Tokyo, Japan, 13-15 December 1993

EUM P 14

ISBN 92-9110-014-5
ISSN 1023-0416




Impressum and disclaimer

16 KB
Table of contents  

30 KB
Author index  

25 KB
Welcome address  
Kozo Ninomiya

19 KB
Welcome address 2  
Gérard Szejwach

19 KB
Keynote Address  
T T Fujita

19 KB
List of participants

48 KB




Title   Chairperson  
Session 1:
Operational Extraction of Cloud Motion Winds from Current and Future Geostationary Satellite Systems
  T. Hamada  

16 KB
Session 2:
Wind Tracking from Absorption Channel Date
  J Schmetz  

17 KB
Session 3:
Verification and Impact Studies of Operational Wind Data
  D E Hinsman  

34 KB
Session 4:
Future Studies and Development
  P Menzel  

18 KB
Session 5:
Conclusions and Recommendations
  G Szejwach  

18 KB




Title   Author/Chairperson  
Panel Discusssion 1: Operational Improvements   John Le Marshall  

38 KB
Panel Discussion 2: Verification Techniques   J F W Purdom  

40 KB


SESSION 1: Operational Extraction of Cloud Motion Winds from Current and Future Geostationary Satellites


Title   Authors  
Current Status of GMS Wind and Operational Low-Level Derivation in a Typhoon Vicinity from Short-Time Interval Images   S Takata  

660 KB
An Operational System for Generating Cloud Drift Winds in the Australian Region and their Impact on Numerial Weather Prediction   J LeMarshall, N Pescod, B Seaman and P Stewart  

218 KB
Current Status of the Operational Wind Extraction Program in NOAA/NESDIS   R Walter, Jr.  

67 KB
Current System for Extracting Cloud Motion Vectors from METEOSAT Multi-Channel Image Data   K Holmlund, A Ottenbacher, and J Schmetz  

319 KB
Cloud Motion Wind Extraction from GOMS Data   L Anekeeva  

277 KB
Recent Improvements in Cloud Motion Vector Derivation from INSAT
(Abstract only)
  R Kelkar, A Rao and R Bhatia  

11 KB
China Meteorological Satellite FY – 2 Cloud Drift Wind Processing Method   Chen E, Lu Q, Zhang H  

569 KB


SESSION 2: Wind Tracking from Absorption Channel Data


Title   Authors  
Operational Water Vapour Wind Vectors From Meteosat Imagery Data   K Holmlund  

1.1 MB
Water-Vapour Channel Winds from Synthetic Radiances   R Lunnon, A Gairey  

575 KB
Wind Extraction From Water Vapor Images   H Uchida  

2.2 MB
Investigation of Water Vapor Motion Winds from Geostationary Satellites   C Velden  

1.1 MB


SESSION 3: Verification and Impact Studies of Operational Wind Data


Title   Authors  
Assigning Heights to Cloud Motion Vectors   W Menzel, S Wanzong, S Nieman, and J Schmetz  

879 KB
Forecast of Displacement Velocity of the Basic Sites of Large-Scale Cyclonic Cloud Systems and Frontal Sections from Satellite Data   L Bakst, N Fedorova  

63 KB
Comparison of Verification Techniques, Is it Time for Convergence?   D Hinsman  

1.5 MB
Winds: Towards Better Weather Forecasts in Africa   Kinyoda G  

2.1 MB
Study of Cirrus Cloud Winds : Analysis of I.C.E. Data
  R Lunnon, D Lowe, J Barnes and I Dharssi  

173 KB
Use of Low Level 'Detailed' Satellite Cloud Motion Wind Around Tropical Cyclones in the JMA Numerical Weather Prediction System
  K Onogi  

561 KB
Relationship between Monthly Mean Water Vapour Wind Fields and the Upper Tropospheric Humidity   J Schmetz, C Geijo, K Holmlund, L Van de Berg  

423 KB
Quality Assessment of Operational Cloud-Motion Wind Data   B Strauss  

423 KB
Construction of Cloud Trajectories : A Way to Check Cloud Wind Quality   A Szantai and M Desbois  

423 KB
Verification of Meteosat Cloud Motion Winds with Radiosonde Data   H Woick  

423 KB


SESSION 4: Future Studies and Development


Title   Authors  
The Feasibility of Extracting Low-Level Wind by Tracing Low Level Moisture Observed by IR Imagery over Cloud Free Ocean Area in the Tropics   T Ihoue and T Nakazawa  

1.4 MB
The CMW Extraction Algorithm For MTP/MPEF   Y Buhler and K Holmlund  

249 KB
Recent Research In The Automated Quality Control Of Cloud Motion Vectors At CIMSS/NESDIS   C Hayden  

2.1 MB
Numerical Experiments Using Cloud Motion Winds at ECMWF   G Kelly  

789 KB
Cloud Motion and Height Measurements from Multiple Satellites Including Cloud Heights and Motions in Polar Regions   J Purdom and P Dills  

1.4 MB
Computing Cloud Motion Using a Correlation Relaxation Algorithm — Improving Estimation by Exploiting Problem Knowledge   Wu, Q  

1.3 MB