무배수구 용기재배 시 배수층 조성에 따른 싱고니움의 생장

다국어 초록 (Multilingual Abstract)

This experiment reviewed the growth reaction of Syngonium podophyllum when grown in a drainless container that is fitted with a drainage layer, 1 cm to 3 ㎝ in depth, using charcoal, germanium stone and hydro ball as substrate additions. According to the results, the use of geranium-gravel is most effective in fostering growth related to the plant height, number of leaves and fresh weight shoot. The corresponding results according to the depth of the drainage layer indicate that a drainage layer of 3 ㎝ in depth is most effective for the growth of plant height and the number of leaves. There was no significant difference when the drainage layer was 1 cm deep, save in the case of root growth, wherein it displayed the most comparative growth among the control group, indicating a significant difference to when only drainless containers were used. There was no difference in the amount of chlorophyll. The root activity factor, however, was 2.9 ㎎?g<SUP>-1</SUP>?h<SUP>-1</SUP> which was 70% higher than under the charcoal treatment, which displayed the lowest result among the study group. The quantity of inorganic components, T-N and K, of the Syngonium podophyllum varied according the material of the drainage layer while the quantity of T-N, K and Ca varied according the depth of drainage-layer.

참고문헌 (Reference)

1 정병엽, "복분자 비가림 하우스 토양 중 염류집적 요인과 물리적 제염효과" 한국토양비료학회 41 (41): 310-317, 2008

2 이경호, "게르마늄의 중금속(납, 구리, 카드뮴)에 대한 흡착특성" 한국환경분석학회 8 (8): 213-218, 2005

3 김은정, "게르마늄을 첨가하여 재배한 콩나물에서 영양성분의 함량 분석" 한국식품영양과학회 31 (31): 1150-1154, 2002

4 김은정, "게르마늄 처리가 콩나물의 생장에 미치는 영향" 한국식품영양과학회 31 (31): 615-620, 2002

5 Reed, D.W., "Water, media, and nutrition for greenhouse crops" Ball Publishing 110-111, 1996

6 Hanger, B.C., "The movement of calcium in plants" 10 : 171-193, 1979

7 Balse, S.F., "The kitchen garden: Raised beds and electric chairs" 73 : 34-39, 1995

8 Harazono, Y., "The effects on an indoor thermal environment with simple hydroponic cultivation on rooftops" 46 : 9-17, 1990

9 Hwang, S.W., "The effect of several desalting methods applied to vinyl house soils. Rural Development Administration" 35 : 276-280, 1993

10 Kim, J.G., "Subsoil inverting depth and fertilizer needs in salt accumulated soils of plastic film house. Rural Development Administration J" 38 : 370-375, 1996

11 Ishino, H., "Study on the evaporation from foliage plant in indoor environment" 457 : 9-17, 1994

12 Shin, W.K., "Studies on the patterns of plastic film house, growing conditions, and diseases and pest occurrences of horticultural crops in southern part of Korea: 8. Excessive salt accumulation and salt elimination by watering in the plastic film house soils" 22 : 209-222, 1998

13 Nishina, H., "Simulation model of thermal environment and comfort in rooms where plants are placed" 33 : 277-284, 1995

14 Mengel, K., "Principles of plant nutrition" International Potash Institute 455-473, 1987

15 Drew, M.C., "Plant injury and adaptation to oxygen deficiency in the root environment: A review" 75 : 179-199, 1983

16 AOAC, "Official Methods of Analysis (II) 16 edition" Arlington 1995

17 Adams, P., "Moves on humidity" 133 : HN9-11, 1990

18 Marschner, H., "Mineral nutrition of higher plants (2nd.)" Academic press 18-78, 1995

19 Wolverton, B.C., "Interior landscape plant for indoor air pollution abatement" NASA 1-22, 1989

20 Kang, J.G., "Interaction between temperature and fertilizer concentration affect growth of subirrigated petunias" 24 : 753-765, 2001

21 Son, K.C., "Horticultural therapy" Sewon 97-101, 1997

22 Korean Floricultural Research Society (KFRS), "Floricultural and Horticultural Treatises" Moon Woon Dang Press 264-, 2002

23 Hwang, J.B., "Extraction of minerals and elimination effect of heavy metals in water by Nowhado quartz porphyry" 9 : 210-219, 1996

24 Jung, Y.S., "Effect of watering on eluviation of soluble salts in the vinyl house soils" 8 : 53-60, 1975

25 Kang, B.K., "Effect of soil conditioners applied on continuous cropping field" 332-338, 2000

26 Park. E.H., "Effect of soil amend ment application on green pepper continuously grown soil in vinyl house. Rural Development Administration" 29 : 160-165, 1987

27 Cho, I.H., "Effect of relative humidity on calcium uptake of tomato plant" 30 : 178-183, 1997

28 Kim, L. Y., "Effect of physical improvement practices at plastic film house soil" 34 : 226-233, 2001

29 Asaumi, H., "Effect of ornamental foliage plants on visual fatigue caused by visual display terminal operation" 7 : 138-143, 1995

30 Lee, H.M., "Effect of organic germanium on metallothionein induction in liver and kidney of cadmium and mercury intoxicated rats" 35 : 99-110, 1991

31 Nukaya, A., "Effect of K/Ca ratio in the nutrient solution on incidences of bloowm0end rot and gold specks of tomato fruit grown in rockwool" 396 : 123-130, 1995

32 Clarkson, D.T., "Calcium transport between tissues and its distribution in the plant" 7 : 449-456, 1984

33 Barta, A.J., "Calcium localization in lettuce leaves with and without tipburn: Comparison of controlledenvironment and field-grown plants" 116 : 870-875, 1991

34 Kirkby, E.A., "Calcium as plant nutrient. Plant" 7 : 397-405, 1984

35 Yang, W.M., "Basic study on a new soilless culture: Effect of oxygen level in rhizosphere on the physioecological characteristics of tomato in aeroponics" 32 : 434-439, 1991

36 Hirata, K., "A nutrition experiment of plant" Pakuoosa 52-55, 1990