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- 저자 : 金碩均 ( Kim Seong Kyun ) (검색결과 2 건)
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생균제(生菌劑) 미생물비료(微生物肥料)가 알타리무의 수량(收量)에 미치는 영향(影響)
金炅濟 ( Kim Kyung Je ),金碩均 ( Kim Seong Kyun ) 한국유기농업학회 1998 韓國有機農業學會誌 Vol.6 No.2
The result of application of the organic manure obtained from livestocks fed with BLCS in the altari radish under structure were as follow. The no. of leaves. leaf length. root length. root width. and total weight of altari radish treated with dong of fowl(BLCS) were the highest in any other treatment. and cattle dropping (BLCS) was higher. also. The contents of total N. P<sub>2</sub>0<sub>5</sub>. K<sub>2</sub>O. CaO. MgO. and sugar content in the altari radish treated with dong of fowl(BLCS) were the highest. and the second was cattle dropping (BLCS). The contents of OM. P<sub>2</sub>O<sub>5</sub>. K. Ca. Mg. and CEC of soil treated with microorganism were the highest in the cattle dropping(BLCS) in any other plots. however. In general. effect of cattle manure fed with BLCS on the altari radish yield and microbial activity were higher than cattle manure did not feed BLCS.
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微生物 有機質肥料의 施用이 토마토의 收量과 土壤環境에 미치는 影響
金炅濟,金碩均 東國大學校 1999 東國論叢 Vol.38 No.-
몇가지 土壤微生物劑 處理가 토마토의 收量과 土壤의 化學成分, 그리고 微生物相에 미치는 影響을 調査하였다. 모둔 微生物劑 處理區에서 無處理에 비하여 收量이 增加하는 傾向이 있었고, 특히 MPK+Compost 處理區가 가장 높았다. 土壤의 化學成分에서는 Tomi 處理區에서 K와 Mg의 含量이 높았으나, 다른 處理區에서는 差異가 없었다. 土壤의 微生物相을 調査한 結果, 總細菌數에서는 Tomi 處理區가 가장 높았고 Husk+Palma 및 MPK+Husk+Palma 處理區에서도 높게 나타났다. Bacillus는 MPK+Husk+Palma 處理區가 가장 높았고 Husk=Palma와 Tomi 處理區에서도 몹시 增加되었다. Actionmycetes와 fungi에서도 tomi 處理區가 매우 增加하였으나, 다른 處理區 間에는 差異가 없었고, pseudomonas에서도 却 處理間에 差異가 없었다. This study was carried out to investigate the effect of microbial fertilizers on yields of tomato. Six microbial fertilizers, MPK+Husk+Palma, Husk+Palma, MPK+Compost, Compost, Bio livestock cattle system (BLCS) cattle dropping, and Tomi, were used. All of the microbial fertilizers were tend to increase yields of tomato, especially MPK+Compost treatment was most effective. In a chemical components of soil, concentrations of K, Mg were increased with Tomi treatment, however, the other concentrations of soil chemical components were not different. In a microbial floras of soil, Tomi, Husk+Palma, and MPK+Husk+Palma treated plots increased in numbers of total bacteria and bacillus. Tomi treated plot increased in numbers of actinornycetes and fungi, also. The other microbial floras of soil were not different, however. The microbial fertilizers may affect the useful microbial floras, therefore, it would be increase yeld of tomato treated with them.
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