Survival implications of the development of behavioural responsiveness and awareness in different groups of mammalian young

@article{Mellor2015SurvivalIO,
  title={Survival implications of the development of behavioural responsiveness and awareness in different groups of mammalian young},
  author={David James Mellor and Roger G Lentle},
  journal={New Zealand Veterinary Journal},
  year={2015},
  volume={63},
  pages={131 - 140}
}
  • D. Mellor, R. Lentle
  • Published 31 March 2015
  • Psychology, Biology
  • New Zealand Veterinary Journal
This paper focuses on the development of behaviours that are critical for the survival of newborn and juvenile mammals of veterinary and wider biological interest. It provides an updated, integrated and comparative analysis of how postnatal maturation of sensory, motor and perceptual capacities support and constrain behavioural interactions between mammalian young and the mother, any littermates and the environment. Young that are neurologically exceptionally immature, moderately immature and… 

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References

SHOWING 1-10 OF 137 REFERENCES

Role of mother-young interactions in the survival of offspring in domestic mammals.

TLDR
This review compares three well-studied species (the rabbit, pig and sheep) that differ in their parental strategies and in the problems that neonates have to overcome.

Neonatal survival: contributions from behavioural studies in sheep

Birth and hatching: Key events in the onset of awareness in the lamb and chick

TLDR
The neural apparatus of both lambs and chicks appears to be too immature to support any states resembling awareness during at least the first half of pregnancy or incubation, and it is possible that demonstrable awareness may appear for the first time only after hatching in chicks.

Olfactory regulation of maternal behavior in mammals

Implications of marsupial births for an understanding of behavioural development

TLDR
The motor patterns occurring in the newborn marsupials have many similarities to the motor patterns that appear in eutherian embryos at these same developmental stages, and studies that correlate the motor behaviours with the sensory and neural development of newborn mars upials could have important benefits for the understanding of the early organization of behaviour in mammals in general.

Maternal and neonatal behavior.

  • H. GonyouJ. Stookey
  • Biology, Medicine
    The Veterinary clinics of North America. Food animal practice
  • 1987

Animal welfare implications of neonatal mortality and morbidity in farm animals.

Responsiveness, behavioural arousal and awareness in fetal and newborn lambs: experimental, practical and therapeutic implications

TLDR
The implications for the welfare of fetal lambs and calves during experimental surgery, slaughter of the pregnant dam, collection of blood from fetuses at slaughter, and during fetotomy are favourable, indicating that current practices, when carefully undertaken, are humane.

COMPARATIVE PATTERNS OF CRANIOFACIAL DEVELOPMENT IN EUTHERIAN AND METATHERIAN MAMMALS

TLDR
It is concluded that the developmental differences between marsupial and placental mammals are best explained by the interaction of several processes including neurogenesis as a potential rate‐limiting step, the developmental requirements of somatic elements, and the extremely short period of organogenesis of mars upial mammals.
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