SIXTEENTH INTERNATIONAL WINDS WORKSHOP
SIXTEENTH INTERNATIONAL
WINDS WORKSHOP
Montréal, Québec hosted by ECCC, 8 - 12 May 2023 |
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Presenter | | |
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Welcome address - ECCC | S. Laroche |
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CGMS Actions/Recommendations | J. Daniels | |||
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Chairperson | | |
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Working Group 1 Report: Methods | J. García-Pereda, M. Doutriaux-Boucher | |||
Working Group 2 Report: NWP | M. Forsythe, I. Genkova | |||
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Authors | | |
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Status of Operational and Future Atmospheric Wind Products at EUMETSAT | R. Borde, K. Barbieux, M. Carranza, T. Flament, O. Hautecoeur, Y. Aoun | |||
Operational Wind Products at NOAA/NESDIS | H. Qi, J. Daniels, J. Key, P. Chang, A. Bailey | |||
Status of AMVs from Fengyun Satellites | X. Zhang, J. Xu, F. Lu | |||
Current Status and Plans of Operational Wind Products at JMA/MSC | K. Shimoji | |||
NWCSAF/High Resolution Winds; AMV Software for Geostationary and Polar Satellites – Status in 2023 | J. García Pereda, N. Håkansson, S. Hörnquist | |||
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Authors | | |
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Status of Development of Atmospheric Motion Vectors (AMV) Capabilities at NOAA | J. Daniels, W. Bresky, A. Bailey, A. Allegrino, J. Carr, H. Madani, S. Wanzong, C. Velden, D. Santek, R. Dworak, J. Apke | |||
Improving the reliability of AMV height assignments: a study using ABI cases of the IWWG intercomparison and OCA cloud properties retrievals | A. Bozzo, R. Borde, M. Carranza, J. Jackson, L. Spezzi, O. Hautecoeur | |||
Experimental VIIRS AMV Products: Expanding Beyond the use of a Single Satellite | R. Dworak, D. Santek, D. Stettner, J. Key | |||
Comparisons of the Traditional Feature Matching and Optical Flow Algorithms for Atmospheric Motion Vector Estimation | I. Yanovsky, D. Posselt, L. Wu. S. Hristova-Veleva | |||
Advances in Stereo Winds | J. Carr, J. Daniels, D. Wu, W. Bresky, H. Madani, M. Friberg, T. Summers | |||
A New Capability for Monitoring Multi-Level Tropospheric Winds | M. Kelly, J. Carr, D. Wu | |||
A New Paradigm for the Derivation of LEO AMVs Without Wind Guess | K. Barbieux, R. Borde | |||
Use of AMV Cross Correlation Matrices and the NWP guess to further explore accuracy of AMVs | G. Kelly, J. Cotton, M. Dahou, M. Forsythe | |||
Advances in Optical Flow Retrieval Methods for Inferring Atmospheric Winds and Motions | J. Apke, J. Daniels, K. Hilburn, I. Ebert-Uphoff, S. Miller, B. Line | |||
Diurnal Variations of 3D-Wind Cloud Height and Winds From Hurricanes and PBL | D. Wu, J. Carr, M. Friberg, T. Summers, Á. Horváth | |||
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Authors | | |
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Fourth AMV Intercomparison Study | D. Santek, R. Dworak, S. Wanzong, K. Lukens, S. Reiner, J. García Pereda | |||
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Authors | | |
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The EUMETSAT AVHRR and SLSTR AMV Tropical Speed Biases Pattern Explained | K. Barbieux, R. Borde | |||
Comparing Effects of Quality Indicator Thresholds for Atmospheric Motion Vectors in NAVGEM | R. Stone | |||
A New Technique for Composite Maps of Ocean Winds | M. Bouali, G. Nagel, C. Cairo, D. Xavier, F. Nagel | |||
Status of Atmospheric Motion Vectors Production and use at CPTEC/INPE | R. Galante Negri, C. Rosana Aseff, E. Paulo Vendrasco, L. Fernando Sapucci | |||
Study of Technical Issues Arising in the Tracking Process of Rapid Scan AMV | K. Shimoji | |||
Status of AMV Assimilation in ECMWF’s IFS Model | F. Warrick | |||
Met Office AMV Processing in JEDI | J. Cotton, A. Martins, G. Kelly | |||
The Contribution of Aeolus Wind Observations to Global Sea Surface Wind Forecast | H. Zuo, A. Stoffelen, M. Rennie | |||
On the Potential Application to Wind Detection of with NASA’s Atmosphere Observing System AOS | J. Blanchet, Y. Blanchard, P. Gauthier, A. Bourassa, D. Deigenstein, Y. Huang, K. Walker | |||
Microwave (118-GHz) Doppler techniques for mesospheric winds: MLS and EZIE | D. Wu | |||
Optimising the Exploitation of Aeolus Winds in Regional NWP | S. Hagelin, G. Marseille, R. Azad, M. Ridal, A. Stoffelen, H. Schyberg, I. Monteiro | |||
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Authors | | |
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Current State of Satellite-Derived Wind Assimilation in NCEP GSI | B. Hoover, I. Genkova, A. Collard, E. Liu | |||
Recent and Upcoming Changes in Satellite Wind Usage in U.S. Navy NWP | B. Blaylock | |||
