Laserfiche WebLink
<br />Next, we will perform higher resolution nested Clark model <br />simulations and will begin simulations of summer monsoon conditions for <br />more complex convective clouds and precipitation. <br /> <br />ACKNOWLEDGEMENTS <br /> <br />Sincere thanks is expressed to Drs. Terry Clark and Bill Hall of <br />NCARrs MMM Division for their assistance in providing the model code and <br />instructions regarding its operation and interpretation. The computing <br />was performed at NCAR, which is sponsored by the National Science <br />Foundation. Our appreciation is extended to Drs. Arlin Super and Ed <br />Holroyd of Reclamation for providing aircraft cloud physics data. Our <br />colleagues Mr. Medina provided helpful comments regarding the Rhea model <br />performance and review of this manuscript. Mr. Ra Arnan, Ms. Karen <br />Morris and Ms. Anne Reynolds of Reclamation's Wat:er Augmentation Group <br />contributed to analysis software development and data processing. Mr. <br />Lease provided helpful suggestions regarding the manuscript. <br /> <br />REFERENCES <br /> <br />Anthes, R. A., E. Y. Hsie, and Y. H. Kuo, 1987. Description of the Penn State/NCAR Mesoscale Model <br />Version 4 (MM4). NCAR Tech. Note, NCAR/TN-282+STR,p. 66 <br />Clark, T.. L., 1977. A Small-scale Dynamic Model using a Terrain-following Coordinate Transformation. <br />. J. Computational Physics,24, pp. 186-215. <br />,1979: Numerical Simulations with a Three-dimensional Cloud Model: Lateral Boundary Conditions <br />- Experiments and Multicellular Severe Storms Simulations. J. Atmos. Sci. 36, pp. 2191- <br />2215. <br />,W. D. Hall,1991. Multi-domain Simulations of the Navier-Stokes Equations: Benchmark Error <br />Analysis of some Nesting Procedures. J. Computational Pllysics, 92, pp. 456-481. <br />Dennis, A. S., 1991. Initial Climate Change Scenario for l~he Western United States. <br />Bureau of Reclamation Report, Denver,CO 80225-0007 p. 35 <br />Giorgi, F., andG. T. Bates, 1989. On the Climatological Skill of a Regional Model Over Complex <br />Terrain. Mon. Wea. Rev.,l17, pp. 2325-2347. <br />Giorgi, F. and G. T. Bates, and S. J. Nieman, 1992a. The Multi-year Surface Climatology of a <br />Regional Atmospheric Model over th~ Western United States. Submitted to the J. of <br />Climate, August 1991. <br />Giorgi, F., G. T. Bates and S. J. Nieman 1992b. Simulation of the Arid Climate of the Southern Great <br />Basin using a Regional Climate Model. Submitted to the Bulletin of the American <br />Meteorological Society, May 1992. <br />Holroyd, E. W. ,III, and A. B. Super, 1984. Winter Spatial and Temporal Variations in Supercooled <br />Liquid Water over the Grand Mesa, Colorado. preprints., Ninth Conference on Weather <br />Modification, AMS Boston, MA. pp. 59-60. . <br />Matthews, D. A., F. Giorgi, and G. Bates, 1991. Modeling Re<:rional Controls of Watershed <br />Precipitation for Climate Change Studies. Preprints, Second Symposium on Global Change <br />Studies, AMS Boston, MA. pp. 63-67. <br />Matthews, D. A.. F. Giorgi, and G. Bates, 1992. Regional Model Simulation of an Extreme <br />Precipitation Event in the Colorado River Basin.. Preprints, Third Symposium on Global <br />Change Studies, AMS Boston, MA. pp. 20- 23. <br />Medina, J. G., 1991. Application of a Simple Local-scale Numerical Model in the Study of Altered <br />Climate Impacts on Watershed Precipitation. Proc., Second symposium on Global Change <br />Studies, AMS Boston, MA. pp. 68-71. - <br />Medina, J. G., 1992. Simulation of Winter Precipitation in Western Mountain Watersheds with a Local- <br />scale Model. Proc., AWRA Symposium on Managing Water Resources During Global Change St udies, <br />Reno,NV, <br />Rhea, J, 0., 1977. Orographic Precipitation Model for Hydrometeorological Use. Ph. D. Dissertation, <br />Department of Atmospheric Science, Colorado State University, Ft. Collins, CO., July 1977, <br />p. 221 <br />