483
naïve female midshipman , 135
one and two choice tests , 131
plainfi n midshipman , 131
radiation pattern , 134
US Navy J9 sound projector , 131
Physiological response, hearing , 265–266
Plainfi n midshipman ( Porichthys notatus ) ,
131 , 262 , 267
saccular potential recordings , 234
Prepulse inhibition (PPI) , 171–173
Primary afferent recordings , 244
Psychophysical methods , 245
R
Radio telemetry , 274
Ray-fi nned bony fi shes , 324
Rayleigh statistic , 237 , 278
Recharging habitat and stage (RECHABS) , 277
Reef effect , 260
Refl ex responses , 166
S
Saccular inputs , 206–207
Saccular otolith , 205
Saccular potentials
and AEP recordings, Hawaiian sergeant
damselfi sh , 243–244
recordings , 234–235 , 238
Secondary octaval (SO) nuclei, medulla , 209
Seismic air guns, noise , 5
Sensorineural hearing loss , 381
Sensory hair cell damage and recovery ,
383–390 , 393–395
acquired hearing loss
anthropogenic sound sources , 386–389
ototoxic drug-induced hair cell loss ,
389–390
sound-induced hearing loss , 383–387
anatomical specializations , 380
anthropogenic noise exposure , 392–393
causes of , 381–382
congenital hearing loss , 382–383
hair cell bundle loss , 381
regeneration
advantage , 395
AEP hearing thresholds , 395
gentamicin sulfate , 393
Microarray , 395
microRNA , 395
NGS techniques , 395
pathway regulation , 395
post exposure , 393 , 394
post-acoustic trauma recovery , 395
post-exposure , 394
potential therapeutics , 395
rate of , 395
time course , 394 , 395
superfi cial and canal neuromasts , 380
vestibular and lateral line defi cits , 391–392
Sensory hair cells , 198
Shaker system , 202
Sharpening ratio (SR) , 214 , 215
Signal to noise ratio (SNR) , 84
Single neuron recordings
A. abdominalis , 239
auditory hindbrain and midbrain , 236–237
tuning curves , 246
Soliloquy , 53
Sound localization , 274
toadfi sh , 282–284 , 286
Sound pressure , 259
hydrodynamic particle motion and , 76–77
Sound pressure levels (SPL) , 277 , 384
Sound production , 69 , 72 , 73 , 84–87
Abudefduf abdominalis , 231
evolution, butterfl yfi shes , 74–76
Sound propagation
in natural settings , 265
in tanks , 262
underwater , 260–262
Soundscape analysis , 108
Spike 2 software , 235–237
Staircase method , 176–177
Startle response, kinematics of , 168
Startle-escape response , 167
Stimulus presentation protocol , 175
Superfi cial neuromasts , 259
Swim bladder , 63 , 65 , 337
cichlid , 333
Cynoscion regalis , 337
ear and proximity , 66 , 67
horns, Chaetodon and effect of , 77 , 79 , 81
inner ears vs. , 327
Leiostomus xanthuru, , 337
T
Tail slap locomotor behavior , 72
Tail-fl ip response , 127
Tangential octaval nucleus (TON) , 209 , 218
Telemetry tag , 275–278
effectiveness of , 279
prey, lateral line detection of , 280
Teleosts
inner ear of , 273
swim bladder of , 65
Index
naïve female midshipman , 135
one and two choice tests , 131
plainfi n midshipman , 131
radiation pattern , 134
US Navy J9 sound projector , 131
Physiological response, hearing , 265–266
Plainfi n midshipman ( Porichthys notatus ) ,
131 , 262 , 267
saccular potential recordings , 234
Prepulse inhibition (PPI) , 171–173
Primary afferent recordings , 244
Psychophysical methods , 245
R
Radio telemetry , 274
Ray-fi nned bony fi shes , 324
Rayleigh statistic , 237 , 278
Recharging habitat and stage (RECHABS) , 277
Reef effect , 260
Refl ex responses , 166
S
Saccular inputs , 206–207
Saccular otolith , 205
Saccular potentials
and AEP recordings, Hawaiian sergeant
damselfi sh , 243–244
recordings , 234–235 , 238
Secondary octaval (SO) nuclei, medulla , 209
Seismic air guns, noise , 5
Sensorineural hearing loss , 381
Sensory hair cell damage and recovery ,
383–390 , 393–395
acquired hearing loss
anthropogenic sound sources , 386–389
ototoxic drug-induced hair cell loss ,
389–390
sound-induced hearing loss , 383–387
anatomical specializations , 380
anthropogenic noise exposure , 392–393
causes of , 381–382
congenital hearing loss , 382–383
hair cell bundle loss , 381
regeneration
advantage , 395
AEP hearing thresholds , 395
gentamicin sulfate , 393
Microarray , 395
microRNA , 395
NGS techniques , 395
pathway regulation , 395
post exposure , 393 , 394
post-acoustic trauma recovery , 395
post-exposure , 394
potential therapeutics , 395
rate of , 395
time course , 394 , 395
superfi cial and canal neuromasts , 380
vestibular and lateral line defi cits , 391–392
Sensory hair cells , 198
Shaker system , 202
Sharpening ratio (SR) , 214 , 215
Signal to noise ratio (SNR) , 84
Single neuron recordings
A. abdominalis , 239
auditory hindbrain and midbrain , 236–237
tuning curves , 246
Soliloquy , 53
Sound localization , 274
toadfi sh , 282–284 , 286
Sound pressure , 259
hydrodynamic particle motion and , 76–77
Sound pressure levels (SPL) , 277 , 384
Sound production , 69 , 72 , 73 , 84–87
Abudefduf abdominalis , 231
evolution, butterfl yfi shes , 74–76
Sound propagation
in natural settings , 265
in tanks , 262
underwater , 260–262
Soundscape analysis , 108
Spike 2 software , 235–237
Staircase method , 176–177
Startle response, kinematics of , 168
Startle-escape response , 167
Stimulus presentation protocol , 175
Superfi cial neuromasts , 259
Swim bladder , 63 , 65 , 337
cichlid , 333
Cynoscion regalis , 337
ear and proximity , 66 , 67
horns, Chaetodon and effect of , 77 , 79 , 81
inner ears vs. , 327
Leiostomus xanthuru, , 337
T
Tail slap locomotor behavior , 72
Tail-fl ip response , 127
Tangential octaval nucleus (TON) , 209 , 218
Telemetry tag , 275–278
effectiveness of , 279
prey, lateral line detection of , 280
Teleosts
inner ear of , 273
swim bladder of , 65
Index