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123 results on '"Collins, Clarence"'

5. 5. Teddy

Author

Collins, Clarence, Kiene, Tony, and Willie, Pepé

Published
2020

6. Colophon

Author

Collins, Clarence, Kiene, Tony, and Willie, Pepé

Published
2020

7. Back Cover

Author

Collins, Clarence, Kiene, Tony, and Willie, Pepé

Published
2020

8. Index

Author

Collins, Clarence, Kiene, Tony, and Willie, Pepé

Published
2020

9. 19. If You See Me

Author

Collins, Clarence, Kiene, Tony, and Willie, Pepé

Published
2020

10. Afterword

Author

Collins, Clarence, Kiene, Tony, and Willie, Pepé

Published
2020

12. Image Plates

Author

Collins, Clarence, Kiene, Tony, and Willie, Pepé

Published
2020

14. 23. Hall of Fame

Author

Collins, Clarence, Kiene, Tony, and Willie, Pepé

Published
2020

16. 20. Morris

Author

Collins, Clarence, Kiene, Tony, and Willie, Pepé

Published
2020

18. 16. Homecoming

Author

Collins, Clarence, Kiene, Tony, and Willie, Pepé

Published
2020

20. 11. 94 East

Author

Collins, Clarence, Kiene, Tony, and Willie, Pepé

Published
2020

21. 3. The Stonekillers

Author

Collins, Clarence, Kiene, Tony, and Willie, Pepé

Published
2020

22. Foreword

Author

Collins, Clarence, Kiene, Tony, and Willie, Pepé

Published
2020

23. 9. Hollywood

Author

Collins, Clarence, Kiene, Tony, and Willie, Pepé

Published
2020

24. 13. For You

Author

Collins, Clarence, Kiene, Tony, and Willie, Pepé

Published
2020

25. 14. The Band

Author

Collins, Clarence, Kiene, Tony, and Willie, Pepé

Published
2020

27. 6. Now What?

Author

Collins, Clarence, Kiene, Tony, and Willie, Pepé

Published
2020

28. 7. Shauntel

Author

Collins, Clarence, Kiene, Tony, and Willie, Pepé

Published
2020

32. Prologue: Dreams

Author

Collins, Clarence, Kiene, Tony, and Willie, Pepé

Published
2020

33. Wave-ice interaction in the North-West Barents Sea

Author

Marchenko, Aleksey, Wadhams, Peter, Collins, Clarence O, Rabault, Jean, and Chumakov, Mikhail

Subjects
Physics - Atmospheric and Oceanic Physics
Abstract

The results of field work on drift ice during wave propagation are analyzed and presented. The field work was performed in the Barents Sea, and the main focus of the paper is on wave processes in the MIZ. A model of wave damping in broken ice is formulated and applied to interpret the field work results. It is confirmed that waves of higher frequencies are subjected to stronger damping when they propagate below the ice. This reduces the frequency of most energetic wave with increasing distance from the ice edge. Difference of wave spectra measured in two relatively close locations within the MIZ is discussed. The complicated geometry and dynamics of the MIZ in the North-West Barents Sea allow waves from the Atlantic Ocean and south regions of the Barents Sea to penetrate into different locations of the MIZ.

Published
2019
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34. Performance of moored GPS wave buoys

Author

Collins, Clarence O., primary, Dickhudt, Patrick, additional, Thomson, Jim, additional, de Paolo, Tony, additional, Otero, Mark, additional, Merrifield, Sophia, additional, Terrill, Eric, additional, Schonau, Martha, additional, Braasch, Lancelot, additional, Paluszkiewicz, Theresa, additional, and Centurioni, Luca, additional

Published
2024
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37. Performance of ERA5 wind speed and significant wave height within Extratropical cyclones using collocated satellite radar altimeter measurements.

Author

Lodise, John, Merrifield, Sophia, Collins, Clarence, Behrens, James, and Terrill, Eric

Subjects
CYCLONES, WIND speed, ALTIMETERS, STORMS, RADAR, OCEAN waves, HURRICANES
Abstract

Similar in strength to hurricanes, Extratropical Cyclones (ECs) are responsible for innavigable sea states, coastal inundation and erosion, and subsequent destruction to coastal infrastructure. Across modern operational wave models, there exists a known systematic underestimation of wave heights during these extreme events. Using a global database of EC storm tracks and 36 years of satellite altimeter data, we examine EC structure and assess model performance through storm centered composite analyses of significant wave height (${H_s}$ H s ) and U10 wind speed ($|U10|$ | U 10 | ). Through the collocation of satellite altimeter observations with a state-of-the-art reanalysis product (ERA5), we investigate model performance with respect to $|U10|$ | U 10 | and ${H_s}$ H s within ECs of varying intensities. By rotating our data reference frames, we align all storm directions to account for asymmetry in EC wind fields and subsequent increased wave growth This rotation results in the organization of the strongest wind speed and ${H_s}$ H s , as well as trends in the ERA5 performance. A characteristic EC radii is calculated and used to normalize data coordinates in the storm centered reference frame, which highlights the organization of EC structures. Performance metrics are then compared within different EC quadrants to explore the relationship between wind forcing accuracy and underestimation of ${H_s}$ H s . [ABSTRACT FROM AUTHOR]

Published
2024
Full Text
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