GIS与地表水水质模型WASP5的集成_贾海峰.pdf

ISSN 1000-0054CN 11-2223/N`b¿vÐÐ(1– SÐñ)J T singhua Univ ( Sci & Tech) ,2001M»41 »8ù2001, Vol. 41, No.834/34125-128`GIS与地表水水质模型WASP5的集成贾海峰,　程声通,　杜文涛(b¿vÐÌâ SÐÐýñ",ÌâEÐê™ eÅ ó†SE×ÄLi,Ø100084)là°ù: 2001-01-04T€eº:IZ‚( 1967-) ,3(q) ,Š,ƒ=bK`1: 为了强化水质模型 WASP5的功能,以密云水库为背景研究了地理信息系统( GIS)和WASP5模型的集成分析了WASP5模型与GIS的集成形式,并以半紧密内嵌的集成形式建立了WASP5模型与GIS间的集成模型系统研究结果表明WASP5模型与 GIS 空间建模功能的集成强化了模型的功能,为地表水水质空间模拟提供了有力的支持1oM: 水质模型; WASP5; 地理信息系统(GIS) ; 集成模型; 密云水库Ïms Ë|: X 32.01; P 208ÓcI|: 1000-0054(2001) 08-0125-04ÓDSM’: AIntegrationof GISwith the surfacewater quality model WASP5JIA Haifeng, CHENG Shengtong, DUWentao(Departmentof Environmental Science and Engineering,State KeyLaboratoryof EnvironmentSimulation and pollutionControl, Tsinghua Unviersity, Beijing 100084, China)Abstract:`T o enhance the function of surface water quality modelWASP5 ( water quality analysis simulation program modelingsystem) , this article, selecting Miyun Reservoir as an example,focuses on the integration of GIS ( geographic information system)and WASP5. Based on the analysis of GIS and WASP5, theintegration of the spatial modeling function of GIS with water qualitymodel was proposed and implemented. It shows that the higherefficiency and accuracy of the integration model are achieved, and itscapability to assist water quality mangement will be greatlyenhanced.Key words:`WASP5 ( water quality analysis simulation programmodeling system) ; GIS; integration model; MiyunReservoir``1V1925M, Streeter„PhelpsBOD-DO£É˜[ Ÿ,£ɔИ$ùî„‹¨ùîñZëû¤“v?Zb­^20W@70M}Ïù[ª,4M¥8†Ÿ£É˜,ñ̐¨B"±sZñ,÷¹%Á¹íê™þ£8Ï¥{M„Äb®ÅSSEÌ ]ßN˜Ï 7?„»¹¥WASP˜"d^}VŸ¥˜­BbÏWASP5^Kñ'b”ИüÉ¿”´9Ø,Œ” 5 Ø„»¹aE²TVC# bWs? ïµK,¹4ڣɘ¥ç©aE? ï#^¨Ÿ,C£É˜Ð¹ ؐ"d(GIS)/Œ"î¥t][ 1, 2]bŒ 7?V¥ÓDÏ,ÎÀµ?C æ¨GIS¥ bWyÿ?<Ä£ o£É˜¥¡b[á £ o£ÉEùî¹ è,ùîGISУɘWASP5¥ÿ?"î,iy ëGIS<Ä¥£ o£ÉE"î˜"db1　GIS与WASP5模型的集成1.1`WASP5£É˜YVá £ oë"¥£ÉÙ5„ê™÷f ƒ¥s,ô £É5 Ø1p,ʨWASP5˜ ŸEá £ o£É¥H bMÄ[ 3]bWASP5˜"d^Bñ¨¿E¹V£Ïê™þM„Ä¥Y¨¥˜ O,ñ V¨¿B»a=»„Ø»¥£ÉEÙ5bñ^¹sýaµ{a£ oaŠ@aŠ g„
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