The use of conspecific reproductive success for breeding habitat selection in a non‐colonial, hole‐nesting species, the collared flycatcher
Abstract
Summary 1. Breeding habitat quality strongly affects fitness. Therefore, individuals are likely to select their breeding habitat after gathering information on quality of potential breeding patches. In the study reported in this paper, we investigated whether local reproductive success of conspecifics in a patch (patch reproductive success, PRS) could be used to assess habitat quality and make dispersal decisions in a non colonial, hole‐nesting, passerine bird, the collared flycatcher (Ficedula albicollis). 2. Assumptions for such a breeding habitat selection mechanism were met: the habitat patches were of different quality, as measured by PRS, with relative quality varying between years, and PRS was autocorrelated in time. 3. As in many other species, breeding dispersal was related in both sexes to individual reproductive success before dispersal: unsuccessful individuals were more likely to disperse than successful ones. 4. Additively, PRS influenced both breeding and natal dispersal. This effect depended on sex. Dispersal was negatively related to PRS in females, and positively in males with low competitive ability (juvenile and unsuccessful adult males). 5. Breeding dispersal was positively related to flycatcher density in males, but negatively in females. Moreover, when included in the analyses, laying date of the previous breeding attempt (which should be correlated with competitive ability) replaced the effect of PRS in adult males. 6. The observed patterns can be…
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