作者: Jens Morten Hansen , Troels Aagaard , Antoon Kuijpers
DOI: 10.2112/JCOASTRES-D-14-00204.1
关键词: Post-glacial rebound 、 Climatology 、 Tide gauge 、 Lunar precession 、 Oceanography 、 North Atlantic oscillation 、 Sea level 、 Geology 、 Atlantic multidecadal oscillation 、 Forcing (mathematics) 、 Oscillation
摘要: ABSTRACT Hansen, J.M.; Aagaard, T., and Kuijpers, A., 2015. Sea-level forcing by synchronization of 56- 74-year oscillations with the Moon's nodal tide on northwest European Shelf (eastern North Sea to central Baltic Sea). The long-term records reveal a strong correlation (0.997) between sea-level changes sum identified harmonic oscillations, corresponding lunar period four multiples it. We developed transparent method for iterative least residual sine regression that is capable identifying e.g., gravitational effects oscillation. Three relatively large lengths 18.6 (18.6), 60.5 (55.8), 76.1 (74.4) years correspond well factors 1, 3, 4 18.6-year (multiple periods in parentheses). these leaves small residuals can be resolved into two further, statistically less signi...