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http://dx.doi.org/10.5142/JGR.2004.28.1.052

Incompatible Element Characteristics of Ginsengs Growing by Different Soils of the Keumsan  

Song, Suck-Hwan (Department of the Environmental Engineering, Joongbu University)
Min, Ell-Sik (Department of the Environment and Forest Product, Joongbu University)
Publication Information
Journal of Ginseng Research / v.28, no.1, 2004 , pp. 52-59 More about this Journal
Abstract
The ginsengs showing different ages(1, 2 and 3 years) are collected from the granite, phyllite and shale area. Keumsan and are analysed for the incompatible elements with the soils. In the soils, granite areas are high in the most of element and shale areas show high correlations among the element pairs. In the comparisons for differences of ginseng ages within the same area, granite and phyllite areas are high in the 2 year ginsengs while the shale ares are high in the 3 year ginsengs in the most of the elements. Positive correlations are dominant regardless area differences and high correlations are shown in the 3 year ginsengs, indicating the absorptions of the eligible element content with increasing ages. In the comparisons of area for the ginsengs of the same age, Rb, Cs and Ga, in the case of the granite area, are low in the 2 year ginsengs while most of elements are low in the 3 year ginsengs. High element contents are shown in the shale area, which are compared with granite and phyllite areas, indicating differences of dominant minerals. In the comparisons of the parts, upper parts are mainly high. High correlations are shown in the 3 year ginsengs, suggesting the similarities of absorption degrees within root as well as upper parts with the age. In the comparisons between soils and ginsengs, elements except Ba and Sr, are mainly high in the soils.
Keywords
Keumsan; Granite; Phyllite; Shale; Ginseng; Incompatible element;
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