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• W2113880963 abstract "The advent of high accuracy satellite altimetry in the 1990's brought the first global view of ocean dynamics, which together with a global network of supporting observations brought a revolution in understanding of how the ocean works [1]. At present a constellation of flying satellite missions routinely provides sea level anomaly, sea winds, sea surface temperature (SST), ocean colour, etc. with mesoscale resolution (50km to 100km, 20 to 150 days) on a near global scale. Concurrently, in situ monitoring is carried out by surface drifters, Argo floats, moorings, sea gliders as well as ship-borne CTD (Conductivity-Temperature-Depth) and XBT (Expendable Bathythermograph) (to measure profiles of temperature and salinity), and ADCP (Acoustic Doppler Current Profiler) (to measure current velocity profiles). This global observational system allowed observational oceanography to develop into an essentially quantitative science. This became possible because 1) the accuracy and volume of observations exceeded critical values, 2) numerous studies demonstrated good agreement between independent datasets, and critically 3) the data resolution crossed the threshold of revealing much of the mesoscale in two-dimensions, when previously it was only revealed in one-dimension along satellite ground tracks [2] with wide gaps in between. Fortuitously computing power kept pace allowing basin scale numerical ocean models to cross the threshold of revealing the mesoscale around the turn of the century [3]. The mesoscale is characterized by the most energetic motions and strong nonlinear interactions, issuing in a more complex range of phenomena. Below in Sect. 1 we present some highlights of this development. In Sect. 2, we describe future prospects, and Sect. 3 provides a reminder of the importance of maintaining continuity of high-quality observations. We conclude in Sect. 4 with discussion of integrating optimizing the observing system..." @default.
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• W2113880963 date "2010-12-31" @default.
• W2113880963 modified "2023-10-01" @default.
• W2113880963 title "Satellite Altimetry and Key Observations: What We've Learned, and What's Possible with New Technologies" @default.
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• W2113880963 cites W1513036161 @default.
• W2113880963 cites W1601136134 @default.
• W2113880963 cites W1964208519 @default.
• W2113880963 cites W1973443548 @default.
• W2113880963 cites W1979204798 @default.
• W2113880963 cites W1980027272 @default.
• W2113880963 cites W1981509892 @default.
• W2113880963 cites W1986774616 @default.
• W2113880963 cites W1989511736 @default.
• W2113880963 cites W1994769950 @default.
• W2113880963 cites W2000152887 @default.
• W2113880963 cites W2000673568 @default.
• W2113880963 cites W2011237088 @default.
• W2113880963 cites W2011276473 @default.
• W2113880963 cites W2011933401 @default.
• W2113880963 cites W2012407814 @default.
• W2113880963 cites W2013914686 @default.
• W2113880963 cites W2020934441 @default.
• W2113880963 cites W2024220256 @default.
• W2113880963 cites W2038176330 @default.
• W2113880963 cites W2038433476 @default.
• W2113880963 cites W2043124831 @default.
• W2113880963 cites W2048271710 @default.
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• W2113880963 cites W2049125544 @default.
• W2113880963 cites W2052095728 @default.
• W2113880963 cites W2053050915 @default.
• W2113880963 cites W2073636625 @default.
• W2113880963 cites W2079363075 @default.
• W2113880963 cites W2085488537 @default.
• W2113880963 cites W2086303902 @default.
• W2113880963 cites W2087003207 @default.
• W2113880963 cites W2088007463 @default.
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• W2113880963 doi "https://doi.org/10.5270/oceanobs09.cwp.76" @default.
• W2113880963 hasPublicationYear "2010" @default.
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