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논문 상세정보

인공배수유역에서의 TOPMODEL의 적용

Application of TOPMODEL at Artificially Drained Watershed

초록

인공배수유역의 강우유출모의를 위한 물리적 수문모형이 DEM으로 표현된 지형정보에 근거한 TOPMODEL로부터 개발되었다. 인공배수유역에서일어날 수 있는 아홉 가지 유출 발생 시나리오가 제안되었고, 또 이것을 모형의 개발을 위해 사용했다. 모형은 배수관을 통한 유출, 지하수 유출, 지표수 유출 등으로 유출과정을 나누어서 수문거동을 추적할 수 있도록 구성되어 있다. 제안된 모형은 유역의 물리적 특성을 잘 기술하고 있고 수문학적 거동에 보다 향상된 추출능력을 제공해줄 수 있을 것이라고 사료된다.

Abstract

A physically based model for rainfall runoff simulation in agricultural watershed equipped with tile drains is presented. This model is developed from the TOPMODEL which is based on the detailed topographic information provided by Digital Elevation Model (DEM). Nine possible flow generation scenarios in the tile drained basin are suggested and used in the development of the model. The model can identify the portions of the hydrograph resulting from tile flow, subsurface flow and surface flow. The performance of the model is assessed through a calibration and validation process. The results of the analysis show that the model describes the physical system well and provides a better insight into the hillslope hydrology of agricultural watersheds with tile drainage.

저자의 다른 논문

참고문헌 (29)

