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Asymbiotic Seed Germination of Thunia alba, a Variable Orchid in an Isolated Karst Hill of Xishuangbanna, Yunnan, China

机译:Thunia alba的炭疽种子萌发,在云南云南近岩山的一座可变兰花中的可变兰花

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Asymbiotic seed germination of Thunia alba (Lindley) H.G. Reichenbach was tested on different media in order to propagate and preserve its genetic diversity. In addition different plant hormones were used in the similar germination experiments. Results from these experiments revealed that Knudson medium (KC) had the best germination ability but Mitra and modified Murashige and Skoog (MS) also showed good responses for growth and root formation in the seedling after eight weeks. Coconut water (CW) was the most efficient for promoting germination and growth, addition of 0.046 μM and 0.46 μM Kn also induced better germination rate and formation of leaves. The seedlings after eight months were transferred and acclimatized to grow in the garden on a medium containing bark and crushed concrete blocks. Although the species is amongst the rare orchid species that can successfully propagate asexually in the wild it is demanding for substrate and climatic conditions.
机译:Thunia Alba(Lindley)的炭种子萌发(Lindley)H.G.Reichenbach在不同的介质上进行了测试,以繁殖并保持其遗传多样性。 此外,在类似的萌发实验中使用了不同的植物激素。 这些实验的结果揭示了克鲁森培养基(KC)具有最佳的萌发能力,但Mitra和改良的Murashige和Skoog(MS)也表现出八周后幼苗生长和根部形成的良好反应。 椰子水(CW)是促进萌发和生长最有效的,添加0.046μm和0.46μmkn也诱导更好的萌发率和叶片形成。 将八个月后的幼苗转移并适应在含树皮和压碎混凝土块的培养基上生长。 虽然物种是罕见的兰花种群中,可以在野外成功繁殖,但它要求底物和气候条件要求。

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