Arbuscula Mycorrhizal Fungi on The Rhizosphere Three in The Ex-Sand Mine at Cipancur-Kuningan West Java

Ika Karyaningsih, Redi, Nina Herlina, Desti Siti Alfiyah
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Abstract

Sand and stone mining activities in Kuningan Regency cause damage to soil and environmental ecosystems, so reclamation and revegetation are carried out. The purpose of this study is to determine the existence of indigenous / local Arbuscular Mycorrhizal Fungi (FMA) found in the rhizozofer stands of Sengon (Paraserianthes falcataria) and Acacia (Acacia mangium) which are revegetation plants on the land of former sand and stone mines Cipancur village, Kalimanggis district, Kuningan regency. Sampling using the composite sampling method, FMA isolation technique using the wet pour method is then continued with the centrifugation technique and root colonization observation technique using the root staining technique (staining). The temperature of the ex-mining soil ranges from 28C – 29C, the soil pH is 5.5 including acidic, the soil moisture varies between wet, medium (slightly wet) and dry (dry) but during the rainy season the soil will become wet and even flooded. The results showed that there were 5 genera, it are Acaulospora, Glomus, Gigaspora, Sclerocytis and Scutellospora. The dominant genus is Glomus. The highest spore density was found in Sengon stands with 1,157 spores per 50 grams of soil. The highest percentage of AMF infection was at the root of Sengon stands at 69% from the ex-sand mining area.
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西爪哇 Cipancur-Kuningan 前砂矿根瘤菌圈中的 Arbuscula 菌根真菌
库宁甘(Kuningan)地区的砂石开采活动对土壤和环境生态系统造成了破坏,因此需要进行复垦和重新植被。本研究的目的是确定在库宁甘地区卡利曼吉斯区西潘库尔村前沙石矿土地上的再植被植物森工(Paraserianthes falcataria)和金合欢(Acacia mangium)根瘤菌群(FMA)中是否存在本地/当地的丛枝菌根真菌。取样采用复合取样法,FMA 分离技术采用湿倒法,然后继续采用离心技术和根染色技术(染色)进行根定植观察。前矿区土壤温度在 28C-29C 之间,土壤 pH 值为 5.5(含酸性),土壤湿度在湿、中(微湿)和干(干燥)之间变化,但在雨季,土壤会变得潮湿甚至被水淹没。结果显示,土壤中有 5 个菌属,分别是 Acaulospora、Glomus、Gigaspora、Sclerocytis 和 Scutellospora。最主要的属是 Glomus。孢子密度最高的是 Sengon,每 50 克土壤中有 1 157 个孢子。前采砂区的 Sengon 树根感染 AMF 的比例最高,达到 69%。
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