
doi: 10.3390/sym1020106
Despite interest in the relationship between fluctuating asymmetry (FA), immune response and ecological factors in insects, little data are available from wild populations. In this study we measured FA and immune response in 370 wild-caught male bush-crickets, Metrioptera roeseli, from 20 experimentally introduced populations in southern-central Sweden. Individuals with more-symmetric wings had a higher immune response as measured by the cellular encapsulation of a surgically-implanted nylon monofilament. However, we found no relationship between measures of FA in other organs (i.e. tibia and maxillary palp) and immune response, suggesting that this pattern may reflect differing selection pressures.
artificial parasite, Roesel’s bush cricket, experiment, wings, connectivity, fluctuating asymmetry, grasshopper, Orthoptera, developmental instability
artificial parasite, Roesel’s bush cricket, experiment, wings, connectivity, fluctuating asymmetry, grasshopper, Orthoptera, developmental instability
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