1 김영현, "영농기 필지논에서의 인 (P) 농도와 산화환원전위 (Eh)의 변화 특성" 한국농공학회 52 (52): 47-52, 2010
2 길근환, "벼유기농업단지 에너지효율 및 양분수지 평가" 한국환경농학회 27 (27): 267-273, 2008
3 조재원, "관개기 시험구 논에서의 오염물질의 농도특성" 한국농공학회 48 (48): 97-106, 2006
4 Chang, S.C., "The fate of soluble phosphate applied to soils" 12 : 286-293, 1961
5 Shin, C.W., "Studies on the characteristics of phosphorus in the upland soil, 1. Composition of accumulated phosphorus forms and available phosphorus" 21 : 21-29, 1988
6 APHA, "Standard methods for the examination of water and wastewater" American Public Health Association 1992
7 Nriagu, J.O, "Stability of vivianite and ion‐pair formation in the system Fe3(PO4)2‐H3PO4‐H2O" 36 : 459-479, 1972
8 Miller, R.W., "Soils : An introduction to soils and plant growth" Prentice‐Hall 1990
9 Zhang, H., "Phosphorus fraction, In Methods for P Analysis, Southern Cooperative Series Bulletin No. #396, SERAIEG" North Carolina State University 2004
10 Chung, Y.K, "Phosphorus availability of water‐logged soil" 10 : 55-60, 1977
1 김영현, "영농기 필지논에서의 인 (P) 농도와 산화환원전위 (Eh)의 변화 특성" 한국농공학회 52 (52): 47-52, 2010
2 길근환, "벼유기농업단지 에너지효율 및 양분수지 평가" 한국환경농학회 27 (27): 267-273, 2008
3 조재원, "관개기 시험구 논에서의 오염물질의 농도특성" 한국농공학회 48 (48): 97-106, 2006
4 Chang, S.C., "The fate of soluble phosphate applied to soils" 12 : 286-293, 1961
5 Shin, C.W., "Studies on the characteristics of phosphorus in the upland soil, 1. Composition of accumulated phosphorus forms and available phosphorus" 21 : 21-29, 1988
6 APHA, "Standard methods for the examination of water and wastewater" American Public Health Association 1992
7 Nriagu, J.O, "Stability of vivianite and ion‐pair formation in the system Fe3(PO4)2‐H3PO4‐H2O" 36 : 459-479, 1972
8 Miller, R.W., "Soils : An introduction to soils and plant growth" Prentice‐Hall 1990
9 Zhang, H., "Phosphorus fraction, In Methods for P Analysis, Southern Cooperative Series Bulletin No. #396, SERAIEG" North Carolina State University 2004
10 Chung, Y.K, "Phosphorus availability of water‐logged soil" 10 : 55-60, 1977
11 NIAST, "Methods of soil chemical analysis" National Institute of Agricultural Science and Technology 1998
12 Jin, S.A., "Growth of plant and changes in phosphorus availability in phosphorus accumulated soils" 32 : 261-267, 1999
13 Ehrlich, H.L., "Geomicobiology" Marcel Dekker Inc. 1990
14 Jun, S.H., "Forms and mobility of sediment phosphorus in lake Soyang" 22 : 261-271, 1989
15 MAF, "Environmental friendly agriculture improvement plan for 5 years (‘06~’10)" Ministry of Agriculture and Forestry 2006
16 Seo, C.S, "Development of CREAMS‐PADDY models for simulating pollutants from irrigated paddies" 44 : 146-156, 2002
17 Jung, B.G., "Dependence of 0.01 M CaCl2 soluble phosphorus upon extractable P and P sorptivity in paddy soil" 36 : 384-390, 2003
18 Hong, S.K., "Characteristics of pollutant loading into streams from flooded paddies" 31 : 92-102, 1998
19 Kim, P.J., "Characteristics of phosphorus accumulation in organic farming fields" 33 : 234-241, 2000
20 Isobe, K., "Characteristics as fertilizer of feces of aigamo ducks for rice plant (Oryza sativa L.)" 8 : 203-208, 2005
21 Koski‐Vahala, J., "Assessment of the risk of phosphorus loading due to resuspended sediment" 30 : 960-996, 2001
22 Lee, Y.S., "A study on release characteristics of sediment and its impacts on water quality in Daecheong dam reservoir" 9 : 99-107, 2000
23 RDA, "A counter measuring studies to the changes of agricultural environment, Monitoring of the soil fertility in major agricultural land" Rural Development Administration 2007