  1. Intergrating a physically based hydrological model with GRASS , Chairat,S.;Delleur,J.W. , Hydro GIS 93: Application of Geographic Information Systems in Hydrology and Water Resources / v.211,pp.143-150, 1993
  2. Hydrograph modelling strategies , Kirkby,M.J. , Process in Physical and Human Geography / v.,pp.69-90, 1975
  3. Root zone water quality model, version 1.0 - User manual , U.S. Department of Agriculture-Agricultural Research Service , GPSR Technical Report No. 3 / v.,pp., 1992
  4. Comments on letters relating to role of subsurface flow in generating surface runoff. 2. upstream source areas , Hewlett,J.D. , Water Resour. Res. / v.10,pp.605-607, 1974
  5. Comparison of single and multiple flow direction algorithm for computing topographic parameters in TOPMODEL , Wolock,D.M.;McCabe,G.J.,Jr. , Water Resources Research / v.31,pp.1315-1324, 1995
  6. Catchment geomorphology and the dynamics of runoff contributing areas , Beven,K.J.;Wood,E.F. , Journal of Hydrology / v.65,pp.139-158, 1983
  7. Hydrologic and water quality modeling of agricultural watersheds equipped with tile drains using a geographic information system and fractal concepts , Kim,S. , Ph. D. dissertation, Purdue University / v.,pp., 1996
  8. Partial area contributing to storm runoff in a small New England watershed , Dunne,T.;Black,R.D. , Water Resou. Res. / v.6,pp.1296-1311, 1970
  9. Prediction of surface saturation zones in natural catchments by topographic analysis , O'Loughlin,E.M. , Water Resour. Res. / v.22,pp.794-804, 1986
  10. An application of a physically based semidistributed model to the Balquhidder catchments , Robson,A.J.;Whitehead,P.G.;Johnson,R.C. , Journal of Hydrology / v.145,pp.357-370, 1993
  11. USACERL , GRASS 4.0 user's reference manual / v.,pp., 1991
  12. Tile Drain의 영향과 GIS를 연계한 농경지유역에 대한 수문학적 모의 , 김상현;손광익;한건연 , 한국수자원학회지 / v.29,pp.203-215, 1996
  13. A physically based variable contributing area model of basin hydrology , Beven,K.J.;Kirkby,M.J. , Hydrologic Science Bulletine / v.24,pp.43-69, 1979
  14. Infiltration into a class of vertically non-uniform soils , Beven,K.J. , Hydrological Science Journal / v.29,pp.425-434, 1984
  15. GIS and distributed hydrological models , Romanowicz,R.;Beven,K.J.;Moore,R.V.;Mather,P.M.(ed.) , Geographic Infromation Handling - Research and Applications / v.,pp.197-205, 1993
  16. Hydrologic modeling and GIS in GIS and environmental modeling , Moore,I.D. , Progress and Research Issues / v.,pp., 1995
  17. River forecasting through conceptual models: Part I-A discussion of principles , Nash,J.E.;Sutcliffe,J.V. , Journal of Hydrology / v.10,pp.282-290, 1970
  18. Recognition and prediction of runoff-producing zones in humid regions , Dunne,T.;Moore,T.R.;Taylor,C.H. , Hydrological Science Bulletin / v.20,pp.305-327, 1975
  19. Hydrological modeling within GIS: An intergrated approach , Stuart,N.;Stocks,C. , HydroGIS 93: Application of geographic information systems in hydrology and water resources, IAHS Publ. No. 211 / v.,pp.319-329, 1993
  20. On hydrological similarity: 3. A dimensionless flood frequency distribution , Sivapalan,M.;Wood,E.F.;Beven,K.J. , Water Resour. Res. / v.26,pp.43-58, 1990
  21. 지리정보시스템을 이용한 유역에서의 지형지수 산정 , 김상현;한건연 , 한국수자원학회지 / v.29,pp.199-208, 1996
  22. Approximate solutions to drainage flow problems , Van Schilfgaarde, J.;Luthin,J.L.(ed.) , Drainage of agricultural lands / v.,pp., 1957
  23. The prediction of hillslope flow path for distributed hydrological modelling using digital terrain models , Quinn,P.;Beven,K.J.;Chevallier,P.;Planchon,O. , Hydrological Processes / v.5,pp.59-79, 1991
  24. Modelling the hydrology of submediterranean montane catchments using TOPMODEL : initial results , Durand,P.;Robson,A.;Neal,C. , Journal of Hydrology / v.139,pp.1-14, 1992
  25. Bassin versant experimental d'Alrance , Cappus,P. , La Houille Blanche / v.A,pp.493-520, 1960
  26. Extracting topographic structure from digital elevation data for geographic information system , Jenson,S.K.;Dominque,J.O. , Photogramm. Eng. Remote. Sens. / v.54,pp.1595-1600, 1988
  27. Methods for design and evaluation of drainage-water management systems for soils with high water tables , Skaggs,R.W. , DRAINMOD: Reference Report / v.,pp., 1980
  28. Shenandoh watershed study: Calibration of a topography based, variable contributing area hydrological model to a small forested catchment , Hornberger,G.M.;Beven,K.J.;Cosby,B.J.;Sappington,D.E. , Water Resour. Res. / v.10,pp.1841-1850, 1985
  29. The role of infiltration in the hydrologic cycle , Horton,R.E. , Eos Transactions, American Geophysical Union / v.14,pp.446-460, 1933

이 논문을 인용한 문헌 (5)

  1. Jo, Hong-Je ; Jo, In-Ryul 1998. "Flood Runoff Analysis using a Distributed Rainfall Runoff Model" 韓國水資源學會論文集 = Journal of Korea Water Resources Association, 31(2): 199~208 
  2. Kim, Sang-Hyeon ; Lee, Ji-Yeong 1999. "Application of Improved Algorithm for Topographic Index Calculation" 韓國水資源學會論文集 = Journal of Korea Water Resources Association, 32(4): 489~499 
  3. Jo, Hong-Je ; Kim, Jeong-Sik ; Lee, Geun-Bae 2000. "Long-term Runoff Analysis Using the TOPMODEL" 韓國水資源學會論文集 = Journal of Korea Water Resources Association, 33(4): 393~405 
  4. 2001. "" 물과 미래 : 한국수자원학회지 = Water for future, 34(6): 33~45 
  5. Choi, Hyun-Sang ; Han, Kun-Yeun 2004. "Development of Distributed Rainfall-Runoff Model by Using GIS and Uncertainty Analysis (I) - Theory and Development of Model -" 韓國水資源學會論文集 = Journal of Korea Water Resources Association, 37(4): 329~339 

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