Matches in SemOpenAlex for { <https://semopenalex.org/work/W1790332743> ?p ?o ?g. }
- W1790332743 endingPage "432" @default.
- W1790332743 startingPage "385" @default.
- W1790332743 abstract "This paper describes a methodology for the development of an integrated Hydrologic Model System (HMS), a physically based parameter-distributed model for large watersheds. HMS was designed to study hydrologic processes and systems responding to various climatic forcings. The modeling system operates with a time step of minutes to days to facilitate coupling with a mesoscale meteorological model (MM). The major emphasis with HMS is on the interactions among climate, land surface, surface water, and ground water. HMS utilizes spatially-detailed information on climate, soil type, land use, digital elevation, and hydrologic parameters. How various data sets are preprocessed into the model system is also described. The various models within the system were calibrated against field observed data. The practical application of HMS is demonstrated in the hydrologic simulation of the Upper West Branch Watershed, a major sub-basin of the Susquehanna River Basin in Pennsylvania with observed precipitation and simulated precipitation by a mesoscale meteorological model. Questions concerning rainfall-runoff generating schemes, antecedent moisture conditions, and flow routing are addressed in the hydrologic simulation. The subgrid scale spatial variability in precipitation and hydraulic conductivity was implemented in the model system. The simulated results indicate that such spatial variability is crucial for accurately capturing the realistic hydrologic response, especially runoff generation. Based on the fit between the simulated and observed streamflows, the simulated streamflow hydrograph with observed precipitation compare well" @default.
- W1790332743 created "2016-06-24" @default.
- W1790332743 creator A5061344892 @default.
- W1790332743 creator A5073966541 @default.
- W1790332743 creator A5083705849 @default.
- W1790332743 date "2002-01-01" @default.
- W1790332743 modified "2023-09-24" @default.
- W1790332743 title "A storm simulation in large watersheds with a hydrologic model system and a mesoscale meteorological model." @default.
- W1790332743 cites W1510447231 @default.
- W1790332743 cites W1515278249 @default.
- W1790332743 cites W1536340909 @default.
- W1790332743 cites W1600517223 @default.
- W1790332743 cites W1604940817 @default.
- W1790332743 cites W1802844404 @default.
- W1790332743 cites W1966049345 @default.
- W1790332743 cites W1967395374 @default.
- W1790332743 cites W1975410859 @default.
- W1790332743 cites W1987290209 @default.
- W1790332743 cites W1989276564 @default.
- W1790332743 cites W1989332282 @default.
- W1790332743 cites W1991537075 @default.
- W1790332743 cites W1994954836 @default.
- W1790332743 cites W2008645757 @default.
- W1790332743 cites W2008746426 @default.
- W1790332743 cites W2008862521 @default.
- W1790332743 cites W2012107565 @default.
- W1790332743 cites W2021478430 @default.
- W1790332743 cites W2027804648 @default.
- W1790332743 cites W2029708629 @default.
- W1790332743 cites W2035741722 @default.
- W1790332743 cites W2036793479 @default.
- W1790332743 cites W2037825302 @default.
- W1790332743 cites W2038105899 @default.
- W1790332743 cites W2040522906 @default.
- W1790332743 cites W2041579970 @default.
- W1790332743 cites W2042276908 @default.
- W1790332743 cites W2043056014 @default.
- W1790332743 cites W2043617779 @default.
- W1790332743 cites W2044878555 @default.
- W1790332743 cites W2046891020 @default.
- W1790332743 cites W2047195451 @default.
- W1790332743 cites W2050427484 @default.
- W1790332743 cites W2050723392 @default.
- W1790332743 cites W2052298702 @default.
- W1790332743 cites W2055921565 @default.
- W1790332743 cites W2056822631 @default.
- W1790332743 cites W2058544333 @default.
- W1790332743 cites W2063595208 @default.
- W1790332743 cites W2071799320 @default.
- W1790332743 cites W2072005046 @default.
- W1790332743 cites W2075108083 @default.
- W1790332743 cites W2077038928 @default.
- W1790332743 cites W2077320671 @default.
- W1790332743 cites W2087070363 @default.
- W1790332743 cites W2102210163 @default.
- W1790332743 cites W2104767522 @default.
- W1790332743 cites W2105748500 @default.
- W1790332743 cites W2109291873 @default.
- W1790332743 cites W2111552444 @default.
- W1790332743 cites W2112766390 @default.
- W1790332743 cites W2113148021 @default.
- W1790332743 cites W2131844538 @default.
- W1790332743 cites W2137680216 @default.
- W1790332743 cites W2151897820 @default.
- W1790332743 cites W2156380621 @default.
- W1790332743 cites W2157245283 @default.
- W1790332743 cites W2163824141 @default.
- W1790332743 cites W2163843824 @default.
- W1790332743 cites W2169707705 @default.
- W1790332743 cites W2172622149 @default.
- W1790332743 cites W2173673487 @default.
- W1790332743 cites W2178164597 @default.
- W1790332743 cites W2800739971 @default.
- W1790332743 cites W2980521721 @default.
- W1790332743 cites W3004157836 @default.
- W1790332743 cites W335983890 @default.
- W1790332743 cites W57014672 @default.
- W1790332743 cites W88626642 @default.
- W1790332743 hasPublicationYear "2002" @default.
- W1790332743 type Work @default.
- W1790332743 sameAs 1790332743 @default.
- W1790332743 citedByCount "0" @default.
- W1790332743 crossrefType "journal-article" @default.
- W1790332743 hasAuthorship W1790332743A5061344892 @default.
- W1790332743 hasAuthorship W1790332743A5073966541 @default.
- W1790332743 hasAuthorship W1790332743A5083705849 @default.
- W1790332743 hasConcept C105306849 @default.
- W1790332743 hasConcept C107054158 @default.
- W1790332743 hasConcept C119857082 @default.
- W1790332743 hasConcept C126197015 @default.
- W1790332743 hasConcept C126645576 @default.
- W1790332743 hasConcept C127313418 @default.
- W1790332743 hasConcept C133830359 @default.
- W1790332743 hasConcept C150547873 @default.
- W1790332743 hasConcept C151844085 @default.
- W1790332743 hasConcept C153294291 @default.
- W1790332743 hasConcept C154936535 @default.
- W1790332743 hasConcept C187320778 @default.