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      저자 : 염창호 ( Chang Ho Yeum ) (검색결과 2 건)
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      • 고형돈분 처리 시 소나무의 생장반응 및 질소,인산 흡수에 관한 연구

        염창호 ( Chang Ho Yeum ),임유미 ( Yu Mi Lim ),채승민 ( Seung Min Chae ),이창헌 ( Chang Heon Lee ) 전북대학교 농업과학기술연구소 2010 농업생명과학연구 Vol.41 No.2

        Pinus densiflora Siebold & Zucc. was treated with dried swine excrement at various concentration levels, and their growth reactions and the contents of total kjeldahl nitrogen and total phosphoric acid were analyzed. The results are as follows; 1. When the plants were treated with 0.25% of dried swine excrement, the germination rate of specie was higher than that of the control. However, it showed a tendency to decrease when the treatment concentration got higher than 0.25%. 2. The growth rate of specie was highest when it was treated with 0.25% of dried swine excrement. It tended to decrease with higher treatment concentration than 0.25%. 3. The contents of total kjeldahl nitrogen and total phosphoric acid of Pinus densiflora got higher when the concentration of dried swine excrement increased. The content of total kjeldahl nitrogen got higher in the above ground parts of the plants and the content of total phosphoric acid got higher in the roots. 4. The contents of total kjeldahl nitrogen and total phosphoric acid in the soil were measured before and after the growth experiment of Pinus densiflora treated with dried swine excrement. The contents of nitrogen and phosphoric acid significantly decreased after the experiment. In conclusion, the contents of total kjeldahl nitrogen and total phosphoric acid accumulated in the plants increased as the concentration level of dried swine excrement got higher. The seed germination and plant growth rates were best at 0.25% of dried swine excrement. The treatment of dried swine excrement may bring high effects on increasing the plant growth rate but could damage the plants with higher concentration than they need. Different optimal concentration levels of dried swine excrement for different plants should be found before it is used as fertilizer.

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        고형돈분 처리에 따른 벚나무의 유묘생장 및 질소,인산 흡수에 관한 연구

        염창호 ( Chang Ho Yeum ),임유미 ( You Mi Lim ),채승민 ( Seung Min Chae ),이창헌 ( Chang Heon Lee ) 한국환경복원기술학회(구 한국환경복원녹화기술학회) 2011 한국환경복원기술학회지 Vol.14 No.6

        Prunus serrulata var. serrulata f. spontanea (E. H. Wilson) C. S. Chang was treated with dried swine excrement at various concentration levels, and their growth reactions and the contents of total kjeldahl nitrogen and total phosphoric acid were analyzed. The result is as follows; 1. When the plants were treated with 0.25% of dried swine excrement, the seed germination rate of Prunus serrulata var. serrulata f. spontanea was higher than that of the control. However, it showed a tendency to decrease when the treatment concentration got higher than 0.25%. 2. The growth rate of species was highest when they were treated with 0.25% of dried swine excrement. It tended to decrease with higher treatment concentration than 0.25%. Significant difference was clear between the control and the experimental plants of Prunus serrulata var. serrulata f. spontanea. 3. The contents of nitrogen and phosphoric acid in Prunus serrulata var. serrulata f. spontanea also got higher as the concentration of dried swine excrement increased. However, the content of total kjeldahl nitrogen was highest in the leaves, and followed by the roots and stems. In contrast, the content of total phosphoric acid were highest in the roots, and followed by the leaves and stems. Therefore, stems had the lowest contents of both nitrogen and phosphoric acid. 4. The contents of total kjeldahl nitrogen and total phosphoric acid in the soil were measured before and after the growth experiment of Prunus serrulata var. serrulata f. spontanea treated with dried swine excrement. The contents of nitrogen and phosphoric acid significantly decreased after the experiment. In conclusion, the contents of total kjeldahl nitrogen and total phosphoric acid accumulated in the plants increased as the concentration level of dried swine excrement got higher. The seed germination and plant growth rates were best at 0.25% treatment of dried swine excrement. The treatment of dried swine excrement may bring high effects on increasing the plant growth rate but could damage the plants with higher concentration than they need. Different optimal concentration levels of dried swine excrement for different plants should be found before it is used as fertilizer.

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