U.S. Department 
of Commerce 
Seattle, Washington 
Volyme 114 
Number 3 
July 201fi 
Fishery 
Bulletin 
Contents 
Articles 
261 -273 Walker, Justin H. , Arthur C. Trembanis, and Douglas C. Miller 
Assessing the use of a camera system within an autonomous underwater 
vehicle for monitoring the distribution and density of sea scallops 
IPlacopecten mageHanicus) in the Mid-Atiantic Bight 
274-287 Van Noord, Joel E., Robert J. Olson, Jessica V. Redfern, Leanne M. Duffy, 
and Ronald S. Kaufmann 
Oceanographic influences on the diet of 3 surface-migrating mytophids in 
the eastern tropical Pacific Ocean 
288-301 Caldarone, Elaine M., Sharon A. Maclean, and Brian R. Beckman 
Evaluation of nucleic adds and plasma IGF1 levels for estimating short-term 
responses of postsmolt Atlantic salmon (Salmo salar) to food availability 
The National Marine Fisheries 
Service (NMFS) does not approve, 
recommend, or endorse any proprie- 
tary product or proprietary material 
mentioned in this publication. No 
reference shall be made to NMFS, 
or to this publication furnished by 
NMFS, in any advertising or sales 
promotion which would indicate or 
imply that NMFS approves, rec- 
ommends, or endorses any propri- 
etary product or proprietary mate- 
rial mentioned herein, or which has 
as its purpose an intent to cause 
directly or indirectly the advertised 
product to be used or purchased be- 
cause of this NMFS publication. 
302-316 LeClair, Larry L, Ocean Eveningsong, and Jesse M. Schultz 
Seasonal changes in abundance and compelling evidence of migration 
for 2 rockfish species ISebastes aurkulatus and S. caurinus) inhabiting a 
nearshore, temperate-water artificial reef 
317-329 Goldman, Sarah F., Dawn M. Glasgow, and Michelle M. Falk 
Feeding habits of 2 reef-associated fishes, red porgy (Pagrus pagrus) and 
gray triggerfish (Balistes capriscus), off the southeastern United States 
330-342 Syah, Achmad F., Sei-lchi Saitoh, Irene D. Alabia, and Toru Hirawake 
The NMFS Scientific Publications 
Office is not responsible for the con- 
tents of the articles. 
Predicting potential fishing zones for Pacific saury (Cololabis saira) with 
maximum entropy models and remotely sensed data 
