This study assessed the effects of altered prenatal auditory experience on bobwhite quail chicks' (Colinus virginianus) species-specific preference for the bobwhite maternal call. Results revealed that when the repetition rate of the embryonic vocalizations normally present in the prenatal environment was altered, the species-typical auditory preference of hatchlings for the maternal call was also altered. Specifically, embryos exposed to embryonic vocalizations with a faster repetition rate than normal subsequently preferred a bobwhite maternal call with a faster repetition rate over one with its normal repetition rate. Bobwhite embryos thus appear able to abstract features of their prenatal auditory environment to other auditory events in the postnatal period. This demonstration of prenatal perceptual learning is in keeping with other recent studies from behavioural embryology, which have also demonstrated that prenatal perceptual experience can influence later responses to species-typical stimulation.
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References
1.
AllenH. M. (1977). The response of willow grouse chicks to auditory stimuli. 1. Preference for hen grouse calls.Behavioural Processes2, 27–32.
2.
BaileyE. D.RalphK. M. (1975). The effects of embryonic exposure to pheasant vocalizations in later call identification by chicks.Canadian Journal of Zoology53, 1028–1034.
3.
De CasperA. J.SpenceM. J. (1986). Prenatal maternal speech influences newborns' perception of speech sounds.Infant Behavior and Development9, 133–150.
4.
FaitB. (1981). Development of responsiveness to the individual maternal “clucking” by domestic chicks.Behavioral Processes6, 303–317.
5.
GottliebG. (1970). Conceptions of prenatal behavior.Development and evolution of behavior.AronsonL. R.TobachE.LehrmanD. S.RosenblattJ. S.San Francisco, CA: Freeman111–137.
6.
GottliebG. (1971). Development of species identification in birdsChicago: University of Chicago Press.
7.
GottliebG. (1975). Development of species identification in ducklings: I. Nature of perceptual deficit caused by embryonic auditory deprivation.Journal of Comparative and Physiological Psychology89, 387–399.
8.
GottliebG. (1980). Development of species identification in ducklings: VI. Specific embryonic experience required to maintain species-typical perception in Peking ducklings.Journal of Comparative and Physiological Psychology94, 579–587.
9.
GottliebG. (1981). Roles of early experience in species-specific perceptual development.Development of perception, vol. I.AslinR. N.AlbertsJ. R.PetersenM. R.New York: Academic Press5–44.
10.
GottliebG. (1982). Development of species identification in ducklings: IX. The necessity of experiencing normal variations in embryonic auditory stimulation.Developmental Psychobiology15, 507–517.
11.
GottliebG. (1985). Development of species identification in ducklings: XI. Embryonic critical period for species-typical perception in the hatchling.Animal Behaviour33, 225–233.
12.
GottliebG. (1988). Development of species identification in ducklings: XV. Individual auditory recognition.Developmental Psychobiology21, 509–522.
13.
GottliebG.TomlinsonW. T.RadellP. L. (1989). Developmental intersensory interference: Premature visual experience suppresses auditory learning in ducklings.Infant Behavior and Development12, 1–12.
14.
HamburgerV. (1973). Anatomical and physiological basis of embryonic motility in birds and mammals.Behavioral embryology.GottliebG.New York: Academic Press52–76.
15.
HamburgerV.WengerE.OppenheimR. W. (1966). Motility in the chick embryo in the absence of sensory input.Journal of Experimental Zoology162, 133–160.
16.
HeatonM. B.GalleherE. (1981). Prenatal auditory discrimination in the bobwhite quail.Behavioral and Neural Biology31, 242–246.
17.
HeatonM. B.MillerD. B.GoodwinD. G. (1978). Species-specific auditory discrimination in bobwhite quail neonates.Developmental Psychobiology11, 13–21.
18.
HeinzG. (1973). Responses of ring-necked pheasant chicks (Phasianus colchicus) to con-specific calls.Animal Behaviour21, 1–9.
