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Aspects of Nutrient Transportation after Animal Manure Application in Jeju Field Soil
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 Title & Authors
Aspects of Nutrient Transportation after Animal Manure Application in Jeju Field Soil
Hwang, Ki-Sung; Ho, Qyo-Soon; Yoo, Bong-Sik;
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Recently, saw dust manure has been widely used in horticultural crop production in Korea. Animal manure is produced by decaying of livestock manure mixed with saw dust, and contained higher nutrients and ion concentration than the traditional manure made from rice straw and grasses. Therefore, a continuous application of the animal manure disregarding to soil characteristics may be ruined the soil conditions. This study was conducted to investigate the transportation of the nitrogen, phosphate, potassium, and ion concentration of the animal manure applied to volcanic and non-volcanic soils in Jeju islana Soil chemical analysis were done before and 180 days after animal manure application. After animal manure application, -N moved up to 90cm in volcanic soil, while the movement was limited to 60 cm in non-volcanic soil. Phosphate concentration was high up to 30 cm, where crop roots are mainly distributed, in volcanic soil, however, the phosphate moved up to 60 cm in volcanic soil. Exchangeable potassium moved up to 90 cm in volcanic soil, but the movement wns limited up to 60 cm in non-volcanic soil. For both soil types, no significant different in ion concentrations was observed up to 60 cm in soil depth, though the concentrations were higher in volcanic ash soils as compared to the non-volcanic ash soils.
compost livestock manure;volcanic ash soil;non-volcanic ash soil;availability rate;soil nutrient;
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유인수 (1987) 다수확 재배를 위한 밭토양 관리와 시비,가리연구회,P.22-75

Ryu, I. S. (1975) Comparison between phosphorus absorption coefficient and Langmuir adsorption maximum, J.Korean Soc. Soil Sci. Fert. 8(1), 1-7

Ryu, I. S. and Lim, S. J. (999) Effects of animal manure application on grops yield and reducing the application rate of fertilizer, J. Korean Soc. Soil Sci. Fert. 32(3),232-238

嶋田永生 (1993) 하우스 토양의 특성과 개량 p.114-150

Yun, S. G, Jung, K. Y. and Yoo, S. H. (1993) Transformation of nitrogen derivd from solid piggery manure in soil under aerobic or anaerobic incubation condition, J. Korean Soc. Soil Sci. Fert. 26(2), 121-126

이춘수 (1999) 흙살리기와 시비기술, 농협자재부, P.245-341

김이열 (2000) 실용토양학, 삼부문화 P.130-140

Haider, K, Frederick, L. R. and Flaig, W. (1965) Plant and soil 21, 49-64

Kenwarthy, A. L. (1950) Interpreting the balance of nutrient element in leave of fruit tees, I. Plant analysis and fertilized problems, Amer. Institute of Biological Science : 28-43

Kim, J. G. and Jung, K. Y. (2000) Amount of maximum compost application on the long-term application with different organic material sources in upland soil, J.Korean Soc. Soil Sci. Fert. 33(3), 182-192

Kim, H. O. (1974) A study on the fixed forms and adsorption of phosphorus in citrus orchard soil derived from volcanic ash,Agri. Chem. Biotechnol. 17(3), 48-55

Menzel. (1991) The environmental challenge, SoiI Science 151(1), 24-29 crossref(new window)

농촌진흥청 농업기술 연구소 (1988) 토양화학분석법, p.15-204

Oh, W. K., Ryu, I. S. and An, Y. W. (1973) Soil Conservation and Maintenance of Fertility on Upland Soils, J. Korean Soc. Soil Sci. Fert. 6(1) 53-60

Shin, Y. H. and Kim, H. O. (1975) Characteristics of volcanic ash soils, J. Korean Soc. Soil Sci. Fert. 8(3),113-119

柳井利夫 (1992) 農業技術大系, 土壞管理の賣際 (農支協),P.15-17

萩原種雄, 野田與太郎 (1942) 上場火田土壤の改良に關する硏究, 日本土讓肥料學誌 16(3), 146-158