논문 상세보기

Changes of Soil Microbe communities in Plastic Film House by Green Manure Crops Cultivation KCI 등재

  • 언어ENG
  • URLhttps://db.koreascholar.com/Article/Detail/314794
서비스가 종료되어 열람이 제한될 수 있습니다.
한국유기농업학회지 (Korea Journal of Organic Agriculture)
한국유기농업학회 (Korea Association Of Organic Agriculture)
초록

To improve the soil condition for no-tillage organic pepper cultivation, four different green manure crops were cultivated. Ferlilizer supply was depended on the biomass of the cultivated green manure crops, nitrogen supplies were 314kg in Vicia villosa and 341kg ha-1 in Vicia angustifolia. In the microbial community analyzed by phosph이ipid fatty acid (PLFA) method, soil microbe populations were different among the green manure crops and fungi group was increased at Vicia angustifloia and Vicia villosa. The bi이ogical ratio indexes of fatty acids in the soils, the ratio of Gramnegative to Gram-positive bacterial PLFA and Ratio of aerobes to anaerobes were high at Vicia hirsute and Vicia tetrasperma suggesting the enrich of the aerobic conditions. The ratio of saturated to unsaturated fatty acids increased at Vicia angustifloia and Vicia villosa suggesting anaerobic conditions. Abundant biomass and uncomposted organic matter, the ratio of fungi to bacteria was increased at Vicia angustifloia and Vicia villosa.

저자
  • Won, J G.(Youngyang Pepper Experiment Station GBARES. 579-3 Daecheonri, Youngyang, 764-803, Korea)
  • Jang, K.S.(Youngyang Pepper Experiment Station GBARES. 579-3 Daecheonri, Youngyang, 764-803, Korea)
  • Hwang, J.E.(Youngyang Pepper Experiment Station GBARES. 579-3 Daecheonri, Youngyang, 764-803, Korea)
  • Kwon O.H.(Youngyang Pepper Experiment Station GBARES. 579-3 Daecheonri, Youngyang, 764-803, Korea)
  • Jeon, S.G.(Youngyang Pepper Experiment Station GBARES. 579-3 Daecheonri, Youngyang, 764-803, Korea)
  • Park, S G.(Youngyang Pepper Experiment Station GBARES. 579-3 Daecheonri, Youngyang, 764-803, Korea)
  • Park, K.C.(Ginseng Research Division, RDA. 80 Bisanri, eumseong, Chungbuk, 369-873, Korea)
  • Suh, Y.J.(Gyeongbuk Agricultural Research & Extension Services, Daegu, 702-708, Korea)