Miscellaneous model figures ...

• Example time series: Entire series   2-year segment   1-year segment
• Spectra: Periodograms   Spectra overlaid   Separate plots    Variance preserving    Running sum of periodograms
• A test with only periodic signals: Time series detail   Spectra   Running sum of periodograms

• Are These Instabilities? (37 Kb)
• Doppler-shifting of TIW? (54 Kb)
• TAO Meridional Current at 110W during 1984, 85, 88, 90 (22 Kb)

-> Baroclinic mode theoretical stuff (vintage 1993) ....

• A derivation of these modes, with tables    Another version (old?)
• Plot of the modes for mid-Pacific stratification (0-4000m)  Detail to 1000m

-> Finding vertical modes in the Gent/Cane model (a really cool idea of Dennis's).

• Vertical EOF modes for Gent/Cane model
• Vertical baroclinic modes for Gent/Cane model (u)
  Shows the vertical structures and associated horizontal modes for ZONAL current on the equator.
• Vertical baroclinic modes for Gent/Cane model (v)
  Shows the horizontal modes for MERIDIONAL current on the equator.
• Projection of V onto vertical mode 1 Yanai wave

-> From the Battisti version of the Cane/Zebiak ocean model ...

• RMS h for various wind patches along the equator

-> A Gent/Cane model run to look at the effect of the 7° TAO wind bias:

• Figures comparing a control run vs a run with rotated winds

-> This is really miscellaneous!
        In these figures, "the model" means Gent and Cane ....

• Equatorial and Peru upwelling transport in the model
• Std Dev of evaporative heat flux in the model
• The cold tongue heat balance terms in flux form
• Relation between windspeed and mixed layer depth
• Comparing the NECC in Rong-hua Zhang's and my runs
• Mean meridional circulation comparing the east and central Pacific

-> Horizontal flow in a few layers (Gent/Cane model).

• Temperature and velocity in layer 3
• Temperature and velocity in layer 5
• Temperature and velocity in layer 8

-> An example of the model blowing up.

• Here's an eddy spinning up to a crash
• Even though it satisfies the linear CFL condition!

-> Figures made comparing the the meridional circulation in MOM2 vs CCSM2.

• Work done preparing the PUMP poster for AGU Portland, Jan 04

  	Dr. William S. Kessler NOAA / PMEL / OCRD 7600 Sand Point Way NE Seattle WA 98115 USA	Tel:   206-526-6221 Fax:  206-526-6744 E-mail:  william.s.kessler@noaa.gov
  See also:	Kessler home page        Kessler publications         PMEL home page