番石榴茎切片的性能--非商业性成功繁殖方法综述

C. J. Joshi
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引用次数: 0

摘要

许多研究人员都证明,番石榴(Psidium guajava L.)可以通过茎切法成功繁殖。虽然番石榴很难生根,但使用生根诱导激素(IBA、IAA、NAA 等)、恢复活力技术(杀菌剂、伤口处理、疏枝等)、生长支持介质(淤泥、沙土、椰糠、蛭石等)和适当的保护环境(雾屋、聚温室、网室等)都能促进扦插生根。尽管扦插繁殖是最简单、最方便的无性繁殖方法,可在短期内再生出大量种植材料,但楔形嫁接仍被推荐为番石榴的商业繁殖方法。这种情况提出了茎切作为可行繁殖方法的潜力问题。这可能是由于番石榴茎切繁殖背后的复杂机制导致结果不一致且差异很大。此外,茎切繁殖涉及多个因素,这些因素对茎切繁殖的性能有综合影响,即切口准备、预处理、切口季节、切口类型、化学处理、生长环境、生长介质和容器。因此,要将番石榴茎插作为可行的商业繁殖技术,对这些因素进行深入研究至关重要。本文简要讨论了迄今为止与影响番石榴茎切法性能的各种因素有关的研究,同时指出了未来可能的研究方向,以获得更令人鼓舞和一致的结果。
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Performance of Guava Stem Cutting – A Review of Successful Though Non-commercial Propagation Method
Propagation of Guava (Psidium guajava L.) can be successfully performed by stem cutting as demonstrated by many researchers time to time. Though, guava is found hard to root, use of root inducing hormone (IBA, IAA, NAA etc.), rejuvenating techniques (fungicide, wounding, Girdling etc.), growth supporting media (silt, Sand, cocopeat, vermicompost, vermiculite etc.) and suitable protected environment (mist house, polyhouse, net house etc.) ease the rooting of cutting. Despite of the fact that propagation through cutting is easiest and most convenient method of vegetative propagation to regenerate numerous planting materials in short duration, wedge grafting is still recommended as commercial method of propagation in Guava. This scenario raises the question on potentiality of stem cutting as viable propagation method. This might be due to complex mechanism behind guava stem cutting propagation which results in inconsistent and highly variable results. Moreover, propagation involves multiple factors which have combined influence on the performance of stem cutting viz., preparation of cutting, preconditioning treatment, season of taking cutting, type of cutting, chemical treatment, growing environment, growing media and container. Therefore, to establish guava stem cutting as viable and commercial propagation technique, in depth study of these factors is vital. This paper briefly discusses the research so far has done with relevance to various factors influencing performance of guava stem cutting while indicating possible future research directions for more encouraging and consistent results.
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