481
G
Gas-fi lled cavities , 325
Goldfi sh( Carassius auratus )
classical conditioning , 165
dDON in , 208
otolithic endorgans of , 199
sound hearing , 161
H
Habituation , 169
Hair cell based mechanosensory lateral line , 274
Hawai’i Kai , 31–32
books , 41–44
Eniwetok and shark hearing , 36–41
fi rst paper and descendants , 33–36
food , 46
hearing modes , 36
hearing specialist, curse of , 46–47
SHAR , 44–45
students , 45
Hawaiian fi shes, analysis, ears of , 66
Hawaiian sergeant damselfi sh , 231–232
saccular potentials and AEP recordings ,
243–244
Hawaiian sergeant fi sh, auditory physiology
recording techniques , 245
Head bob acoustic behavior , 69
Head bob sound , 72
Hearing , 87 , 258
behavioural response , 266
modes of , 36
physiological response , 265–266
thresholds, thorny catfi sh , 331
Hearing specialist , 46–47
Heniochus chrysostomus , 72
Hindbrain , 236 , 239 , 247
octaval nuclei , 236
Holocentridae, anterior swim bladder and
posterior cranium situation , 334
Hydrodynamic mechanoreceptors,
somatotopic organization , 81
Hydrodynamic particle motion , 76–77
I
Innate behavioral responses , 166–171
phonotaxis , 173–174
refl ex responses , 166 , 171–173
ASR , 166–171
PPI , 171–173
Inner ear diversity , 370–378 , 383 , 384
anabantiform fi shes , 380
ancillary structures and modifi ed
orientation patterns , 380
auditory periphery evolution
developmental and genetic constraints ,
384
driving factors , 383
sensory trade-offs , 384
spatial constraints , 383
bony fi sh species , 349–367 , 370 , 380 ,
382 , 384
cichlid Etroplus maculatus , 381
ciliary bundle orientation patterns , 346 ,
347 , 378–379
Clown knifefi sh Chitala chitala , 380
cod Gadus morhua , 381
Cyprinodonotiforms , 345–344
DeepFin project , 349
Etroplus maculatus , 363 , 378
Eutrigla gurnardus , 345–344
gobiiform fi shes , 345–344
gross morphology , 346
Hawaiian ladyfi sh Elops hawaiensis
(Elopidae) , 381
Hemichromis guttatus , 363 , 378
KS ratio , 382
Light of Phylogeny , 377 , 382–383
macula types , 374–375 , 380
methodological innovations , 381
micromechanical behavior , 382
modifi ed orientation patterns , 380
non-teleost actinopterygii , 368–370
otoliths/otoconia , 346
otophysan ears , 345–344
otophysans and mormyrids , 380
otophysic connections , 348
Sarcopterygii , 349–368
Sarotherodon melanotheron , 363 , 378
sciaenid species Micropogonias undulates
and Cynoscion nebulosus , 381
sensory epithelia , 346
sound source vs. reradiated particle motion ,
380
sound sources localization ,
379–381
sound-exposure experiments , 382
Steatocranus tinanti , 363 , 378
stimulation pathway , 348
teleostei
Elopomorpha , 370 , 372–373
Euteleostomorpha , 374–378
Osteoglossomorpha , 371
Otomorpha , 371–373
Trichopsis vittata , 345–344
Inner ears
cichlid , 333
vs. swim bladders , 327
Instrumental conditioning , 161–162
Index
G
Gas-fi lled cavities , 325
Goldfi sh( Carassius auratus )
classical conditioning , 165
dDON in , 208
otolithic endorgans of , 199
sound hearing , 161
H
Habituation , 169
Hair cell based mechanosensory lateral line , 274
Hawai’i Kai , 31–32
books , 41–44
Eniwetok and shark hearing , 36–41
fi rst paper and descendants , 33–36
food , 46
hearing modes , 36
hearing specialist, curse of , 46–47
SHAR , 44–45
students , 45
Hawaiian fi shes, analysis, ears of , 66
Hawaiian sergeant damselfi sh , 231–232
saccular potentials and AEP recordings ,
243–244
Hawaiian sergeant fi sh, auditory physiology
recording techniques , 245
Head bob acoustic behavior , 69
Head bob sound , 72
Hearing , 87 , 258
behavioural response , 266
modes of , 36
physiological response , 265–266
thresholds, thorny catfi sh , 331
Hearing specialist , 46–47
Heniochus chrysostomus , 72
Hindbrain , 236 , 239 , 247
octaval nuclei , 236
Holocentridae, anterior swim bladder and
posterior cranium situation , 334
Hydrodynamic mechanoreceptors,
somatotopic organization , 81
Hydrodynamic particle motion , 76–77
I
Innate behavioral responses , 166–171
phonotaxis , 173–174
refl ex responses , 166 , 171–173
ASR , 166–171
PPI , 171–173
Inner ear diversity , 370–378 , 383 , 384
anabantiform fi shes , 380
ancillary structures and modifi ed
orientation patterns , 380
auditory periphery evolution
developmental and genetic constraints ,
384
driving factors , 383
sensory trade-offs , 384
spatial constraints , 383
bony fi sh species , 349–367 , 370 , 380 ,
382 , 384
cichlid Etroplus maculatus , 381
ciliary bundle orientation patterns , 346 ,
347 , 378–379
Clown knifefi sh Chitala chitala , 380
cod Gadus morhua , 381
Cyprinodonotiforms , 345–344
DeepFin project , 349
Etroplus maculatus , 363 , 378
Eutrigla gurnardus , 345–344
gobiiform fi shes , 345–344
gross morphology , 346
Hawaiian ladyfi sh Elops hawaiensis
(Elopidae) , 381
Hemichromis guttatus , 363 , 378
KS ratio , 382
Light of Phylogeny , 377 , 382–383
macula types , 374–375 , 380
methodological innovations , 381
micromechanical behavior , 382
modifi ed orientation patterns , 380
non-teleost actinopterygii , 368–370
otoliths/otoconia , 346
otophysan ears , 345–344
otophysans and mormyrids , 380
otophysic connections , 348
Sarcopterygii , 349–368
Sarotherodon melanotheron , 363 , 378
sciaenid species Micropogonias undulates
and Cynoscion nebulosus , 381
sensory epithelia , 346
sound source vs. reradiated particle motion ,
380
sound sources localization ,
379–381
sound-exposure experiments , 382
Steatocranus tinanti , 363 , 378
stimulation pathway , 348
teleostei
Elopomorpha , 370 , 372–373
Euteleostomorpha , 374–378
Osteoglossomorpha , 371
Otomorpha , 371–373
Trichopsis vittata , 345–344
Inner ears
cichlid , 333
vs. swim bladders , 327
Instrumental conditioning , 161–162
Index