Assessment of length-of-day and universal time predictions based on the results of the Second Earth Orientation Parameters Prediction Comparison Campaign

  1. Śliwińska-Bronowicz, J.
  2. Kur, T.
  3. Wińska, M.
  4. Dobslaw, H.
  5. Nastula, J.
  6. Partyka, A.
  7. Belda, S.
  8. Bizouard, C.
  9. Boggs, D.
  10. Bruni, S.
  11. Chen, L.
  12. Chin, M.
  13. Dhar, S.
  14. Dill, R.
  15. Ferrandiz, J.M.
  16. Gou, J.
  17. Gross, R.
  18. Guessoum, S.
  19. Han, S.
  20. Heinkelmann, R.
  21. Irrgang, C.
  22. Kiani Shahvandi, M.
  23. Li, J.
  24. Ligas, M.
  25. Liu, L.
  26. Lu, W.
  27. Mayer, V.
  28. Michalczak, M.
  29. Modiri, S.
  30. Otten, M.
  31. Ratcliff, T.
  32. Raut, S.
  33. Saynisch-Wagner, J.
  34. Schartner, M.
  35. Schoenemann, E.
  36. Schuh, H.
  37. Soja, B.
  38. Su, X.
  39. Thaller, D.
  40. Thomas, M.
  41. Wang, G.
  42. Wu, Y.
  43. Xu, X.
  44. Yang, X.
  45. Zhao, X.
  46. Zhou, Z.
  47. Show all authors +
Journal:
Journal of Geodesy

ISSN: 1432-1394,  0949-7714

Year of publication: 2024

Volume: 98

Issue: 3

Type: Article

DOI: 10.1007/S00190-024-01824-7 GOOGLE SCHOLAR lock_openOpen access editor

Sustainable development goals

Data source: Scopus