseries, discuss potential shortcomings of these studies, and define priorities for future seedling stress resistance research. With this paper we hope to enhance communication about nursery and plantation seedling culture among researchers from China and other countries.
机译:人工林是恢复森林覆盖率最重要的方法之一。在中国剩余的适合造林的地点中,有52%被认为是苛刻的,只有13%被认为是良好的,这表明将来成功建立人工林将变得越来越困难。就形态,生理和生存能力而言,幼苗质量是成功建立人工林的关键方面。由于需要植树造林的大面积地区,并且由于其恶劣的地理位置多样,许多研究都集中在提高苗木抗逆性的苗圃技术上,包括接种外生菌根真菌,应用植物生长调节剂,利用秋季施肥,诱导水分胁迫,或这些方法的组合使用。这项研究的大多数相关结果已用中文发表,其他国家的研究人员则未知。此外,中国林木幼苗抗逆性研究尚未完成综述。因此,本综述旨在提供与植物操纵技术相关的文献的简要概述,这些技术可为中国苗圃提供抗幼苗胁迫能力,探讨这些研究的潜在缺陷,并确定未来抗幼苗胁迫能力研究的重点。通过本文,我们希望加强中外研究人员之间关于苗圃和人工林育苗文化的交流。

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