MICROSCOPIC IDENTIFICATION OF VESICULAR ARBUSCULAR MYCORRHIZAE (VAM) ASSOCIATED WITH ORCHID Cymbidium sp.

Gresia Eldina, I. Wirawan, M. Sritamin
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Abstract

Cymbidium sp. is one of the most popular orchid desired in public, it means high productivity is needed in its fulfillment. One of the obstacle of Cymbidium sp. orchid in order to fullfilment of productivities are the stress and orchid’s seed size which is very small. Vesicular Arbuscular Mycorrhizae is a symbiont fungus that can help absorption of nutrients in stress phase. VAM help Cymbidium sp. to maintenance and increase the productivity. This research aimed to determined VAM species and colonization in rhizospher of Cymbidium sp. orchid. This research has been conducted from November 2020 untill April 2021. Spore isolation was conducted by using wet shievings method, meanwhile VAM colonization was conducted by using roots staining techniques. The result showed there were 4 genus consisted by 6 different type of spores which has been found. There was Glomus (2 types), Dentiscutata (2 types), Acaulospora (1 type), and Gigaspora (1 type). Colonization of VAM in sample plant has been known by presence of VAM special structure, there were vesicular and internal hyphae.
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兰花(Cymbidium sp.)泡状丛枝菌根的显微鉴定。
蕙兰(Cymbidium sp.)是最受公众欢迎的兰花之一,这意味着它的实现需要很高的生产力。胁迫和兰花种子体积小是制约大蕙兰实现产量的障碍之一。水疱丛枝菌根是一种共生真菌,可以在逆境中帮助吸收养分。VAM帮助大花蕙兰维持和提高生产力。本研究旨在确定VAM在蕙兰(Cymbidium sp. orchid)根际的种类及其定殖。该研究于2020年11月至2021年4月进行。采用湿法分离孢子,采用根染色法定植VAM。结果表明,已发现的孢子有4个属,由6种不同类型的孢子组成。Glomus(2种)、Dentiscutata(2种)、Acaulospora(1种)和Gigaspora(1种)。VAM在样品植物中的定殖是通过VAM的特殊结构,即水泡和内部菌丝的存在而已知的。
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