EMBRYOLOGY OF THE SEA BASS. 
277 
PLATE cm. 
Figs. 126‘, 126“, 126"', 126'^. Series of sections tlirongli postanal lateral line of emBryo, 75 hours. F. 4. 
Figs. 127 (D), 128 (D), 129 (D), 130 (D) — Fig. 126 belongs to this series. Series of transverse "jections 
through embryo, 75 hours. 
PLATE CIV. 
Figs. 131 (D), 132 (F), 133 (D), 134 (D), 135 (C) from same series as Figs. 126-130. Series of transverse 
sections through embryo, 75 hours. 
Fig. 136. Transverse section through region of pectoral fins of larva, 86 hours. D. 4. 
Fig. 137. Four muscle libers of Fig. 136, 
Fig. 138. Part of transverse section through larva, 100 hours, to show origin of liver, 1 . D. 4. 
PLATE CV. 
Fig. 139. Transverse section through pectoral fins of larva, 112 hours. C. 4. 
Fig. 140. Part of transverse section through region of liver in larva of 112 hours. D. 4. 
Fig. 141. Transverse section through larva of 136 hours — region of liver. C. 4. 
Fig. 142. Three muscle fibers from Fig. 141. 
Figs. 143 (C), 144 (D), 145 (D). Transverse sections through larva of 160 hours — region of yolk and 
liver. 
PLATE CVI. 
Fig. 146. Surface view from above of embryo 33 hours. C. 4. 
Fig. 147. Surface view from above of part of embryo 37 hours. D. 4. 
Fig. 148. Surface view from above of embryo 45 hours. C. 4. 
PLATE evil. 
Fig. 149. Surface view from below of embryo, 62 hours. C. 4. 
Fig. 150. Surface view from above of embryo, 65 hours. C. 4. b-f = fold which constricts body frora 
yolk. 
Fig. 151. Side view of embryo, 65 hours. A. 4. 
