FISHERY BULLETIN: VOL. 77. NO. 1 



Table 4.— Body proportions of larvae and juventies of Sebastes cramen.S. pinniger. andS. helvomaculatus . 

 Values given are percent standard length iSL) or head length (HLl including mean, standard deviation, and 

 range in parentheses. (Number of specimens measured may be derived from Tables 5, 8. and 11.) 



Item 



Sebastes 

 cramerl 



Sebastes 

 pinniger 



Sebastes 

 helvomaculatus 



Body depth at pectoral tin baseiSL: 

 Flexion 

 Postflexion 

 Transforming 

 Pelagic Juvenile 

 Benthic Juvenile 

 Body depth at anusiSL: 

 Flexion 

 Postflexion 

 Transforming 

 Pelagic Juvenile 

 Benlhic Juvenile 

 Snouf fo anus length SL: 

 Flexion 

 Postflexion 

 Transforming 

 Pelagic Juvenile 

 Bentfiic Juvenile 

 Snout to pelvic fin ongin:SL 

 Flexion 

 Postflexion 

 Transforming 

 Pelagic Juvenile 

 Benthic Juvenile 

 Head lenglh'SL 

 Flexion 

 Postflexion 

 Transforming 

 Pelagic Juvenile 

 Benthic Juvenile 

 Eye diameterlHL: 

 Flexion 

 Postflexion 

 Transforming 

 Pelagic Juvenile 



Benthic Juvenile 

 Upper law length HL 

 Flexion 

 Postflexion 

 Transforming 

 Pelagic Juvenile 



Benthic Juvenile 

 Snout lengthHL 

 Flexion 



Postflexion 



Transforming 



Pelagic Juvenile 



Benthic Juvenile 

 Interorbital distance HL- 



Flexion 



Postflexion 



Transforming 



Pelagic Juvenile 



Benthic Juvenile 

 4r7g/e gill raker length HL 



Flexion 



Postflexion 



Transforming 



Pelagic Juvenile 



Benthic Juvenile 

 Longest dorsal spine length^ HL 



Flexion 



Postflexion 



Transforming 



Pelagic Juvenile 



Benthic Juvenile 

 Longest dorsal ray length^ HL. 



Flexion 



Postflexion 



Transforming 



Pelagic Juvenile 



Benthic Juvenile 

 Longest anal spine length^ HL: 



Flexion 



Postflexion 



Transforming 



31.8±2.05(29.0-33.8) 



31. 7 ±1,26(30 3- 34 9) 

 32.4±1 74(29 5-35 6) 

 32.7±1 89(30,3-37.4) 

 34.4±1,96( 30.1-36.5) 



23.6^0 67(22 6-24 4) 

 24 9±1 19(22 6-26 5) 

 26.7±1 34(24 7-29 4) 



26.8 ±1 15(26 2-29.2) 

 27.7±1 56(25 1-30 7) 



54.0±1 28(52 5-559) 

 60.5±325(55 1-65 1) 

 61 .a±3 26(54 3-65 0) 

 61 .6 ±2 63(57 9-64 3) 

 65.0:!: 1.81(61. 5- 68 7) 



37.6±1 56(35.0-38.9) 



40 8±2 02(38 1-44 3) 

 39 8±3 49(34 1-46.5) 

 38.9±3 23(34.0-44 5) 

 40.5 ±1.86(37.3-43.1) 



39.0±1 55(37 5-41 1) 



38.9 ±1 90(36 8-43 4) 

 36 6 ±2 43(32 8-38 7) 

 35.8±1 82(32 3-38 3) 

 36.4 ±2 75(31 8-39 9) 



40.2±1 82(37 8-42 9) 

 38.2± 1.87(33 9-40 0) 

 36 9±2 47(33 3-42 1) 

 30 4 ±2 60(26 6-35 0) 

 31 .6±2 05(28 9-35 6) 



46.5±4.35(40.5-50.0) 

 43 6±2 45(40 0-46 3) 

 438±5 55(34 2-50 9) 



41 3±4 06(33 9-47 5) 

 41 2±2 44(37 8-45 6) 



29.1 ±1 38(27 0-30 7) 



30 0±1 65(26 1-31 7) 



31 2±2 69(27 0-35 6) 

 28 2±2 97(24 6-32 1) 

 26.3±2.43(22 4-31 2) 



35.6 ±1.95(32 4-37 1) 

 33.0±1 94(29 3-36 0) 

 31 2±339(259-368) 

 25 9±2 48(23 0-30 0) 

 21.6±2 18(18 0-26.8) 



8.6±0.00(8.6) 

 11 4±1 77(8 6-14 4) 

 13 1 ±1 13(11 1-15 1) 

 139±082(13 3-15 1) 

 158tl 06(13 7-174) 



21 6±2. 26(19 4-24 1) 

 34.3±7 13(26 2-45 1) 

 44 7± 1.55(42 0-46 2) 

