z-logo
Premium
Observations of maternal‐infant interactions in a captive herd of sable antelope ( Hippotragus niger )
Author(s) -
Murdock Gwendolyn K.,
Stine William Wren,
Maple Terry L.
Publication year - 1983
Publication title -
zoo biology
Language(s) - English
Resource type - Journals
SCImago Journal Rank - 0.5
H-Index - 54
eISSN - 1098-2361
pISSN - 0733-3188
DOI - 10.1002/zoo.1430020307
Subject(s) - herd , biology , zoology , veterinary medicine , medicine
The New York Zoological Society's captive‐breeding program on St Catherine's Island, Georgia, includes a herd of sable antelope ( Hippotragus niger ). Two aspects of mother‐infant interactions, nursing and hiding, are described herein. Three younger calves, up to 6 d of age, and three older calves, 8 to 50 d of age, were the subjects of focal‐animal and continuous observations and instantaneous time‐point samples. Two of the younger calves were born to multiparous cows. One cow was primiparous. Between the three calves, quantitative differences in nursing episodes were found in the mean duration (1.7–3.6 min), mean number per d (1.0–8.6 episodes), and mean total time per d (2.6–14.6 min). Despite these differences, all calves thrived. The multiparous cows exhibited a pattern described in captive and wild ungulates: approaching their calves prior to nursing before the calves emitted any response; and nursing their calves early and late in the day. The cows also exhibited nursing‐time synchrony. Three instances of calves suckling younger calves' mothers are also described. Two new interpretations of the function of hiding behavior are offered: (1) If older calves exploit the inexperience of newborn calves by nursing from their mothers, then younger calves may benefit by hiding out of the view of other herd members. Hiding behavior may result from intercalf competition; and (2) if newborns vacillate between arousal‐increasing and arousal‐reducing activities, then “hider” species may hide to attain arousal‐reduction.

This content is not available in your region!

Continue researching here.

Having issues? You can contact us here