APPENDIX: Table 1. — Frequency distribution of ripe ova diameters from selected parts of a swordfish ovary 



(sample BB-3). 



Subsamples 1 



Ocular 



micrometer Milli- 



units meters RAC RAM RAO RMC RMM RMO RPC RPM RPO LAC LAM LAO LMC LMM LMO LPC LPM LPO 



87 



1.7835 



1 





1 



■> 







2 





1 



















_ 



86 



1.7630 















1 

























85 



1.7425 



— 



2 











1 











1 









1 







84 



1.7220 



1 



— 



— 



— 



— 



2 



1 



1 



2 



— 



1 



— 



— 



— 



l 



— 



2 



— 



83 



1.7015 



— 



— 



1 



i 



— 



i 



3 



2 



5 



1 



1 



1 



— 



1 



— 



— 



1 



1 



82 



1.6810 



— 



3 



1 



— 



2 



4 



3 



2 



4 



1 



1 



4 



1 



— 



2 



— 



1 



1 



81 



1 .6605 



2 



2 



1 



3 



2 



3 



2 



4 



T 



3 



3 



j 



3 



-) 



1 



1 



1 



2 



80 



1.6400 



5 



2 



4 



4 



4 



4 



3 



7 



10 



4 



3 



6 



5 



T 



2 



4 



1 



1 



79 



1.6195 



4 



4 



6 



3 



4 



3 



2 



2 



7 



— 



5 



2 



-> 



4 



4 



3 



8 



3 



78 



1.5990 



4 



6 



6 



6 



3 



7 



10 



11 



9 



7 



5 



8 



5 



T 



3 



5 



5 



3 



77 



1.5785 



4 



6 



9 



1 



8 



2 



13 



14 



12 



5 



8 



8 



10 



4 



8 



11 



9 



11 



76 



1.5580 



10 



14 



8 



8 



5 



12 



9 



3 



14 



7 



9 



10 



7 



10 



11 



3 



5 



10 



75 



1.5375 



4 



11 



8 



12 



8 



10 



5 



13 



7 



11 



6 



3 



10 



5 



12 



9 



13 



12 



74 



1.5170 



■7 



11 



11 



7 



5 



4 



7 



11 



8 



7 



17 



12 



17 



10 



12 



7 



9 



8 



73 



1.4965 



11 



13 



7 



10 



12 



7 



10 



13 



20 



16 



20 



15 



13 



11 



13 



14 



14 



11 



72 



1.4760 



21 



13 



11 



11 



13 



10 



10 



10 



15 



11 



14 



17 



10 



18 



19 



13 



14 



11 



71 



1.4555 



18 



16 



6 



4 



7 



8 



9 



6 



7 



16 



16 



18 



11 



9 



11 



14 



18 



16 



70 



1 .4350 



14 



15 



10 



8 



15 



10 



7 



11 



12 



12 



15 



16 



16 



13 



13 



21 



11 



18 



69 



1.4145 



10 



s 



11 



6 



7 



7 



8 



8 



10 



7 



11 



4 



9 



14 



8 



13 



6 



12 



68 



1.3940 



20 



11 



9 



15 



16 



7 



12 



11 



12 



17 



8 



10 



20 



12 



10 



16 



12 



10 



67 



1.3735 



14 



11 



19 



11 



8 



13 



11 



8 



14 



12 



5 



12 



12 



10 



16 



10 



11 



21 



66 



1.3530 



6 



9 



10 



13 



11 



9 



17 



8 



3 



10 



8 



4 



8 



9 



5 



10 



8 



13 



65 



1.3325 



7 



6 



12 



11 



10 



16 



6 



7 



3 



5 



7 



12 



9 



8 



6 



5 



5 



6 



64 



1.3120 



4 



8 



5 



7 



-i 



5 



7 



9 



4 



8 



2 



6 



3 



12 



11 



9 



9 



6 



63 



1.2915 



10 



4 



8 



13 



6 



9 



4 



9 



4 



6 



7 



6 



4 



9 



5 



7 



5 



6 



62 



1.2710 



3 



9 



5 



4 



6 



5 



6 



7 



I 



12 



8 



5 



4 



10 



4 



8 



7 



4 



61 



1.2505 



3 



3 



3 



3 



6 



8 



9 



T 



-> 



4 



5 



4 



4 



3 



-> 



4 



9 



2 



60 



1.2300 



5 



4 



1 



5 



7 



4 



6 



4 



3 



^ 



4 



-> 



9 



6 



6 



1 





5 



59 



1.2095 



2 



3 



2 



4 



5 



3 



i 



5 



2 





— 



1 



1 



1 



3 



2 





1 



58 



1.1890 



-i 



— 



4 



5 



6 



3 



3 



4 



— 





— 



6 



3 



1 



3 



4 



6 



4 



57 



1.1685 



1 



-> 



6 



6 



5 



9 



-> 



2 



1 





2 



— 



— 



4 



2 



1 





1 



56 



1.1480 



1 



1 



-) 



-> 



3 



— 



— 



2 



1 





-> 



— 



— 



1 



— 



1 





— 



55 



1.1275 



■> 



1 



1 



■> 



6 



4 



1 



I 



1 





— 



1 



-> 



2 



2 



— 





— 



54 



1.1070 



— 



I 



4 



5 



3 



— 



1 



— 



1 





1 



3 



1 



1 



2 



1 



— 



— 



53 



1.0865 



-> 



— 



-> 



-> 



1 



1 



1 



1 



— 





1 



— 



— 



1 



1 



1 





— 



52 



1.0660 



1 



1 



3 



3 



1 



3 



3 



— 



1 



— 



— 



— 



— 



1 



— 



1 





— 



51 



1 .0455 



— 



1 



— 



1 



— 



-> 



1 



— 



2 





2 



1 



— 



1 



1 



— 



— 



— 



50 



1.0250 



— 



— 



i 



— 



— 







1 



— 



— 





2 



— 



— 



1 



1 



— 



— 



— 



49 

 48 

 47 



1.0045 

 .9840 

 .9635 



i 







■ 



i 







■ 







1 





i 



*> 









1 



i 











i 



i 

 1 



1 







i 

 1 



















i 













1 



— 



46 



.9430 



— 



— 



i 



1 



1 



1 























2 



— 



45 



.9225 













1 



1 

























44 



.9020 



— 



1 



































RAC - Right anterior center 



RAM - Right anterior mid-layer 



RAO - Right anterior outer layer 



RMC - Right middle region center 



RMM - Right middle region mid-layer 



RMO - Right middle region outer layer 



RPC - Right posterior region center 



RPM - Right posterior region mid-layer 



RPO - Right posterior region outer layer 



LAC - Left anterior center 



LAM - Left anterior mid-layer 



LAO - Left anterior outer layer 



LMC - Left middle region center 



LMM - Left middle region mid-layer 



LMO - Left middle region outer layer 



LPC " Left posterior region center 



LPM - Left posterior region mid-layer 



LPO - Left posterior region outer layer 



148 