 36.9 ±4 32(31 7-44 3) 



26.2±6.96(14 6-33 3) 

 41.4±232(39 3-43 9) 

 42.0±2 97(38 1-46 7) 

 43 1*4 74(37 6-48.1) 



15 6±3.16(9 6-18.5) 

 28.1 ±3 46(23.0-32 0) 



40.3±0.92(39.7-41 0) 



38 1 ±2 51(33 7-42 0) 

 35 9±1 36(33 3-38 3) 

 33.0 ±1.88(29.8-37 0) 

 34.9±2 15(32 7-37.0) 



27 6 ±0 92(26 9-28 2) 

 285-1 92(24 7-30 6) 

 27 6»1 63(24 8-30 9) 

 26.0±1. 11(239-28.0) 

 29 8±3 68(27 3-34 0) 



58 8±1 63(57 7-60 0) 



59 6 ±3 42(51 7-62 6) 

 606 • 1 84(58 1-63 1) 

 61 4. '3 50(56 0-67 4) 

 64 2±3 27(60.6-67 0) 



41 1 ±3 61(38 5-43 6) 



40 7±3 03(34 7-44 9) 



41 9*2 74(38 7-46 2) 



39 9±3 83(32 9-45-5) 

 42.7±2.86(41.0-460) 



43 ±0.92(42.3-43 6) 



42 4 • 2 58(38 2-47 7) 



40 5±1 39(38 0-42 6) 

 37 5±2 52(33.3-42 1) 

 366±0 51(360-37 0) 



20 1 ±6 05(13 0-28 6) 

 32 4 •5 49(23 6-40 6) 

 38 0±3 79(33.1-46 2) 

 35 6±4 74(32 0-41 0) 



31 5 ±4 26(23.8-38 0) 

 38 5± 3 60(30 8-42 9) 



41 6 ±3 46(35 4-48 7) 



42 6±3 83(40 0-47 0) 



18 7 ±2 52(14 6-21 3) 

 28 5 ±5.65(20.0-38 6) 



33 3 ±1.44(32.5-35.0) 

 33 4 ±0 46(33 0-33 9) 



32 6±1 79(30 6-35 8) 

 31 2 ±1.58(28 4-32 9) 



33 4 ±1.63(32-3-34.6) 



20 7±0.61(20.0-21 2) 

 24 5 ±2.56(21 6-26 3) 



24 7±1 22(23.1-26.9) 

 23 2±1 24(21 2-25.0) 



25 4 ±2 33(23 7-27 0) 



56 1 ±1.28(55 0-57 5) 

 59 1 ±0 50(58 6-59 6) 



61 7±1 86(59 2-64 5) 



62 8 ±2 46(59 8-66 0) 

 638*1 06(630-645) 



40 5±1 27(39 0-41 2) 

 40 9±0 45(40 4-41 3) 

 42 8=3 13(38 0-47 3) 

 42 8±3 16(39 3-48 2) 

 40 ±0 92(39.4-40.7) 



41.4±1.27(40 0-42.5) 

 42.0±2 03(40 4-44.3) 

 40 8±1 92(36 4-43 0) 

 40 1±1 48(37 5-41 9) 



37 6 ±0 57(37 2-38 0) 



38 8±1 63(29 4-31 2) 

 36 3±0.36(35 9-36 6) 

 35 5 ±2 38(32 0-38 8) 

 33 6 : 1 76(30 8-36 9) 



31 6±5 30(27 8-35 3) 



45 ±3.29(4 1.2-46.9) 



44 0±3 00(41 0-47 0) 



45 7 ±4 23(39 7-53 1) 

 45 1 ±2 63(40 2-47 6) 

 52 1 ±0 78(51 5-52.6) 



32 3±2 20(30 0-34 4) 

 330±1 18(31 7-34 1) 

 32 4±3 72(25 0-37 9) 

 31 7 ±2.49(26 7-34 1) 



26 7±0.42(26.4-27 0) 



30 6±1 04(29 4-31 2) 



31 4 ±0 55(30 8-31 8) 



27 0±2 89(23 3-30 6) 

 21 5±3 83(13 3-25 6) 

 146±247(129-164) 



134±095(12.3-14 1) 

 15 1±1 46(12 9-180) 

 14 2±1 90(12 7-15 7) 

 10 6±0 50(10 3-1 10) 



19 0±0 64(18 6-19 5) 



29 2±6 08(22 4-37 5) 



30 9±2 93(28 0-35 7) 

 37 ±4.88(33 6-40 5) 



22 8±7 39(1 5 9-30 6) 

 26 4 ±5 14(20 5-29 5) 

 36 1 ±3 08(32 5-41 7) 

 35 1 ±2 53(32 0-38 1) 

 42 8 ±3 89(40 0-45 5) 



160±1 91(146-173) 

 27 3 ±4 46(22.4-36 1) 



12 



