FIFTEENTH INTERNATIONAL WINDS WORKSHOP
FIFTEENTH INTERNATIONAL
WINDS WORKSHOP
Virtual meeting hosted by KNMI, 12 - 16 April 2021 |
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Title | | |
Presenter | | |
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Welcome address - KNMI | A. Stoffelen |
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CGMS Actions/Recommendations | J. Daniels | |||
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Chairperson | | |
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Working Group 1 Report: Methods | D. Wu and J. Garcia-Pereda | |||
Working Group 2 Report: NWP | I. Genkova and N. Bormann | |||
CGMS Ocean Vector Winds Task Team | A. Stoffelen | |||
Title | | |
Authors | | |
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Retrieval and Applications of Atmospheric Motion Vectors (AMVs) derived from Indian Geostationary Meteorological Satellites INSAT-3D/3DR: Present Status at ISRO | S. Deb, D. Sankhala, C. Sankhala | |||
Operational Wind Products at NOAA/NESDIS | H. Qi, J. Daniels, J. Key, P. Chang, A. Bailey, J Augenbaum | |||
Current Status and Plans of Operational Himawari-8/9 Wind Products at MSC/JMA | K. Shimoji, M. Abe | |||
Status of Operational AMV Products at EUMETSAT | R. Borde, O. Hautecoeur, M. Carranza, K. Barbieux | |||
Status of Operational Atmospheric Motion Vector from GEO-KOMPSAT-2A (GK2A) at KMA | H. Kim, E. Lee, E Sohn, J. Moon | |||
Status of AMVs from Fengyun Satellites | X. Zhang, J. Xu, F. Lu, L. Jiang, S. Wang | |||
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Authors | | |
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Status of ICWG Cloud Height Intercomparisons | A. Heidinger, S. Wanzong, Y. Li, C. White | |||
NWCSAF/High Resolution Winds: AMV Software for Geostationary and Polar Satellites – Status in 2021 | J. García Pereda, N. Håkansson | |||
Current Status of the EUMETSAT MTG-FCI AMV Prototype | M. Carranza, R. Borde | |||
Evolution of an Atmospheric Kármán Vortex Street from High-resolution Satellite Winds: Guadalupe Island Case Study | A. Horvath, W. Bresky, J. Daniles, J. Vogelzang, A. Stoffelen, J. Carr, D. Wu, C. Seethala, T. Günther, S. Buehler | |||
Lagrangian Coherent Structures in High-Frequency Satellite Winds of an Atmospheric Kármán Vortex Street | T. Günther, A. Horváth, W. Bresky, J. Daniels | |||
AMV Cross Correlation Matrices | G. Kelly, J. García Pereda | |||
Advancing the Dynamical Understanding of Tropical Storms and Atmospheric Rivers with Hyperspectral IR Atmospheric Motion Vectors and Radiance | S. Rafkin, K. Maschhoff, D. Santek, W. McCarty, A. Payne, F. Canon, A. Gambacorta, E. Hendricks, B. Hoover, B. Karpowicz, A. Michaelis, C. Rozoff, C. Velden, E. Weisz | |||
Derivation of Atmospheric Motion Vectors from Projected Low Earth Orbit Images | K. Barbieux, O. Hautecoeur, M. Carranza, R. Borde | |||
Expanding NOAA’s Atmospheric Motion Vector (AMV) Capabilities Toolbox | J. Daniels, J. Key, W. Bresky, J. Carr, H. Madani, S. Wanzong, C. Velden, D. Santek, R. Dworak, J. Apke | |||
Tandem Winds from S-NPP and NOAA-20 | D. Santek, J. Key, R. Dworak, S. Wanzong | |||
On the Development of a Dense Optical Flow Benchmark Dataset for Satellite Meteorology Applications | J. Apke, S. Miller, M. Rogers, K. Bedka | |||
Applications of High-Resolution Wind Estimates in Storms from 1-Minute GOES-16 Imagery Using an Optical Flow Technique | B. Rabin, C. Velden, D. Stettner, S. Wanzong | |||
GEO-GEO and GEO-LEO Stereo 3D Winds | J. Carr, J. Daniels, D. Wu, H. Madani, W. Bresky, M. Friberg | |||
Evaluations and Applications of Newly-Developed GEO-GEO and LEO-GEO Stereo Products | D. Wu, J. Carr, M. Friberg, K Bedka, M. Kelly | |||
Machine Learning Cloud Top Height: An Opportunity or Challenge for the Wind Community? | N. Håkansson, J. Garcia Pereda, A. Thoss | |||
