r output oPDui 



10" LONGITUDE < 



COHMJTE AVERAGE TEMPERATURE 



BAROMETRIC PRESSURE. 

 fINO SPEED, AND wind VEC 



compute sverace 

 temperature: 



COMPUTE HEAT suocet V 



from equations and lc 

 tables 



r- v 



OHPUTF AVERAGE IWFt«HJKS , 

 I - ' ' BIACWEIHC 



REEEUMS. CLOUC COVE*, wind 

 EEEEO, W WHO VEETOHS 



MKITE 5* GUTEUT HEAO'N 



Figure 6. —Schematic flow chart depicting the major data processing functions performed by the Control Data Corporation 

 1604 computer at the University of California, San Diego. See Appendix A for key to numerical designations. (Continued) 



Monthly Data Readout 



It is becoming increasingly clear to marine 

 scientists that much interaction occurs between 

 the ocean and the atmosphere (Eber and Sette, 

 1959; Hanzawa, 1962; Namias, 1963; Uda, 1960, 

 1962). To provide data for research into air-sea 

 interaction studies, not only sea surface tem- 

 peratures but also other variables contained in 

 the marine synoptic weather report are sum- 

 marized. The basic elements of the monthly 

 data compilations are listed in four major 

 tables, as follows 1 : 



Table 1.001- 1.069 --Sea surface temperatures 

 (° F.) with number of observations by 1-degree 

 quadrangles for the month of [entry changes 

 each month]. 



Table 2.001-2.184 --Barometric pressures 

 (mb.), X- and Y-wind vectors (knots), and 

 average wind speed (knots) with number of 

 observations by 1-degree quadrangles for the 

 month of [same as above]. 



Table 3.001-3.046 --Sea surface temperatures 

 ( F. and C.) and number of observations by 

 2-degree quadrangles for the month of [same 

 as above]. 



x For convenience in output assembly, pages within each 

 table are numbered consecutively from .001. 



Table 4.001-4.069 --Sea surface temperatures 

 ( C), air temperatures (° C.), dew point 

 temperatures (° C), barometric pressures 

 (mb.), X- and Y-wind vectors (knots), average 

 wind speeds (knots), cloud cover (tenths of 

 sky covered), and heat budget (calories per 

 square centimeter per day), with number of 

 observations by 5-degree quadrangles for the 

 month of [same as above]. 



Sample page copy of each table listed above is 

 included in Appendix C. Each table conforms 

 to the following conventions: 



1. Latitude and longitude range headings -- 

 Identify a 10-degree wide strip of longitude 

 and give its length in latitude. Each successive 

 page with identical range headings belongs in 

 the same 10-degree strip. 



2. Latitude and longitude indices --Give 

 map location of each piece of data. Answer is 



