Antipredator behaviour of hatchling snakes: effects of incubation temperature and simulated predators.

By J. Burger. 1998

How researchers see this paper

The researchers whose trusted networks rank it highest, strongest advocate first. Every researcher gets a different order.

1. Adam Gaier
2. Michael J. Angilletta
3. David R Ha
4. L. Hollén
5. R. Winters
6. A. Radford
7. W. Du
8. Arthur E. Dunham

Citations in the corpus

• Weight Agnostic Neural Networks (2019, background): “There is evidence to show that lizard [73] and snake [13, 76] hatchlings already possess behaviors to escape from predators.”
• The development of alarm-call behaviour in mammals and birds (2009, background): “Most studies showing seemingly unlearned predator recognition have been on species where young live independently from the moment of hatching (e.g. Brown & Warburton 1997; Burger 1998; Göth 2001).”
• THERMAL EFFECTS ON THE ENERGETICS OF LIZARD EMBRYOS: IMPLICATIONS FOR HATCHLING PHENOTYPES (2000, background): “…hydric conditions during incubation can influence locomotion (Miller et al. 1987, Burger 1990, 1991a, Van Damme et al. 1992, Elphick and Shine 1998), olfaction (Burger 1991b), defense (Burger 1998a, b), growth (Qualls and Shine 1996, Joanen et al. 1987) and survival of hatchlings (de March 1995).”
• EFFECT OF TEMPERATURE ON ESCAPE BEHAVIOUR BY AN ECTOTHERMIC VERTEBRATE, THE KEELED EARLESS LIZARD (HOLBROOKIA PROPINQUA) (2000, unknown): “…the success of escape attempts (e.g. Heckrottte, 1967; Bennett, 1980; Christian & Tracy, 1981; Huey & Pianka, 1981; Huey, 1982; Cooper & Vitt, 1986; Hailey & Davies, 1986), and may alter antipredatory strategy (Hertz et al., 1982; Goode & Duvall, 1989; Scheif in & De Queiroz, 1991; Burger, 1998).”
• The effects of incubation thermal environments on size, locomotor performance and early growth of hatchling soft-shelled turtles, Pelodiscus sinensis (2003, background): “…likely to have long-term effects on an individual’s performance and would therefore influence its life-time fitness (Webb and Cooper-Preston, 1989; Burger, 1991, 1998; Van Damme et al., 1992; Shine, 1995; Shine and Harlow, 1996; Alberts et al., 1997; Lin and Ji, 1998; Braña and Ji, 2000; Ji and…”
• INNATE PREDATOR-RECOGNITION IN AUSTRALIAN BRUSH-TURKEY (ALECTURA LATHAMI, MEGAPODIIDAE) HATCHLINGS (2001, background): “Thus most studies on innate predator-recognition have been on sh and reptiles which often live independently from the moment of hatching (e.g. Brown & Warburton, 1997; Burger, 1998).”