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      산성화된 산림토양에 석회 , 황산약토 및 복합비료 시비가 토양의 화학적 성질에 미치는 영향 = Effects of Lime , Magnesium Sulfate , and Compound Fertilizers on Soil Chemical Preperties of Acidified Forest Soils

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      https://www.riss.kr/link?id=A3345506

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      The effects of CaO, CaO+MgSO₄, and CaO+MgSO₄+compound fertilizers(NPK) on soil chemical properties of acidified forest soils were studied in Quercus spp. and Panes rigida stands in Mt. Namsan and Mt. Surak in urban areas, and Kwangnung in a mountain area. The soil samples were collected in November 1995 after every year fertilization from November 1991 through April 1995. The fertilizations affected soil chemical properties. Soil pH increased after fertilizations compared with control. However, the effect was different between the stand types and the areas. Organic matter and total nitrogen content were not changed, while exchangable rations such as calcium and magnesium increased after fertilizations. However, these ration concentrations after fertilizer treatments were lower in P. rigida than in Quercus spp. stands. These rations also showed increased leaching characteristics more in the urban area than in the mountain area.
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      The effects of CaO, CaO+MgSO₄, and CaO+MgSO₄+compound fertilizers(NPK) on soil chemical properties of acidified forest soils were studied in Quercus spp. and Panes rigida stands in Mt. Namsan and Mt. Surak in urban areas, and Kwangnung in a mounta...

      The effects of CaO, CaO+MgSO₄, and CaO+MgSO₄+compound fertilizers(NPK) on soil chemical properties of acidified forest soils were studied in Quercus spp. and Panes rigida stands in Mt. Namsan and Mt. Surak in urban areas, and Kwangnung in a mountain area. The soil samples were collected in November 1995 after every year fertilization from November 1991 through April 1995. The fertilizations affected soil chemical properties. Soil pH increased after fertilizations compared with control. However, the effect was different between the stand types and the areas. Organic matter and total nitrogen content were not changed, while exchangable rations such as calcium and magnesium increased after fertilizations. However, these ration concentrations after fertilizer treatments were lower in P. rigida than in Quercus spp. stands. These rations also showed increased leaching characteristics more in the urban area than in the mountain area.

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