首页> 外文会议>South Aceh International Conference on Engineering and Technology >The Effects of Arbuscular Mycorrhiza Fungi(AMF)and Organic Fertilizer on Chemical Features of Soil Planted by Sunflower {Helianthus Annum L.)on Critical Land of Iron Ore Mining
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The Effects of Arbuscular Mycorrhiza Fungi(AMF)and Organic Fertilizer on Chemical Features of Soil Planted by Sunflower {Helianthus Annum L.)on Critical Land of Iron Ore Mining

机译:丛枝菌根真菌(AMF)和有机肥对葵花{Helianthus Annum L.)对土壤化学特征的影响 - 铁矿石挖掘危险土地

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The rate of land degradation is increasingly widespread and alarming,where the land becomes critical land.The transfer of forest into the iron ore mining area in Lhoong Subdistrict causes drying of river water.For that,it is needed a solution for the conservation of the land with the right and useful plants.This study aims to determine the effect of Arbuscular Mycorrhiza Fungi(AMF)and organic fertilizer on soil chemical properties planted with sunflower(Helianthus annuus L.)on critical land of iron ore mine in Lhoong,Aceh Besar.The soil sample was taken from Lhoong area,Aceh Besar District with a depth of 0-20 cm.The study was arranged according to a randomized block design of 2x3 factorial patterns with 4 replications.The first factor,AMF with 2 types,those are without Mycorrhiza and Mixed Mycorrhiza as much as 10 g each polybag.The second factor is organic fertilizer with 3 types those are Without Fertilizer,Manure,and Guano respectively as many as 30 tons each hectare area equivalent to 150 g/polybag.The results of the observations were tested by the variance analysis at a = 5%.The results of soil chemistry research showed that the provision of AMF had no significant effect on pH of H2O,C-organic,N-total,P-available and CEC of soil.Organic fertilizer has a very significant effect on pH of H2O,C-organic and N-total soil.
机译:土地退化率越来越普遍普遍和震惊,土地成为关键的土地。森林转移到洛洪等山区铁矿石矿区的转移导致河水的干燥。如此,需要一种保护的解决方案土地与右侧和有用的植物。本研究旨在确定丛枝菌根真菌(AMF)和有机肥对陆路(Helianthus Annuus L.)在Lhoong,Aceh Besar的铁矿石矿山危险土地上种植的土壤化学物质。土壤样品采用Lhoong地区,Aceh Besar区,深度为0-20厘米。根据具有4种复制的2x3因子模式的随机块设计,第一个因子,amf,2种类型没有菌根和混合菌根,每颗胚菌多达10克。第二个因素是有机肥,其中3种型没有肥料,粪便和鸟粪,每公顷的地区每公顷相当于30吨。 T至150 g / polybag。通过α= 5%的方差分析测试了观察结果。土壤化学研究结果表明,amf的提供对H2O,C-Informan,N的pH没有显着影响 - 土壤,可用的土壤和CEC。有机肥具有对H 2 O,C-有机和N-总土壤的pH具有非常显着的影响。

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