소유역 지표유출의 공간적 해석을 위한 지리정보시스템의 응용모형(II) - 격자 물수지 모형을 위한 GIS응용 모형 개발 -

GIS Application Model for Spatial Simulation of Surface Runoff from a Small Watershed( II)

  • 발행 : 1995.10.01

초록

his paper is to develop a GIS application model (GISCELWAB) for the spatial simulation of surface runoff from a small watershed. The model was constituted by three submodels : The input data extraction model (GISINDATA) which prepares cell-based input data automatically for a given watershed, the cell water balance model (CELWAB) which calculates the water balance for a cell and simulates surface runoff of watershed simultaneously by the interaction of cells, and the output data management model (GISOUTDISP) which visualize the results of temporal and spatial variation of surface runoff. The input data extraction model was developed to solve the time-consuming problems for the input-data preparation of distributed hydrologic model. The input data for CELWAB can be obtained by extracting ASCII data from a vector map. The output data management model was developed to convert the storage depth and discharge of cells into grid map. This model enables to visualize the spatial formulation process of watershed storage depth and surface runoff wholly with time increment.

키워드

참고문헌

  1. 농어촌용수 이용 합리화계획 자료정보 D/B 구축연구(I) 고재군;정하우(외)
  2. 서울대학교 석사학위 논문 지표배수량 산정을 위한 지리정보시스템의 응용모형 개발 김대식
  3. 서울대학교 석사학위 논문 수문모형 ANSWERS의 반월유역에의 적용 김병진
  4. 지리정보론 유근배
  5. Ph. D. Thesis, The University of Connecticut Digital hydrologic modeling methods for water resoureces engineering with application to the Braod Brook Watershed(Connecticut) Allen,S.J.
  6. Trans. ASAE Predicting peak runoff rate for ungaged watershed Anderson,L.O.;C.L.Larson
  7. ASAE Proceedings of the 18-19 June 1993 Conference Continuous time, GRID cell watershed model Arnold,J.G.(et al.)
  8. J. of Computing in Civil Engineering v.7 no.3 DEM aggregation and smoothing effects on surface runoff modeling Baxter,E.V.
  9. Ph. D. Thesis. University of Calgary A physically-based flood prediction model aided by a Geographic Information System Chang,C.
  10. Ph. D. Thesis. University of Rhode Island The integration of hydrologic simulation models and geographic information Chase,S.B.
  11. Applied hydrology Chow,V.T.(et al.)
  12. Ph. D. Thesis. The University of Texas at Austin Integrating a finite element model with a Geographic Information System to model urban stormwater flow Cuhadaroglu,M.
  13. MS. Thesis. University of Louisville Application of Geographic Information Systems in hydrologic modeling Devulapalli,R.S.
  14. J. of Hydrology v.17 Hydrologic modeling parameter estimation and watershed characteristics James,L.D.
  15. ASAE, Proceedings of the 1988 International Symposium Input data development for a distributed parameter hydrologic model(FESHM) Mary,L.W.(et al.)
  16. J. of Water Res. Plan. and Man. v.118 no.5 Hydrologic parameter estimation using Geographic Information System Nageshwar,R.B.(et al.)
  17. Ph. D. Thesis. Purdue University ANSWERS on GRASS : Integration of a watershed simulation with a Geographic Information System(Nonpoint Source Pollution) Rewerts,C.C.
  18. ASAE, Proceedings of the 18-19 June 1993 conference A GIS-Watershed hydrology model link to evaluate water resources of the lower Colorado river in Texas Rosenthal,W.D.(et al.)
  19. Ph. D. Thesis. Texas A&M University Automation of data input in the A&M watershed model using GIS Steenberghen,T.M.
  20. J. of Water Resour. Planning and Management, ASCE v.119 no.2 Geographic Information Systems in urban storm water management Steffen,P.M.;H.S.Tarek;W.L.Jhon