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Effect of the use of synthetic sound during incubation in chicken

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TLDR
In order to achieve an earlier beginning of beak clapping, a faster whole group beakClapping time, and a shorter hatching time of chickens, sound stimulation should begin at the 433 rd hour of hatching, at the constant amplitude of power of the stimulating sound.
Abstract
In the present work the effect of the use of synthetic sound during incubation in chicken of the Hampshire breed was studied. For the stimulation, an electronic sound generator with amplitude of power 1250 mV and time interval of 134 ms, 176 ms, 210 ms and 380 ms was used. The study was carried out in three experiments. In the 1 st experiment we tried to determine the influence of sound stimulation on the hatching of chickens from egg set of the variant of weight. In the 2 nd experiment we tried to determine the influence of the variant of the beginning of sound stimulation on chicken hatching. In the 3 rd experiment we tried to determine the influence of sound stimulation with constant amplitude of power and the variant of the time interval on chicken hatching. The most suitable eggs to be used for the stimulation with synthetic sound are the ones with the weight of 58.0-60.0g. In this weight category, the chickens hatched earliest of all the groups and there was no decrease in hatchability either. In order to achieve an earlier beginning of beak clapping, a faster whole group beak clapping time, and a shorter hatching time of chickens, sound stimulation should begin at the 433 rd hour of hatching. At the constant amplitude of power of the stimulating sound, the earliest hatching was observed when the time interval was 176 ms. Less suitable for stimulation are the time intervals 134 ms and 380 ms.

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Journal ArticleDOI

Effect of species-specific sound stimulation on the development and hatching of broiler chicks

TL;DR: No consistent effect of sound on body weight at incubation stage was observed, and species-specific sound stimulation also had no impact on chick quality, blood values and plasma corticosterone concentrations during hatch.
Journal ArticleDOI

Sound exposure and its beneficial effects on embryonic growth and hatching of broiler chicks

TL;DR: It was concluded that the loud noise found in commercial hatcheries (at 90 dB) can be beneficial, and the presence of species-specific vocalisations could improve the hatching time and chick quality from experimental incubators (at 70 dB), however, this would not provide additional benefits in commercialHatcheries, due to the machinery noise masking them.
References
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BookDOI

Playback and Studies of Animal Communication

TL;DR: Field Experiments on the Perception of Song Types by Birds A.A. Searcy and the Design of Playback Experiments P.K. McGregor, et al.
Journal ArticleDOI

Sex differences in incubation length and hatching weights of broiler chicks.

TL;DR: Two experiments were run using broiler eggs to determine whether sex differences exist in incubation time required to hatch males and females and in various measures of chick weight (CW) and relationships between measures of CW and incubationTime and between CW and egg weight (EW).
Journal ArticleDOI

Prenatal experience of parental calls and pecking in the laughing gull (Larus atricilla L.)

TL;DR: An effect was found but it would not be clearly demonstrated that ‘crooning’ heard prenatally enhances pecking, and chicks pecked less often when hearing ‘kow’ calls regardless of prenatal experience with this call.
Journal ArticleDOI

Prenatal auditory discrimination in the wood duck (Aix sponsa)

TL;DR: It is discussed that the wood duck's demonstrated prenatal specificity may require some sort of supportive auditory input, perhaps similar to that occurring in the natural situation, in order that it is maintained and carried over for functional significance into postnatal life.
Journal ArticleDOI

Sounds produced by hatching Japanese quail (Coturnix coturnix japonica) as potential aids to synchronous hatching.

TL;DR: Rate of performance apparently does not change during brief (1 min) physical contact with other eggs or exposure to hatched chicks, and is tentatively proposed as a reliably fixed measure of hatching progress in incubator-hatched eggs.
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