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Changes of Chemical Characteristics of Soil Solution In Paddy Field from Fifty-Eight Years Fertilization Experiments
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 Title & Authors
Changes of Chemical Characteristics of Soil Solution In Paddy Field from Fifty-Eight Years Fertilization Experiments
Kim, Myung Sook; Kim, Yoo Hak; Park, Seong Jin; Lee, Chang Hoon; Yun, Sun Gang; Sonn, Yeon Kyu;
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 Abstract
The objectives of this study were to monitor the changes in soil solution nutrients and to evaluate their effect on rice uptake and yield. The changes of chemical characteristics of paddy soil solution were examined from the 58th fertilization experiment in which the continuous rice cropping experiment started in 1954 at the National Academy of Agricultural Science. The treatments were no fertilization (No fert.), inorganic fertilization (NPK), inorganic fertilizer plus rice straw compost (NPKC) and inorganic fertilizer plus silicate and lime fertilizer as a soil amendment (NPKCLS). The fertilizers were added at rates of standard fertilizer application rate in which nitrogen (N), phosphate (), potassium (), and sililcate () were applied at rates of , , , and respectively and lime was applied to neutralize soil acidity until 6.5. Average Electrical Conductivity (EC) of soil solution in NPKCLS and NPKC ranged from 1.16 to . The and levels in NPKCLS and NPKC were higher than that of the other treatments, due to high supply power of rice straw compost. The content of was higher in NPKCLS because of silicate application. The dominant ions in soil solution were , and among cations and , , and among anions in all treatments. The continuous application of inorganic fertilizers plus rice straw compost (NPKC) and silicate fertilizer (NPKCLS) led to the changes of various chemical composition in soil solutions. Also, they had a significant impact on the improvement of rice inorganic uptake and grain yield. Especially, inorganic uptake by rice in NPKC and NPKCLS significantly increased than those in NPK plot; 14~46% for T-N, 32~36% for P, 43~57% for K, and 45~77% for Si. Therefore, the combined application of inorganic fertilizers with organic compost as a soil amendment is considered as the best fertilization practice in the continuous rice cropping for the improvement of crop productivity and soil fertility.
 Keywords
Long-term experiment;Paddy soil;Soil solution;Chemical properties;
 Language
Korean
 Cited by
1.
Dynamics of Exchangeable Magnesium of Soil in Long-term Fertilization Experiment,;;;;;

한국토양비료학회지, 2015. vol.48. 6, pp.641-647 crossref(new window)
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Dynamics of Exchangeable Magnesium of Soil in Long-term Fertilization Experiment, Korean Journal of Soil Science and Fertilizer, 2015, 48, 6, 641  crossref(new windwow)
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