Recent Work Using Satellite Winds at the German Weather Service | A. Cress | |||
Status of Satellite Winds Use in the Météo-France NWP System | C. Payan | |||
Upgrades of Polar AMVs Use In JMA’s Global NWP System | K. Nonaka | |||
Assessment of AMV Quality Using Cloud Information and Tracking Parameters | F. Warrick, P. Watts, A. Bozzo, M. Doutriaux Boucher, A. Lattanzio | |||
Estimation of AMV Height Assignment Errors Using Model Best-Fit Pressure and AEOLUS Height Data | S. Laroche | |||
Evaluation of Dual Geostationary Stereo Winds in NAVGEM | R. Stone | |||
Testing of GOES-18 Atmospheric Motion Vectors in NAVGEM | R. Stone | |||
Impact of Atmospheric Motion Vectors in an Operational Global NWP System : A Multi-Year Study | S. Kumar, S. Rani, J. George | |||
The Locally Processed Atmospheric Motion Vector Data at MET Norway | R. Randriamampianina, P. Dahlgren, T. Aspenes | |||
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Authors | | |
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BF-1 GNSS-R Sea Surface Wind Speed Retrieval and Observing System Experiments | F. Lu, Y. Shou, X. Niu, H. Chen, J. Xue, Z. Bai, J. Yang | |||
GNSS-R Data Assimilation Efforts at Spire Global: From Ocean Winds to DDM’s | K. Apodaca, S. Vetra-Carvalho, D. Županski, M. Rothstein | |||
Sea Surface Wind Speed Retrieval using NanYue (NY) GNSS Reflectometry | Y. Zhang, Z. Chen, J. Wang, X. Cai, L. Shi, Z. Hong | |||
MIDAS – Mesoscale Improved Data Assimilation of Scatterometer Winds | I. Monteiro | |||
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Progress in Ocean Surface Vector Winds/td> | A. Stoffelen | |||
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Authors | | |
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Impact of Aeolus Horizontal Line-Of-Sight Wind Observations on Typhoon Forecasting in a Global NWP System | I. Okabe | |||
How Well Do the Aeolus Winds Represent the Indian Summer Monsoon and North Indian Ocean Cyclone Features? | I. Rani, M. Bushair, B. Jangid, G. George, S. Kumar | |||
CMA Geostationary Infrared Observation Dataset for 3D AMV Studies | F. Lu, L. Li, H. Zhao, Q. Han | |||
A Consolidated Assessment of the Impact of Aeolus Winds in Numerical Weather Prediction at ECMWF | M. Rennie | |||
EPS-Aeolus, Status of the European Doppler Wind Lidar Programme at EUMETSAT | T. Flament, R. Borde, R. Chalex, L. Fiedler, R. Munro, S. Joro, B. Bojkov | |||
Assimilating Aeolus Wind Profiles – Assessing the Benefit of Using Variational Quality Control During Tropical Cyclones | I. Genkova, K. Apodaca, L. Cucurull, J. Purser, X. Su | |||
Lidar Compass: A Comparative Assessment Study of Doppler Wind Lidar Technologies | S. Tucker | |||
Current Status of the IASI 3D Winds Product at EUMETSAT | M. Carranza, O. Hautecoeur, R. Borde, P. Héas | |||
The Research and Operational Value of the Midwave Infrared Sounding of Temperature and Humidity in a Constellation for Winds (MISTiC Winds) Mission Concept | S. Rafkin, K. Maschhoff, D. Santek, A. Soto | |||
Synergies Obtained from Combined Observations of MISTiC Winds, CMIS, and NGRx in a Micro-Satellite Constellation | K. Maschhoff, M. Kelly, C. Ruf, S. Rafkin, D. Santek, A. Soto | |||
Retrieval of 3D Distribution of Horizontal Wind Vector by Combining Lidar with Passive Water Vapor Sounders | X. Zeng | |||
Global Three-Dimensional Water Vapor Feature-Tracking For Horizontal Winds Using Hyper-Spectral Infrared Sounder Data From Overlapped Tracks of Two Satellites | A. Ouyed, N. Smith | |||
Learning to Generate 3D Atmospheric Winds from Geostationary Imagery with Deep Optical Flow | T. Vandal | |||
ESA Earth Explorer 10 Harmony | A. Stoffelen | |||
Observing System Simulation Experiments (OSSEs) with 3D Winds From Space | L. Cucurull | |||
Impact of WIVERN Horizontal Line-Of-Sight Wind Profiles on the Global NWP model of Météo-France Using an Ensemble Data Assimilation Method | N. Sasso, M. Borderies | |||
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Authors | | |
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The EUMETSAT Sustainable Production of Atmospheric Motion Vectors Climate Data Records | M. Doutriaux-Boucher, A. Lattanzio, R. Huckle, O. Sus. M. Grant, R. Border, J. Schulz | |||
A New Climate Data Record of the Ocean Surface Winds, Stress and Their Dynamically-Significant Derivatives – Vorticity and Divergence: Supporting Studies of Trends and Variability in the Large-Scale Circulation | S. Hristova-Veleva, M. Bourassa, A. Fore, D. Moroni, L. O'Neil, B. Stiles, D. Vandemark, A. Wineteer, E. Wright, F. Polverari, M Emond | |||
System for Analysis of Wind Collocations (SAWC): A Novel Archive and Collocation Application for the Intercomparison of Winds from Multiple Observing Platforms Provide for Aeolus Evaluation | K. Lukens, K. Garrett, D. Santek, B. Hoover, R. Hoffman, H. Lui | |||