Table 13. Cunna 

 proTr 



Horn to 



mptn^aa* 



Ichthyopla 

 (farvi«V 



Trial > 



unit I J ■ B F-e FCoXtK )• 



I 2 



nit J I • B F-B FCoKtK 

 t I 2 I 



tH I •-» 5Cat(tK 1«B 



1 t-l i t-3 J t-U 



I? 



EN J =-B SCosltK l-b 



t I 12 ' 



NB Z <-■ SCoXtK I' 



NB 2 "-B SCo>(tK )-a 



t I 12 J 



IN 2 ■ a SSin(CK l-B 



I t-l 

 ,S5in(tR^l- 



iSin(tR |-S( 



SCo«(tn )-», 



SSmltK^I- 



t-2 3 t-3 



SCol(t» )•( 



23.2 353 



22.8 353 



1 t-l 2 t-5 3 t-e 



Oiltic I 



SSinltH l»fl^SC<ll(tK^| 



SCosltK, I 



72 



SCoXtK 1-6 SSin(t« I -B SCo>(tll |-B 5Cot(tK )• 

 72 3 12 «. 12 i * 



1 t-l 2 t-27 

 JC 2 >-B SCotltK )-B 



Slin(tK )-B SCoi(tK I 



2 1 t-l 2 t-2 3 1-6 



10.2 176 IB. 9 2l> 



13.0 170 12.7 26 



Ma4n of th« In trAnsfomad catchai in a kampla par 



ragrat&lon coafficiantfc 



tiM In day! 



constant to uaa for pariod of duration m (aontht) 



ratidual (pradictad-ob^arvad) 



cooling Matar flow rata at indicatad unit 



fcaa«onal coafficiant 



nuwbar of ohkarvatloni contributing to the Xurror 



were real. The models for all programs explained over 75% of the 

 variation during the modeling period. The egg models had the largest R"* 

 value (0.94 and 0.96, respectively). The 1983 egg data were very close 

 to the predicted values while the larval data were two orders of 

 magnitude higher than predicted (Fig. 26). Most 1983 data fell within 

 the 95% confidence interval predicted by trawl and impingement models 

 (Fig. 27). 



Gunner were common in all monitoring programs except seines. They 

 were most abundant in rocky inshore regions during June through July. 

 The harmonic regression models described fluctuations in catch 

 reasonably well as indicated by R^ values greater than 0.77. The 1983 

 forecasts did not deviate greatly from model predictions. 



43 



