254 



SCMEMIE FOIP, SUI6SUII2,FACIE 

 THERMAL STIRUCTIUIPME 

 ANALYSES AND FDRECASTII NO 



|5EA$ SWELL 

 P,EPOt^.T5 



ATMOSPHERIC 



ANALYSES 

 WINDS, TtMPeRaTURe 



HUMIOITV, CLOUDS 



eeA-6UP,FACE 

 TEMR REPORTS 



PREVIOUS ANALYSES, 

 HYDROCLIME DATA,' 

 AND ftX REP0W5 



SEA ANC SWELL- 

 ANAL.VSE5 



M.L.D, feV 

 WAVE MIXING 



< 



SLiftFACE CIIP,RENTS 

 ANALVSES 



CONVERcjENCE 

 ""^R PIVEP,'NCE 



:i 



HEAT &UDOET 

 COMPUTATIONS 



^ 



CONVECTIVE 

 STlpz,t2, lNQ 

 1 



6EA-5URFAC:E TEMPER- 

 ATUP.E £>NALY5E5 (SSTJ 



5Ufo5U[2>FACE TME|2,MAL 5TP,UCTU12,E 

 ANALYSES. CM.L.Q, TUERMAL G|2,Ai:»- 

 lENT, TEMR AT STANDAP^D DEPTHS 



ATMOSPMEP^IC FORECASTS 



FEED fiACK TO 

 ATMOSPHERIC FORECASTS 



WAVE, CUIZ.P.ENTS, 

 WEAT fbUDOET AND 

 S.ST F0I2,ECASTS 



SUBSURFACE THERMAL 

 5TP,UCTU|2,E FO(2,ECA5T5 



Figure 8. Fleet Numerical Weather Facility, Monterey Scheme for Subsurface 

 Thermal Structure Analyses and Forecasting. 