19.
HepperP. G. (1988). Adaptive fetal learning: Prenatal exposure to garlic affects postnatal preferences.Animal Behaviour36, 935–936.
20.
ImpekovenM. (1976). Responses of laughing gull chicks (Larus atricilla) to parental attraction and alarm calls, and effects of prenatal auditory experience on the responsiveness to such calls.Behaviour61, 250–278.
LickliterR. (1990b). Premature visual experience facilitates visual responsiveness in bob-white quail neonates.Infant Behavior and Development13, 487–496.
23.
LickliterR.StoumbosJ. (1991). Enhanced prenatal auditory experience facilitates postnatal visual responsiveness in bobwhite quail chicks.Journal of Comparative Psychology105, 89–94.
24.
LickliterR.VirkarP. (1989). Intersensory functioning in bobwhite quail chicks: Early sensory dominance.Developmental Psychobiology22, 651–667.
25.
MarlerP. (1990). Innate learning preferences: Signals for communication.Developmental Psychobiology23, 557–568.
26.
MarlerP.ZolothS.DoolingR. (1981). Innate programs for perceptual development: An ethological view.Developmental plasticity.GollinE.New York: Academic Press135–172.
27.
OppenheimR. W. (1974). The ontogeny of behavior in the chick embryo.Advances in the Study of Behavior5, 133–172.
28.
OppenheimR. W. (1982). Preformation and epigenesis in the origins of the nervous system and behavior: Issues, concepts, and their history.Perspectives in ethology, Vol. 5.BatesonP. P.G.KlopferP. H.New York: Plenum Press1–100.
29.
PedersonP. E.BlassE. M. (1982). Prenatal and postnatal determinants of the first suckling episode in albino rats.Developmental Psychobiology15, 349–355.
30.
ProvineR. R. (1988). On the uniqueness of embryos and the difference it makes.Behavior of the fetus.SmothermanW. P.RobinsonS. R.Caldwell, NJ: Telford Press35–46.
31.
ScovilleR.GottliebG. (1978). The calculation of repetition rate in avian vocalizations.Animal Behaviour26, 962–963.
32.
SmothermanW. P. (1982). In utero chemosensory experience alters taste preferences and corticosterone responsiveness.Behavioral and Neural Biology36, 61–68.
33.
SmothermanW. P.RobinsonS. R. (1987). Psychobiology of fetal experience in the rat.Perinatal development: A psychobiologicalperspective.KrasnegorN. A.BlassE. M.HoferM. A.SmothermanW. P.Orlando, FL: Academic Press39–60.
34.
StoddardH. L. (1931). The bobwhite quail: Its habits, preservation, and increaseNew York: C. Scribner.
35.
StokesA. W. (1967). Behavior of the bobwhite (Colinus virginianus).Auk84, 1–33.
36.
StoumbosJ.LickliterR. (1990). Acoustic features of the embryonic vocalizations of bobwhite quailBlacksburg, VA: Virginia Polytechnic Institute and State University Unpublished manuscript.
37.
TeesR. C. (1986). Experience and visual development: Behavioral evidence.Developmental neuropsychobiology.GreenoughW. T.JuraskaJ. M.New York: Academic Press317–361.
38.
TeicherM. H.BlassE. M. (1977). First suckling response of the newborn albino rat: The roles of olfaction and amniotic fluid.Science198, 635–636.
39.
TschanzB. (1968). Trottellummen (Uria aalge). Die entstehung der personlichen beziehung zwischen jungvogel und eltern.Zeitshrift fur Tierpsychotogie Supplement4, 1–103.
40.
TurkewitzG.MellonR. C. (1989). Dynamic organization of intersensory function.Canadian Journal of Psychology43, 286–307.
41.
VinceM. A.Communication between quail embryos and the synchronization of hatching.Proceedings of the XV International Ornithological Congress.1972357–362.
