PROGRAM ABSTRACTS BY CATEGORY 



BIOLOGICAL OCEANOGRAPHY 



RYLD» BIOM 



(COPY ON FILE AT NODC 

 COMPUTES THE APPROX 

 THER of TWO METHODS 

 PROGRAM SIMPLY COMP 

 OUTPUT — AN EQUILIB 

 PONDING TO 20 AGES 

 AND J. A. THOMSON. T 

 1968). EARLIER VER 

 FISHERIES, UNIVERSI 



LANGUAGE - FORTRAN IV 

 COMPUTER - IBM 1130 



IMATE YIELD OF A FISH STOCK PER RECRUITMENT BY EI- 

 , (ARITHMETIC OR EXPONENTIAL APROX I MAT IONS ) . OR THE 

 UTES THE STOCK BlOMAss WHEN THERE IS NO FISHING. 

 RIUM YIELD MATRIX WITH UP TO '^OO ENTRIES CORRES" 

 AT ENTRY AND 20 MULTIPLIERS. AUTHORS — L.V. PIENAAR 

 ECHNICAL REPORT NO. 92 (UNPUBLISHED MANUSCRIPT, NOV 

 SION OF PROGRAM WRITTEN BY L. E. GALES, COLLEGE OF 

 TY OF WASHINGTON. DIRECT INQUIRIES TO - 



FISHERIES RESEARCH BoArD qF CANADA 

 BIOLOGICAL STATION 

 NANAIMO, B. C. 



CHLOROPHYLL PIGMENT AND CAROTENOID PIGMENT LANGUAGE - FORTRAN II 



COMPUTER - IBM 162o II 

 (COPY ON FILE AT NODC) 



TWO SIMILAR BUT SEPARATE ROUTINES. CALCULATION METHOD BASED ON THE 

 USE OF 1.0 CM. CELLS. DATA CARDS INPUT, OUTPUT IS PRINTED LISTING AND 

 PUNCH CARDS. AUTHOR — DR. MALCOLM HAIR. 



INSTITUTE OF MARINE SCIENCE 



ADELPHT UNIVERSITY 



OAKDALE, LONG ISLAND, N.Y. 11769 



COMBINED CHLOROPHYLL AND PRODUCTIVITY 



LANGUAGE 

 COMPUTER 



FORTRAN IV' 

 CDC 6400 



(copy on file at 

 computes assim 



quantities of 

 in sea water, 

 programs prepa 

 phyll program 

 quations of ri 

 14) determines 

 sen's method, 

 cards. the li 

 sion program t 

 a. finally, a 

 iables as a FU 

 tion of any gi 



NODC) 

 ILATION OF PRODUCTIVITY IN SEA WATER AND COMPUTES THE 



CHLOROPHYLL A, B, AND C, AND THE AMOUNT OF CAROTENOIDS 



WRITTEN BY MARSHA WALLIN, NOV 1963. BASED UPON TWO 

 RED IN 1962 FOR THE IBM 709 BY M.R. RONA. THE CHLORO- 

 DETERMINES THE AMOUNT OF PLANKTON PIGMENTS USING THE E- 

 CHARDS AND THOMPSON. THE PRODUCTIVITY PROGRAM (CARBON 

 THE PRODUCTION OF MARINE PHYTOPlaNKTON BY USING NElL- 

 OUTPUT CONSISTS OF BOTH PRINTED MATTER AND OF LIBRARY 

 BRARY CARDS MAY BE USED As INPUT TO A MULTIPLE REGRES- 

 DERIVE A RELATION BETWEEN PRODUCTIVITY AND CHLOROPHYLL 

 PLOT ROUTINE MAY BE CALLED TO GRAPH ONE OR SEVERAL VAR- 

 NCTION OF DEPTH, OR TO DISPLAY THE HORIZONTAL DISTRlBU- 

 VEN PROPERTY. REVISED IN 1969 Fqr THE CDC-6400. 



DR. G. C. ANDERSON 

 DEPARTMENT OF OCEANOGRAPHY 

 UNIVERSITY OF WASHINGTON 

 SEATTLE, WASH. 98105 



- FORTRAN IV 

 CDC 6600 



ECOPROD LANGUAGE 



COMPUTER 

 (COPY ON FILE AT NODC) 



COMPUTES GROSS AND NET PRODUCTIVITY, RESPIRATION, P/R RATIO, PhOTOSYN- 

 THEtIC quotient, EFFICIENCY, DIFFUSION COEFFICIENT, GIvEN SUNLIGHT DA- 

 TA AND DIURNAL MEASURES OF OXYGEN AND/OR CARBON DIOXIDE. CORE STORAGE 

 REQUIRED — 25,000 60-BIT WORDS. AUTHOR — WILLIAM LONGLEy. 



THE UNIVERSITY OF TEXAS 



PAGE 005 