Two Stage Artificial Intelligence Algorithm for Calculating Atmospheric Motion Vectors | A. Ouyed Hernandez, X. Zeng, L. Wu, D. Posselt, H. Su | |||
Wind Error Assessment with Triple and Quadruple Collocation Analysis | J. Vogelzang, A. Stoffelen | |||
Mitigation of Errors in GOES-17 Atmospheric Motion Vectors in NAVGEM | R. Stone, P. Pauley, H. Christophersen, J. Reeves, N. Baker | |||
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Authors | | |
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Shortwave Infrared and Day-Night Band VIIRS Polar Winds | R. Dworak, D. Santek, J. Key | |||
AMV Database: Presentation of a SQL Tool for Quick and Efficient Analysis of the Winds | O. Sus | |||
Deep-Dive Analysis of GOES-16/17 | A. Bailey, J. Daniels, W. Bresky, A. Allegrino, S. Wanzong, M. Kulie, A. Heidinger, J. Carr, J. Madani, C. Velden | |||
Study of AMV Speed Biases in Tropics | J. Staufer, R. Border, O. Hautecoeur, L. Chaumat | |||
Improved Monitoring of the Rapidly-Evolving Upper-Tropospheric Wind Fields over the Core of Hurricanes from High Spatiotemporal Resolution Geostationary Satellite Observations | D. Stettner, C. Velden, S. Wanzong, J. Daniels, W. Bresky | |||
Title | | |
Authors | | |
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Recent Work Using Satellite Winds at the German Weather Service | A. Cress | |||
Updates on AMV Datasets and Their Use at NCEP GSI | I. Genkova, A. Collard | |||
Generation and Application of Local High Resolution Multichannel AMVS for Operational NWP in the Australian Region | J. Le Marshall, D. Howard, S. Rennie, D. Ren, C. Tingwell, J. Daniels, J. Jung, S. Wanzong, A. Lim, Y. Xiao, T. Morrow, X. Wang | |||
Relative Impact of Polar Winds in HARMONIE-AROME | R. Randriamampianina, N. Bormann, H. Lawrence, I. Sandu, M. Køltzow, Z. Wang | |||
Use of GOES-17 AMV in the JMA’S Global NWP System | K. Nonaka | |||
Assimilation of INSAT AMVs in NCMRWF NWP System: An Evaluation of the Indian Summer Monsoon Onset Features | P. Sharma, U. Saha, S. Rani, M. Bushair, M. Gupta | |||
Monitoring and Assessment of AMV’s from Multiple Platforms Using the Global Forecast System at NCMRWF | K. Jyoti, S. Dutta, V. Prasad | |||
Investigation of Low Level AMV Height Assignment | K. Lean, N. Bormann | |||
An Assessment of Wind Impact from Several Observing Systems in the ECMWF Analysis | N. Bormann, A. Geer, K. Lean, M. Rennie | |||
Scatterometer Winds Use in Météo-France | C. Payan, A. Dhomps, J. Mahfouf | |||
Characterising AMV Errors Using the NWP SAF Monitoring | J. Cotton, A. Doherty, K. Lean | |||
Impact Assessment of Loon Stratospheric Balloon Observations Assimilated in NOAA’s Finite Volume Cubed Sphere Global Forecast System (FV3GFS) | K. Lukens, K. Ide. K. Garrett, L. Wang | |||
AMV Superobbing at the Met Office | M. Forsythe, H. Berger, A. Martins, J. Cotton | |||
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Authors | | |
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Improved Assimilation of Wind Retrievals at Met Norway | M. Mile, R. Randriamampianina, G. Marseille | |||
Assimilation of the GOES-16/17 Atmospheric Motion Vectors in the Hurricane Weather Forecasting (HWRF) Model | A. Lim, S. Nebuda, J. Jung, J. Daniels, W. Bresky, A. Mehra | |||
Update on AMV Activities at ECWMF and Assessment of New AMV Products | F. Warrick, K. Lean, N. Bormann | |||
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Authors | | |
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ESA’s Wind Lidar Mission Aeolus, Data Quality and Scientific Exploitation after 2.5 Years in Flight | A. Straume Lindner, J. von Bismarck, S. Bley, F. Ehlers, T. Fehr, T. Parrinello | |||
Aeolus – The First Doppler Wind Lidar in Space – How Well Does It Perform? | G. Marseille, A. Stoffelen, J. de Kloe, S. Albertema | |||
Aeolus Follow-on Configurations | G. Marseille, A. Stoffelen | |||
