SIXTH INTERNATIONAL WINDS WORKSHOP
SIXTH INTERNATIONAL
WINDS WORKSHOP
Madison, Wisconsin, USA, 7 - 10 May 2002 EUM P 35 ISBN 92-9110-048-1
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Impressum and disclaimer |
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Table of contents | ||||
Author index | ||||
Welcome address - NESDIS | C. Velden |
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Welcome address - EUMETSAT | T. Mohr | |||
Welcome address - WMO | D. Hinsman | |||
Summary | C. Velden |
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List of participants |
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Chairperson | | |
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Session 1: Current Systems to Derive Atmospheric Motion Vectors (AMVs) |
D. Hinsman | |||
Session 2: Mesoscale Applications |
J. Xu | |||
Session 3: Verification/Objective Quality Analysis |
M. Tokuno | |||
Session 4: Rapid Scan and High-Resolution Studies |
J. Le Marshall | |||
Session 5: Microwave/Lidar Studies |
R.C. Bhatia | |||
Session 6: New Techniques and Instruments |
N. Bormann and C. Velden | |||
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Working Group 1 Report: Methods | J. Daniels | |||
Working Group 2 Report: Mesoscale Applications | J. Schmetz | |||
Working Group 3 Report: Verification | K. Holmlund | |||
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Recent Advances to Experimental GMS Atmospheric Motion Vector Processing System at MSC/JMA | R. Kumabe, Y. Kajino and M. Tokuno | |||
Current Status of Operationally Derived INSAT-CMVs Quality, Details of Recent Improvements and Utilisation of Derived Products | R.C. Bhatia, D. Singh, S. Prasad and S.K. Mukharjee | |||
Current Status of the EUMETSAT Operational and Future AMV Extraction Facilities | K. Holmlund | |||
Reprocessing of Atmospheric Motion Vectors from Meteosat Image Data | J. Gustafsson, L. van de Berg, F. Roveda and A. Yildirim | |||
Operational Considerations and Uses for Geostationary Satellite Derived Wind Vectors | C.D. Schuett, T.D. Johnson, M.D. Conner and C.E. Skupniewicz | |||
Status and Development of GOES Wind Products at NOAA/NESDIS | J. Daniels, C. Velden, W. Bresky, A. Irving and K. Turner | |||
Update on UW-CIMSS Atmospheric Motion Vector Research and Development | G. Dengel and C. Velden | |||
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Mesoscale Winds in Vincinity of Convection and Winter Storms | R.M. Rabin | |||
Using Cloud-Motion Winds to Understand Kinematic Processes of Deep Convection: Anvil-Level Outflow and Momentum Transport | J.R. Mecikalski | |||
Observation of the Diurnal Variation of Upper Tropospheric Divergence in a Tropical Convective System | J. Schmetz, K. Holmlund, M. König and H.-J. Lutz | |||
Lagrangian Evolution of Cloud Properties
from Geostationary Satellites (Abstract only) |
B. Soden | |||
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Characterising and Correcting Speed Biases in Atmospheric Motion Vectors within the ECMWF System | N. Bormann, G. Kelly and J-N. Thépaut | |||
Automatic Quality Control with the CIMSS RFF and EUMETSAT QI Schemes | K. Holmlund | |||
The Spatial Structure of Observation Errors in Atmospheric Motion Vectors | N. Bormann, S. Saarinen, J.-N. Thépaut and G. Kelly | |||
High Density Atmospheric Motion Vectors and their Application to Operational Numerical Weather Prediction | J. Le Marshall, G. Mills, R. Seecamp, N. Pescod, L.M. Leslie and A. Rea | |||
Modifications in the Operational Use of Satellite Atmospheric Motion Winds at CMC | R. Sarrazin and B. Brasnett | |||
Impact of High Density Atmospheric Motion Vectors in NCMRWF Global Data Assimilation-Forecast System | M. Das Gupta, A.K. Mitra, S.C. Kar, V.S. Prasad, G.R. Iyengar, D. Rajan, R.K. Paliwal and S.V. Singh | |||
Improvements in Forecasts at the Met Office through Reduced Weights for Satellite Winds | P. Butterworth, S. English, F. Hilton and K. Whyte | |||
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Impact Experiments on NWP with Rapid Scan AMVs | Y. Nakamura, E. Ozawa, K. Onogi and R. Kumabe | |||
Operational AMV Products Derived with Meteosat-6 Rapid Scan Data | A. de Smet | |||
Assimilation of GOES Rapid-Scan Winds into an Experimental Eta Model during Atlantic Hurricanes | H.I. Berger | |||
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Wind Fields Retrieved from SAR in Comparison to Numerical Models | J. Horstmann, W. Koch and S. Lehner | |||
A New Method of Retrieval of Wind Velocity over the Sea Surface in Tropical Cyclones over the Data of Microwave Measurements | A. F. Nerushev | |||
Impact of MSMR Surface Wind Speed on the Analysis and Forecast of a Limited Area Model | S.K. Roy Bhomik and A.M. Sud | |||
Use of Seawinds for Weather Forecasting | A. Stoffelen | |||
Naval Utilization and Research on Wind Remote Sensing | J.D. Hawkins, T. Lee and J. Turk | |||
Status of the Doppler Wind Lidar Profiling Mission ADM-Aeolus | P. Ingmann and M. Endemann | |||
Lite on ADM-Aeolus Performance | A. Stoffelen and G.-J. Marseille | |||
Observing System Simulation Experiments to Define Lidar Wind Requirements | R. Atlas | |||
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Deriving Winds from Polar Orbiting Satellite Data | D. Santek, J.R. Key, C. Velden, N. Bormann, J-N. Thépaut and W.P. Menzel | |||
Impact of MODIS Winds on DAO Systems | L. P. Riishojgaard and Y. Zhu | |||
Status of MISR Cloud-Motion Wind Product | A. Horváth, R. Davies and G. Seiz | |||
NASA DAO Assessment of MISR Cloud Track
Winds (Abstract only) |
D. Frank | |||
Using the GOES 3.9 µm Shortwave Infrared Channel to Track Low-Level Cloud-Drift Winds | J.P. Dunion, C. Velden | |||
Improvements in the Retrieval of Low Cloud Motion Winds over Land on Satellite Images | F. Désalmand, A. Szantai, G. Sèze and M. Desbois | |||
Automatic Navigation of FY-2 Geosynchronous Meteorological Satellite Images | J. Xu and Q. Zhang | |||
Verification of Automatic Windsand Heights with Asynchronous Stereo Analysis | G.G. Campbell and G. Dengel | |||
Comparison of Cloud Motion Vector Height Assignment Techniques Using the GOES-12 Imager | A.J. Schreiner, W.P. Menzel | |||
Wind Extraction Using Satellite Images in CPTEC: New Version and Evaluation with WETAMC/LBA and Operational DSA/CPTEC Data | H. Laurent, N. Arai, B. Fomin, L. Augusto, T. Machado and M.A. Gondim | |||