Volume 3 Issue 4
Dec.  2012
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Anton Antonov, Bård G. Stokke, Frode FoSSøy, Wei LiAnG, Arne MokSneS, eivin RøSkAFt, Canchao yAnG, Anders P. MøLLeR. 2012: Why do brood parasitic birds lay strong-shelled eggs?. Avian Research, 3(4): 245-258. doi: 10.5122/cbirds.2012.0039
Citation: Anton Antonov, Bård G. Stokke, Frode FoSSøy, Wei LiAnG, Arne MokSneS, eivin RøSkAFt, Canchao yAnG, Anders P. MøLLeR. 2012: Why do brood parasitic birds lay strong-shelled eggs?. Avian Research, 3(4): 245-258. doi: 10.5122/cbirds.2012.0039

Why do brood parasitic birds lay strong-shelled eggs?

doi: 10.5122/cbirds.2012.0039

This work was supported by National Natural Science Foundation of China (Nos. 31071938 to AA, BGS and WL, 31272328 to WL, 31101646 and 31260514 to CY), and Program for New Century Excellent Talents in University (NCET-10-0111 to WL). BGS and FF were funded by the Research Council of Norway (218144).

  • Received Date: 02 Dec 2012
  • Brood parasitic birds constitute a model system for the study of coevolution. Such parasites are unique by having evolved unusually thick eggshells for their body size. Thick eggshells have been hypothesized to evolve as 1) a means of preventing damage to parasite eggs when the brood parasite lays its egg at a distance from the host clutch (the laying damage hypothesis); 2) a consequence of host puncture ejection (the puncture resistance hypothesis); 3) a means for the brood parasite to allocate calcium to development of a disproportionately large skeleto-muscular system in evicting parasite chicks (the chick vigour hypothesis); or 4) a means of protecting the cuckoo embryo from microorganisms in the nest of the host (the anti-bacterial protection hypothesis). Here we review the literature studying the evolutionary mechanisms promoting thick eggshells in avian brood parasites, and provide proposals for future studies to test their validity. Available data are insufficient to rigorously test exclusive predictions and assumptions of these not necessarily exclusive hypotheses, although the laying damage and the puncture resistance hypotheses seem to currently be the most well supported alternatives. We discuss how quantification of rejection modes (grasp ejection, puncture ejection and desertion) may disclose the validity of the puncture resistance hypothesis, and finally we provide perspectives for future research on testing this specific hypothesis.


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