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Combined predisposed preferences for colour and biological motion make robust development of social attachment through imprinting

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Animal cognition 2019 11 Nov with figures1_11.pdf本文890.2 kBPDFView/Open
Supplementary material 1 (WMV 206 kb) L-head(red).wmvElectronic supplementary material206.01 kBWindows Media VideoView/Open
Supplementary material 10 (WMV 311 kb) Plate(red).wmvElectronic supplementary material311.69 kBWindows Media VideoView/Open
Supplementary material 11 (WMV 311 kb) Plate(yellow).wmvElectronic supplementary material311.69 kBWindows Media VideoView/Open
Supplementary material 12 (WMV 322 kb) Stationary-toy(red).wmvElectronic supplementary material322.29 kBWindows Media VideoView/Open
Supplementary material 13 (WMV 517 kb) Stationary-toy(yellow).wmvElectronic supplementary material517.63 kBWindows Media VideoView/Open
Supplementary material 17 (WMV 370 kb) W-head(red).wmvElectronic supplementary material370.07 kBWindows Media VideoView/Open
Supplementary material 18 (WMV 1861 kb) W-head(red)_W-head(yellow).wmvElectronic supplementary material1.86 MBWindows Media VideoView/Open
Supplementary material 19 (WMV 379 kb) W-head(yellow).wmvElectronic supplementary material379.02 kBWindows Media VideoView/Open
Supplementary material 2 (WMV 1572 kb) L-head(red)-L-head(yellow).wmvElectronic supplementary material1.57 MBWindows Media VideoView/Open
Supplementary material 20 (WMV 173 kb) Wp(red).wmvElectronic supplementary material173.96 kBWindows Media VideoView/Open
Supplementary material 21 (WMV 669 kb) Wp(red)-Lp(yellow).wmvElectronic supplementary material669.52 kBWindows Media VideoView/Open
Supplementary material 22 (WMV 226 kb) Wp(red)-Wp(yellow).wmvElectronic supplementary material226.86 kBWindows Media VideoView/Open
Supplementary material 23 (WMV 235 kb) Wp(white).wmvElectronic supplementary material235.03 kBWindows Media VideoView/Open
Supplementary material 24 (WMV 252 kb) Wp(yellow).wmvElectronic supplementary material252.09 kBWindows Media VideoView/Open
Supplementary material 25 (WMV 678 kb) Wp(yellow)-Lp(red).wmvElectronic supplementary material678.03 kBWindows Media VideoView/Open
Supplementary material 26 (WMV 424 kb) W-tail(red).wmvElectronic supplementary material424.76 kBWindows Media VideoView/Open
Supplementary material 27 (WMV 1854 kb) W-tail(red)-W-tail(yellow).wmvElectronic supplementary material1.85 MBWindows Media VideoView/Open
Supplementary material 28 (WMV 457 kb) W-tail(yellow).wmvElectronic supplementary material457.14 kBWindows Media VideoView/Open
Supplementary material 29 (WMV 447 kb) W-whole(red).wmvElectronic supplementary material447.4 kBWindows Media VideoView/Open
Supplementary material 3 (WMV 213 kb) L-head(yellow).wmvElectronic supplementary material213.82 kBWindows Media VideoView/Open
Supplementary material 30 (WMV 1908 kb) W-whole(red)-W-whole(yellow).wmvElectronic supplementary material1.91 MBWindows Media VideoView/Open
Supplementary material 31 (WMV 473 kb) W-whole(yellow).wmvElectronic supplementary material473.77 kBWindows Media VideoView/Open
Supplementary material 4 (WMV 189 kb) Lp(red) - Copy.wmvElectronic supplementary material189.59 kBWindows Media VideoView/Open
Supplementary material 5 (WMV 931 kb) Lp(red)-Lp(yellow).wmvElectronic supplementary material931.62 kBWindows Media VideoView/Open
Supplementary material 6 (WMV 65 kb) Lp(white).wmvElectronic supplementary material65.58 kBWindows Media VideoView/Open
Supplementary material 7 (WMV 298 kb) Lp(yellow).wmvElectronic supplementary material298.96 kBWindows Media VideoView/Open
Supplementary material 8 (WMV 386 kb) Moving-toy(red).wmvElectronic supplementary material386.21 kBWindows Media VideoView/Open
Supplementary material 9 (WMV 673 kb) Moving-toy(yellow).wmvElectronic supplementary material673.71 kBWindows Media VideoView/Open
Supplementary_data_file_#3.pdfSupplementaly data166.26 kBPDFView/Open
Supplementary_document_#1.pdfSupplementaly document40.09 kBPDFView/Open
Supplementary_document_#2.pdfSupplementaly document55.39 kBPDFView/Open
Please use this identifier to cite or link to this item:http://hdl.handle.net/2115/79730

Title: Combined predisposed preferences for colour and biological motion make robust development of social attachment through imprinting
Authors: Miura, Momoko Browse this author
Nishi, Daisuke Browse this author
Matsushima, Toshiya Browse this author →KAKEN DB
Keywords: Early social deprivation
Sensitive period
Thyroid hormone
Developmental homeostasis
Conspec-Conlern mechanism
Domestic chicks
Issue Date: 11-Nov-2020
Publisher: Springer
Journal Title: Animal cognition
Volume: 23
Issue: 1
Start Page: 169
End Page: 188
Publisher DOI: 10.1007/s10071-019-01327-5
Abstract: To study how predisposed preferences shape the formation of social attachment through imprinting, newly hatched domestic chicks (Gallus gallus domesticus) were simultaneously exposed to two animations composed of comparable light points in different colours (red and yellow), one for a walking motion and another for a linear motion. When a walking animation in red was combined with a linear one in yellow, chicks formed a learned preference for the former that represented biological motion (BM). When the motion-colour association was swapped, chicks failed to form a preference for a walking in yellow, indicating a bias to a specific association of motion and colour. Accordingly, experiments using realistic walking chicken videos revealed a preference for a red video over a yellow one, when the whole body or the head was coloured. On the other hand, when the BM preference had been pre-induced using an artefact moving rigidly (non-BM), a clear preference for a yellow walking animation emerged after training by the swapped association. Even if the first-seen moving object was a nonbiological artefact such as the toy, the visual experience would induce a predisposed BM preference, making chicks selectively memorize the object with natural features. Imprinting causes a rapid inflow of thyroid hormone in the telencephalon leading to the induction of the BM preference, which would make the robust formation of social attachment selectively to the BM-associated object such as the mother hen.
Rights: This is a pre-print of an article published in Animal cognition. The final authenticated version is available online at: https://doi.org/10.1007/s10071-019-01327-5
Type: article (author version)
URI: http://hdl.handle.net/2115/79730
Appears in Collections:理学院・理学研究院 (Graduate School of Science / Faculty of Science) > 雑誌発表論文等 (Peer-reviewed Journal Articles, etc)

Submitter: 松島 俊也

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