An Aeolus-AMV Collocation Study Using a Feature Track Correction (FTC) Observation Operator | R. Hoffman, K. Lukens, K. Ide, K. Garrett | |||
Evaluation of Aeolus Winds by Comparing to AIRS 3D Winds, Rawinsondes, and Reanalysis Grids | D. Santek, B. Hoover, H. Zhang, C. Moeller | |||
Assimilation of Aeolus Horizontal Line of Sight Wind Speed at the Met Office | G. Halloran, M. Forsythe, J. Cotton | |||
Operational Assimilation of Aeolus HLOS Winds in the Météo France Global NWP Model | V. Pourret, C. Payan, J. Mahfouf | |||
An Assessment of the Impact of Aeolus Doppler Wind Lidar Observations for Use in Numerical Weather Prediction at ECMWF | M. Rennie, L. Isaksen | |||
Impact of Aeolus DWL Data Assimilation in the JMA’s Global Data Assimilation System on Forecasting Skills for Typhoons | I. Okabe, K. Okamoto | |||
Refining the Assimilation of Aeolus Doppler Wind LIDAR Observations in NOAA/FV3GFS by adopting VarQC | K. Apodaca, L. Cucurull, I. Genkova, J. Purser X. Su, P. Marinescu, L. Bucci, H. Liu, K. Garrett | |||
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Authors | | |
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Assimilation of Aeolus HLOS Winds in HARMONIE-AROME at Met Norway | R. Azad, H. HARMONIE-AROME at Met Norway | |||
Title | | |
Authors | | |
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BLUE for the Scatterometer Constellation | A. Stoffelen, M. Belmonte, A. Trinidade, M. Portabella, G. De Chiara | |||
NWP Ocean Calibration for the CFOSAT ind Scatterometer and Wind Retrieval Evaluation | Z. Li, A. Stoffelen, A. Verhoef, J. Verspeek | |||
Extraction of 3D Wind Profiles from Hyperspectral IASI Level 2 Products | O. Hautecœur, R. Borde, P. Héas | |||
Harmony-TIR: Production and Assessment of Cloud-top Winds and Heights from GEO-GEO and SLSTR Stereo Retrieval Using the MISR Approach | R. Song, J. Muller | |||
Harmony-TIR: A Tandem EE10 Mission for Sentinel-1 for Better Understanding of Marine Boundary Layer Clouds and Their Interaction with the Ocean Surface: Initial ECSIM-DALES Simulations and Retrievals Using M2 | J. Muller, R. Song, G. van Zadelhoff, A. Soffelen, P. Lopez | |||
An Affordable Micro-Satellite Constellation of Infrared Spectral Sounders to Meet Future Atmospheric Vertical of Temperature, Water Vapor, and Wind Fields with Rapid Refresh | K. Maschhoff, V. Dolor, S. Reven, M. Janelle, L. Colom, B. Grenier, S. Tonderault | |||
Hurricane Ocean Wind Speeds | A. Stoffelen and G. Marseille, A. Mouche, F. Polverari M. Portabella, W. Lin, J. Sapp, P. Chang, Z. Jelenak | |||
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Authors | | |
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Assimilation of Wind Profiling Radar Data in GRAPES-MESO Model System | W. Dan, Z. Ruan | |||
Comparing Wildfire LEO-GEO and GEO-GEO Stereo Winds and Aerosols to WRF-CMAQ simulations | M. Friberg, D. Wu, J. Carr, J. Limbacher, Y. Zou, S. O'Neill | |||
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Climate Data Record of Atmospheric Motion Vectors at EUMETSAT: Status and Perspective | M. Doutriaux-Boucher, R. Huckle, A. Lattanzio, L. Medici, J. Onderwaater, J. Schulz, O. Sus, R. Borde, M. Carranza, O. Hautecoeur | |||
Analysis of the Polar Jet with the EUMETSAT Geostationary Atmospheric Motion Vectors Climate Data Record | A. Lattanzio, M. Doutriaux Boucher, R. Huckle, O. Sus, J. Onderwaater, L. Medici, M. Grant, J. Schulz | |||
AMV Reprocessing Activity for JRA-3Q at MSC/JMA | M. Abe, K. Shimoji, Y. Kosaka, S. Kobayashi | |||
Climate Data Record AMVs from LEO-Satellites | R. Huckle, M. Doutriaux-Boucher, A. Lattanzio, O. Sus, J. Onderwaater, L. Medici, R. Border, O. Hautecoeur, J. Schulz | |||
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Authors | | |
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Use of Wind Retrievals in Regional Reanalysis | P. Dahlgren, T. Valkonen | |||