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- W3157484871 abstract "Abstract Near-inertial internal waves (NIWs) are thought to play an important role in powering the turbulent diapycnal mixing in the ocean interior. Nevertheless, the energy flux into NIWs below the surface boundary layer (SBL) in the global ocean is still poorly understood. This key problem is addressed in this study based on a Community Earth System Model (CESM) simulation with a horizontal resolution of ~0.1° for its oceanic component and ~0.25° for its atmospheric component. The CESM shows good skill in simulating NIWs globally, reproducing the observed magnitude and spatial pattern of surface NIW currents and wind power on NIWs ( W I ). The simulated downward flux of NIW energy ( F SBL ) at the SBL base is positive everywhere. Its quasi-global integral (excluding the region within 5°S-5°N) is 0.13 TW, about one-third the value of W I . The ratio of local F SBL to W I varies substantially over the space. It exhibits an increasing trend with the enstrophy of balanced motions (BMs) and a decreasing trend with W I . The kinetic energy transfer from model-resolved BMs to NIWs is positive from the SBL base to 600 m but becomes negative further downwards. The quasi-global integral of energy transfer below the SBL base is two orders of magnitude smaller than that of F SBL , suggesting the resolved BMs in the CESM simulations making negligible contributions to power NIWs in the ocean interior." @default.
- W3157484871 created "2021-05-10" @default.
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- W3157484871 date "2021-04-28" @default.
- W3157484871 modified "2023-09-27" @default.
- W3157484871 title "Energy Flux into Near-Inertial Internal Waves Below the Surface Boundary Layer in the Global Ocean" @default.
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- W3157484871 cites W1963549306 @default.
- W3157484871 cites W1979204798 @default.
- W3157484871 cites W1980534553 @default.
- W3157484871 cites W1982631283 @default.
- W3157484871 cites W1984009798 @default.
- W3157484871 cites W1984179025 @default.
- W3157484871 cites W1984667039 @default.
- W3157484871 cites W1992929261 @default.
- W3157484871 cites W1993454455 @default.
- W3157484871 cites W1998648897 @default.
- W3157484871 cites W2000752159 @default.
- W3157484871 cites W2006093761 @default.
- W3157484871 cites W2007104457 @default.
- W3157484871 cites W2009928161 @default.
- W3157484871 cites W2012133009 @default.
- W3157484871 cites W2015475507 @default.
- W3157484871 cites W2017535665 @default.
- W3157484871 cites W2025462453 @default.
- W3157484871 cites W2026523672 @default.
- W3157484871 cites W2029786043 @default.
- W3157484871 cites W2031127053 @default.
- W3157484871 cites W2033206171 @default.
- W3157484871 cites W2033885940 @default.
- W3157484871 cites W2034434715 @default.
- W3157484871 cites W2038657613 @default.
- W3157484871 cites W2040569206 @default.
- W3157484871 cites W2042293573 @default.
- W3157484871 cites W2044196627 @default.
- W3157484871 cites W2049002529 @default.
- W3157484871 cites W2051497614 @default.
- W3157484871 cites W2064434571 @default.
- W3157484871 cites W2080852376 @default.
- W3157484871 cites W2081612233 @default.
- W3157484871 cites W2084461152 @default.
- W3157484871 cites W2087799679 @default.
- W3157484871 cites W2093965092 @default.
- W3157484871 cites W2096340792 @default.
- W3157484871 cites W2098186643 @default.
- W3157484871 cites W2114094265 @default.
- W3157484871 cites W2115247641 @default.
- W3157484871 cites W2118648278 @default.
- W3157484871 cites W2122542484 @default.
- W3157484871 cites W2127150857 @default.
- W3157484871 cites W2137282802 @default.
- W3157484871 cites W2140140743 @default.
- W3157484871 cites W2146074096 @default.
- W3157484871 cites W2149837251 @default.
- W3157484871 cites W2155652500 @default.
- W3157484871 cites W2166485214 @default.
- W3157484871 cites W2170684449 @default.
- W3157484871 cites W2179335493 @default.
- W3157484871 cites W2199368393 @default.
- W3157484871 cites W2201940106 @default.
- W3157484871 cites W2308069605 @default.
- W3157484871 cites W2321821390 @default.
- W3157484871 cites W2400488166 @default.
- W3157484871 cites W2527245675 @default.
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- W3157484871 cites W2790361312 @default.
- W3157484871 cites W2804763815 @default.
- W3157484871 cites W2891929705 @default.
- W3157484871 cites W2899135435 @default.
- W3157484871 cites W2916570767 @default.
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- W3157484871 cites W3080792295 @default.
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- W3157484871 doi "https://doi.org/10.1175/jpo-d-20-0276.1" @default.
- W3157484871 hasPublicationYear "2021" @default.
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