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I. 1. | Evolution of Radar Rainfall Measurements: Steps and Mis-steps by David Atlas, Daniel Rosenfeld and Arthur R. Jameson |
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I. 2. | A Comparison of Passive Microwave Measurements to Estimate Rainfall and Its 3-D Structure as Inferred via Radar by O. Massambani, A. J. Negri, J. L. de Oliveira and N. J. Ferreira |
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I. 3. | Polarimetric Measurements of Rain by D. S. Zrnic and A. V. Ryzhkov |
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I. 4. | Rainfall Estimation Using Weather Radar and Ground Stations by Witold Krajewski |
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I. 5. | A Physical Basis for Parameter Selection for Z-R Relationships by A. W. Seed, J. Nicol, G. L. Austin, C. D. Stow and S. G. Bradley |
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I. 6. | The Idenfication of Optimum Z-R Relationship Based on Runoff Analysis by Daisuke Hirayama, Mutsuhiro Fujita and Makoto Nakatsugawa |
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I. 7. | Reliable Quantitative Radar Data - How Long Do Hydrologists Still Have to Wait ? by Thomas Einfalt and Marita Semke |
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I. 8. | Vertical Profiles of Reflectivity and Precipitation Intensity by Frédéric Fabry |
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I. 9. | Polarimetrically Tuned Z-R Relations and Comparison of Radar Rainfall Methods by David Atlas, Alexander Ryzhkov and Dusan Zrnic |
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I. 10. | Weather Radar Versus 2D-Video-Distrometer Data by M. Schönhuber, H . E. Urban, J. P. V. Poiares Baptista, W. L. Randeu and M. Riedler |
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I. 11. | Rain Rate Estimation by Dual Wavelength Radar by V. J. Brown and A . R. Holt |
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I. 12. | Rainfall Climatology in Tropical Africa Using a C-Band Weather Radar: (2) A Case Study on Estimation of Rain Rate Distributions by J. Lecocq, T. Lebel and H. Bénichou |
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III. 25. | Flood Control: The Role of Flood Warning Systems in the Metropolitan Region of São Paulo by B. Braga, O. Massambani, J. C. F. Palos, M. T. L. Barros, A. Pisani, P. T. Nakayama, M. Barreto and J. Boani |
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III. 26. | FRICS A River Information System in Japan by F. Yoshino |
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III. 27. | Real Time Control of Large Urban Drainage Systems Using Weather Radar by I. D. Cluckie, J. Yuan, R. Norreys, G. Sheppard and J. Tyson |
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III. 28. | Operational Calibration of Raingage Radar by 10-Minute Telemetry Rainfall by Katorou Takemura, Takumi Nishihara and Takaaki Yoshimoto |
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III. 29. | Integrating WSR-88D Estimates and Oaklahoma Mesonet Measurements of Rainfall Accumulations: Hydrologic Response by Augusto J. Pereira and Kenneth C. Crawford |
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III. 30. | The WS-88D Precipitation Subsystem: An Overview and a Performance Evaluation by Dong-Jun Seo and Edward R.Johnson |
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III. 31. | Operational Utilization of a High Resolution. Hydrological C Band Radar by I. D. Cluckie, D. Han, G. L. Austin and I. Zawadzki |
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III. 32. | A Performance Testing of the WSR 88D Precipitation Adjustment Algorithm by Richard Fulton, Dong-Jun Seo, Jay Breidenbach and Edward Johnson |
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III. 33. | Radar Observations of Orographic Enhancement in New Zealand by W. R. Gray and Alan Seed |
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III. 34. | Development and Testing of a Precipitation, Detection, Nowcasting and Prediction System at the National Center for Atmospheric Research by T. T. Warner, E. Brandes, R. Bruintjes, N. Crook, M. Dixon, G. Foote, J. Fritsch, W. Lambert, J. Vivekanandan and J. Wilson |
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III. 35. | Application of Dual Polarization Method to Operational Radar Raingage by F. Yoshino, Y. Nikaidou, Y. Matsumoto, M. Okagawa, K. Hamatsu and K. Hara |