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    收穫後 農耕地土壤의 pH와 有機物, 有校燐酸의 殘溜量 비교 = A Comparison of Soil pH, Residual Organic Matter and Available Phosphorus in Arable Land after Harvest

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    https://www.riss.kr/link?id=A2050149

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    As a nonpoint source, arable land is a pool of pollutants for water pollution. Particularly, organic matter and inorganic phosphate in arable land soil are important nutrients for crop plants growing, while they are potential pollutants to hydro-ecosystem. This was conducted to compare residual content of organic matter and available phosphate in soil of upland, plastic house, and rice paddy as a potential source of water pollution. The pH values of upland, plastic house, and rice paddy soil were 5.6, 5.4, and 6.0 respectively. The highest content of organic matter was 43.1g/kg in plastic house and followed by upland 30.5h/kg, the lowest was 22.3g/kg in rice paddy soil. Available phosphate exhibited the highest content in plastic house, 911mg/kg, and followed by upland soil, 555mg/kg, the lowest was 99mg/kg in rice paddy.
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    As a nonpoint source, arable land is a pool of pollutants for water pollution. Particularly, organic matter and inorganic phosphate in arable land soil are important nutrients for crop plants growing, while they are potential pollutants to hydro-ecosy...

    As a nonpoint source, arable land is a pool of pollutants for water pollution. Particularly, organic matter and inorganic phosphate in arable land soil are important nutrients for crop plants growing, while they are potential pollutants to hydro-ecosystem. This was conducted to compare residual content of organic matter and available phosphate in soil of upland, plastic house, and rice paddy as a potential source of water pollution. The pH values of upland, plastic house, and rice paddy soil were 5.6, 5.4, and 6.0 respectively. The highest content of organic matter was 43.1g/kg in plastic house and followed by upland 30.5h/kg, the lowest was 22.3g/kg in rice paddy soil. Available phosphate exhibited the highest content in plastic house, 911mg/kg, and followed by upland soil, 555mg/kg, the lowest was 99mg/kg in rice paddy.

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    목차 (Table of Contents)

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    • 재료 및 방법
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    • ABSTRACT
    • 서 론
    • 재료 및 방법
    • 결과 및 고찰
    • 적 요
    • 참고문헌
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