2 peter b rhines gfd 1 slides winter 2004 january sea
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2 Peter B. Rhines GFD-1 Slides - winter 2004 january sea level - PDF document

2 Peter B. Rhines GFD-1 Slides - winter 2004 january sea level pressure July sea level pressure Dynamic height-1000mb vs. latitude..curves for different longitudes 1 January 2003 (strongly varies east-west) northern summer Dynamic


  1. 2 Peter B. Rhines GFD-1 Slides - winter 2004

  2. january sea level pressure

  3. July sea level pressure

  4. Dynamic height-1000mb vs. latitude..curves for different longitudes 1 January 2003 (strongly varies east-west) northern summer

  5. Dynamic height vs. latitude, zonally averaged for day 1 (blue) and day 180 (red) of 2003...range from 0 to 35 km altitude latitude

  6. Hsu+Wallace MWR 76

  7. pressure at the North Pole through the year 2003 52.5N zonal average dynamic height 2003

  8. While readily carried by two people, the 52kg gliders must be handled carefully, particularly at sea.

  9. !

  10. Glider 008 shows the cold shelf water near Fyllas Bank (left) and as it moved down the continental slope passed the warm Irminger Current water (profles 9-12). Near profiles 21-30 it was twirled by a warm anticyclonic eddy with strong currents (next slide) The horizontal sampling density of the saw-tooth path averages 3 km; ship-borne hydrographic sections have typical sampling density of 50 to 100km

  11. Two Seagliders launched by UW oceanography, 2 Oct 2004 from Nuuk, west Greenland

  12. TOPEX/Poseidon sea surface height anomaly, corresponding to geostrophic upper ocean circulation (minus its time-average): Rossby waves and synoptic scale eddies, equatorial upwelling/zonal jets, eddies marking the paths of the Antarctic Circumpolar Current, Gulf Stream and Kuroshio..and much more .

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