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Micro- and macroevolutionary gains and losses of polymorphisms
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Classroom Contents
Bridging Micro- and Macroevolution in an Old Insect Order
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- 1 Intro
- 2 Bridging micro- and macroevolution in an old insect order
- 3 "Model systems" in evolutionary biology Darwin's finches
- 4 Can Odonata contribute to bridge micro- and macroevolution?
- 5 Evolution of body size and the problem of stasis
- 6 Macroevolutionary constraints on interspecific body size divergence
- 7 The latitude-body size relationship has changed over macroevolutionary time
- 8 Did birds drive large odonates out of the tropics?
- 9 Some macroevolutionary and macroecological aspects of sexual selection in odonates
- 10 Sexual conflict and frequency-dependent selection in the common bluetail damselfly Ischnura elegans
- 11 Phenotype (female morph)
- 12 Morph frequencies remain stable over many generations
- 13 Ontogeny of colour development and sexual maturation
- 14 Colour development during sexual maturation of female morphs: a role for Doublesex and the Dmri-gene family
- 15 Geographic clines in the frequency of androchrome females
- 16 Combining molecular, biogeographic and paleogeographic dating
- 17 Phylogenetic hypotheses for the origin of female colour polymorphism
- 18 Multiple gains and losses of female-limited colour polymorphisms
- 19 Micro- and macroevolutionary gains and losses of polymorphisms
- 20 High-density, open habitats promote female polymorphisms
- 21 Summary and Conclusions
- 22 Acknowledgements: funding, lab & collaborators
