479
Butterfl yfi shes , 61 , 63 , 65–67 , 69 , 72 , 76 , 77 ,
79 , 81–87
acoustic communication
ambient noise sources , 83
territories, hearing , 84–87
behavioral ecology of , 82–83
acoustic stimuli reception, ear and lateral
line , 76
Chaetodon and swim bladder horns
effect , 77 , 79 , 81–82
hydrodynamic article motion and sound
pressure , 76 , 77
anatomy, acoustic stimuli reception , 61
ear and proximity , 66 , 67
LC , 61 , 63
swim bladder , 63 , 65
diversity and evolution , 69
acoustic behavior and sound production
mechanisms , 69 , 72
genera of , 58
long-term haremic associations , 58
monogamous pairs , 58
sound characteristics , 73
sound production, evolution of , 74–76
C
Canal neuromasts , 259
Catfi shes
vs. cichlids , 334–337
interfamilial comparison , 326–328
Cavefi shes
AEP , 190 , 191
amblyopsid cavefi sh and surface F.
agassizii , 191
Atlantic molly ( Poecilia mexicana ) , 189
auditory thresholds , 190
Fay, Richard , 192–193
hair cell density, reduction in , 191
high frequency hearing, loss of , 191
in subterranean habitats , 189
inner ear size and brain morphology , 191
lateral line , 192
lower auditory thresholds and greater
frequency ranges , 189
non-visual sensory modalities , 189
otolith morphology , 190
otoliths morphology , 189
phylogenetic diversity , 188 , 189
Popper, Arthur , 192–193
replicate ecological and evolutionary
experiments , 188
sensory epithelia , 191
Chaetodon , 58 , 61
and swim bladder effect , 77 , 79 , 81
behavior of , 58
buoyancy , 66
lateral line system , 81–82
LC in , 61 , 68
sound production , 65
Chaetodon clades , 68 , 74 , 87
Chaetodon Ocellatus, tholichthys larvae of , 68
Chemical ototoxicity , 406–412 , 416
inner ear and lateral line system , 413–414
aminoglycoside antibiotics , 408
biomedical applications see Biomedical
applications
cisplatin , 408
environmental toxins , 416
evolutionary perspectives , 409–410
gentamicin , 408
larval zebrafi sh ( Danio rerio ) , 408 , 409
neuromasts , 407 , 408
perception and behavior , 410–412
platinum-based compound , 408
single neuromasts label , 409
structure of , 406 , 407
Cichlids , 332–334 , 338
catfi shes vs. , 334–337
Classical conditioning , 164–166 , 245
Clupeid fi shes, hearing in , 5
Cochlear microphonics , 36
Comparative morphology , 4
Conductive hearing loss , 381
Constant stimuli
method of , 175
Coral reefs, acoustic soundscape , 83–87
ambient noise sources , 83
territories, hearing in , 84–87
Cyanoacrylate gel , 277
Cynoscion regalis, swim bladder , 337
D
Damselfi sh (Pomacentridae) , 261
DeepFin project , 349
Deep-sea fi sh ears, comparative morphology
of , 5
Descending octaval nucleus (DON) , 207–208 ,
220
brain , 213–218
Directional hearing and sound source
localization , 125–130 , 136–137
acoustic fi eld measurements , 148
“acoustic-lateralis” model , 138
acoustic particle velocity , 140 , 147–149
Index
Butterfl yfi shes , 61 , 63 , 65–67 , 69 , 72 , 76 , 77 ,
79 , 81–87
acoustic communication
ambient noise sources , 83
territories, hearing , 84–87
behavioral ecology of , 82–83
acoustic stimuli reception, ear and lateral
line , 76
Chaetodon and swim bladder horns
effect , 77 , 79 , 81–82
hydrodynamic article motion and sound
pressure , 76 , 77
anatomy, acoustic stimuli reception , 61
ear and proximity , 66 , 67
LC , 61 , 63
swim bladder , 63 , 65
diversity and evolution , 69
acoustic behavior and sound production
mechanisms , 69 , 72
genera of , 58
long-term haremic associations , 58
monogamous pairs , 58
sound characteristics , 73
sound production, evolution of , 74–76
C
Canal neuromasts , 259
Catfi shes
vs. cichlids , 334–337
interfamilial comparison , 326–328
Cavefi shes
AEP , 190 , 191
amblyopsid cavefi sh and surface F.
agassizii , 191
Atlantic molly ( Poecilia mexicana ) , 189
auditory thresholds , 190
Fay, Richard , 192–193
hair cell density, reduction in , 191
high frequency hearing, loss of , 191
in subterranean habitats , 189
inner ear size and brain morphology , 191
lateral line , 192
lower auditory thresholds and greater
frequency ranges , 189
non-visual sensory modalities , 189
otolith morphology , 190
otoliths morphology , 189
phylogenetic diversity , 188 , 189
Popper, Arthur , 192–193
replicate ecological and evolutionary
experiments , 188
sensory epithelia , 191
Chaetodon , 58 , 61
and swim bladder effect , 77 , 79 , 81
behavior of , 58
buoyancy , 66
lateral line system , 81–82
LC in , 61 , 68
sound production , 65
Chaetodon clades , 68 , 74 , 87
Chaetodon Ocellatus, tholichthys larvae of , 68
Chemical ototoxicity , 406–412 , 416
inner ear and lateral line system , 413–414
aminoglycoside antibiotics , 408
biomedical applications see Biomedical
applications
cisplatin , 408
environmental toxins , 416
evolutionary perspectives , 409–410
gentamicin , 408
larval zebrafi sh ( Danio rerio ) , 408 , 409
neuromasts , 407 , 408
perception and behavior , 410–412
platinum-based compound , 408
single neuromasts label , 409
structure of , 406 , 407
Cichlids , 332–334 , 338
catfi shes vs. , 334–337
Classical conditioning , 164–166 , 245
Clupeid fi shes, hearing in , 5
Cochlear microphonics , 36
Comparative morphology , 4
Conductive hearing loss , 381
Constant stimuli
method of , 175
Coral reefs, acoustic soundscape , 83–87
ambient noise sources , 83
territories, hearing in , 84–87
Cyanoacrylate gel , 277
Cynoscion regalis, swim bladder , 337
D
Damselfi sh (Pomacentridae) , 261
DeepFin project , 349
Deep-sea fi sh ears, comparative morphology
of , 5
Descending octaval nucleus (DON) , 207–208 ,
220
brain , 213–218
Directional hearing and sound source
localization , 125–130 , 136–137
acoustic fi eld measurements , 148
“acoustic-lateralis” model , 138
acoustic particle velocity , 140 , 147–149
Index