Evaluasi Pertumbuhan Bibit Aren (Arenga pinnata (Wurmb) Merr.) Terhadap Pemupukan P dan Inokulasi Fungi Mikoriza Arbuskula

M. Paulina, I. Mansur, A. Junaedi
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Abstract

       Aren is one type of plant that has the potential to be developed because all parts of the plant can be used. Currently, the cultivation of sugar palm is still traditional and far less than other types of Arecaceae family. The research was conducted from August to October 2016 at the nursery site, and analysis of spore types and AMF colonization in the SEAMEO BIOTROP Bogor Silviculture Laboratory. This research was conducted on palm seedlings that were 19 months old. This study used a completely randomized design with 2 factors, namely P fertilization and AMF inoculation. The P fertilization factor has 2 levels, namely without P fertilization and given P fertilization. The inoculation factor for AMF consisted of 3 levels, namely without AMF inoculation, indigenous AMF, and my cover AMF. The results showed that P fertilization treatment and AMF inoculation did not significantly affect all observed variables, namely plants, number of leaf midribs, length of rachis, plant diameter, SPAD value, number of spores, and root colonization. There was 3 genus of spores, namely Acaulospora sp., Gigaspora sp., and Glomus sp., as well as 2 types of root infections in the form of hyphae and vesicles.
评估糖棕榈(Arenga pinnata, Wurmb)幼苗的生长情况。用于菌根菌培养和接种
Aren是一种有开发潜力的植物,因为它的所有部分都可以被利用。目前,糖棕榈的种植仍然是传统的,远远少于其他类型的槟榔科植物。研究于2016年8月至10月在苗圃进行,并在SEAMEO BIOTROP茂物造林实验室对孢子类型和AMF定植进行了分析。这项研究是在19个月大的棕榈幼苗上进行的。本研究采用2因素全随机设计,即施磷肥和接种AMF。施磷肥因子有两个水平,即不施磷肥和施磷肥。AMF的接种因子包括3个水平,即未接种AMF、本地AMF和我的覆盖AMF。结果表明,施磷处理和接种AMF对植株、叶中脉数、轴长、株径、SPAD值、孢子数和根定殖均无显著影响。孢子有Acaulospora sp.、Gigaspora sp.和Glomus sp. 3个属,菌丝和囊泡形式的根感染有2种。
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