Ultj 



FISHERY BULLETIN OF THE FISH AND WILDLIFE SERVICE 



Sagitta — Contimifil 



111X1)111(1 



tvnuix 



SaUuda. Henry M.. 



Page 

 217, 218. 22(» 



21!) 



573-r)74 



Salnio (juiidiieri •')!). (iO. I'.J. 111. 1 I". 



Salmon : 



Chinook {Oiicorliipirliiis t.thdiiiitsclKi) ICJ-lsO 



442. 444, 4.''>.". 



age iletermination KiCi. 171 



age and growtli H'll 



annuliis H>"> 



antero-latei-al radius 1(>7. 109, 172. 17(i 



Salmon, chinwjk. fall : 



fed fingerling.s Itu;. 1(17 



tin-clipped I'l'l 



lin marks 17:1 



fmgerling migrants KHi 



fresh-water growth Ki.'. Hi!> 



fr.v migrants !''<> 



hatch-of-the-.vear 17ti 



incidental check 174. 17(1 



intermediate growth of eireuli lii<>, 172, 174 



marine annulus 17r, 



marine growth 1<>-", HI'-'. 171 



marked fish Klli. 171 



migration check 174 



modal length 171 



nuclear area I'i'^ 



nuclear growth zones lti"> 



nuclear zones Ki'i. 17:'. 



ocean growth Hid 



ocean nucleus lfi-~>. Kid. 17:-{. 174. 17."i 



sample means 17(1 



sample variances 172 



spring run lt>r> 



stream growth 166 



stream nucleus 165, 166, 173. 174 



suh-one age 174. 177 



suh-two age 174. 177 



summer growth 170 



transitional growtli 170 



true annulus 174 



T-test 170. 172 



unfed fr.v 166, 167 



unmarked fish 171 



variances 170 



Salmon : Chinook and soi-keye, performance in 

 transportation channels at velocities of 1 and 2 



f.p.s 50. 60, 61. 62 



Salmon : 



chum iOnforhynchux Icctii) 443. 444, 44S, 455 



coho (Oncnrhynchiis Kisiitch) 442, 444, 445, 455 



Pacific (genus Otuorlnincliii.i) 441-462 



guidance mechanisms, navigation.. 442, 457—160 

 orientation to electrical potentials.- 4.5,S— 160 



orientation to water movement 4.5S 



sun orientation 457-458 



navigation at sea 442, 457—460 



ocean migrations 441-457 



orientation at .sea 457 460 



Salnion Continued Page 



pink {Oiicorhyni-li IIS (/orhiixclid I : 



ahundanee 57.5-.5SG 



behavior 576-577, 5S5 



blood chemistry 203-207 



blood studies on 203-207 



disai)iiearance of eggs and alevins from 



spawning bed 575, 58;i-5S4 



distribution on siiawuiii;; ground 57.5-577, 



582-583, 585 



habitat 575, 578-579, 582-585 



hematology 203-207 



migralion 575-576 



mortality 584-585 



ocean migrations 443^48 



rate of travel 444-147 



stocks from East Kamchatka 446-448, 455 



stocks I'niMi southeastern Alaska and 



Uritish Cohunbia 443-446, 455 



with respect to ocean currents- 443, 445-448 



potential deposition of eggs 583-584 



retention of eggs 579 



spawning 57.5-577, .581—5.85 



sockeye { Oncorhynchus nerka) : 



Columbia River 131, 133. 134, V.Hi, 



137, 1.3S, 1.39, 140, 141, 142, 143. 144, 14.5, 146 



delays in migration 131, 



13:',. 1.36. 140, 141. 144, 145. 146 

 ocean migrations of stocks from Uristol 



Bay 448-455 



rate of travel 4.52 



seasonal timing of migration 44S. 



449. 4.54 456 



with respect to ocean currents 450—457 



Okanogan River 131, 1.33, 134. 135. 136. 



137, i:^S, 139, 140, 141, 142, 143, 144, 145, 146 



smolLs l''^3 



tagging studies 131, 133-134. 



1.36, i:i7, i;?S, 139, 11(1. Ill, III. 14.5, 146 



Salvelinus namayciinh 173 



Sardine ( Sardinopn melanosticta) 593, 596 



Sai'dinc. l'a<-ilic i Sanlitiops cacnilt'ii) : 

 av.iilabilit.v : 



age dependent changes .587-.58S, 592 -594 



egg cen.sus .59.5-596 



relation to ocean temperature 590-593 



season dependent changes- .587-588. 500, 592 

 catch : 



catch age and year class in relation 



to .588-.589. .591 92 



catch curves of Pacific sardine 589, 592 



catch data .587. 590-.592 



catch per unit of effort 580-92, .595 



catch per unit of effort in Central 



California ■591 



catch per (Uiit of effort in Southern 



California -502 



deviations of catch correlated to tem- 



IK-rature 590-.592 



