Veti Nur Aisyah, M. Nurcholis, Djoko Mulyanto
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摘要

在Banjarnegara的Pagedongan村,岩层作为母质影响了形成的土壤的性质。本研究的目的是根据美国农业部土壤分类、国家土壤分类和世界土壤参考基地确定土壤形态和土壤分类。本研究采用以辉石安山岩为母质,以Peniron组地层为研究对象,确定观测点的调查方法,在野外观测土壤形态、土壤理化特征,并进行室内分析,包括土壤质地、容重、有机碳、土壤pH H2O和KCl、交换阳离子K、Ca、Mg、Na、CEC和碱饱和度等。结果表明,以辉石安山岩为母质发育的盆铁组土壤具有毡状表层和泥质内层的诊断层位。结果表明:美国农业部土壤分类标准为典型古腐殖型等温型土壤,美国国家土壤分类标准为灰质型中毒性土壤,世界土壤参考标准为壤土型突发性土型土壤。
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MORFOLOGI DAN KLASIFIKASI TANAH PADA FORMASI PENIRON BAHAN INDUK ANDESIT PIROKSEN DI DESA PAGEDONGAN, BANJARNEGARA
Rock formation as parent material in Pagedongan Village, Banjarnegara influences the properties of the soil formed. The purpose of this research was to identify the morphology and soil classification according to USDA Taxonomy, National Soil Classifications, and World Reference Base for Soils. This study uses a survey method by determining observation points based on a rock formation, namely Peniron Formation, with pyroxene andesite as parent material for observing soil morphology, physical and chemical of soil in the field, then laboratory analysis included soil texture, bulk density, organic C, soil pH H2O and KCl, exchangeable cations K, Ca, Mg, Na, CEC, and base saturation. The results showed that the soil developed in the Peniron Formation with pyroxene andesite as parent material had morphology with diagnostic horizons of umbric epipedon and argillic endopedon. The results showed that the soil classification according to USDA Taxonomy is Typic Palehumults Isohyperthermic, according to National Soil Classifications is Podsolics Ortoxic, and according to World Reference Base for Soils is Loamic Abruptic Alfisols.
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