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13.1 Macro-evolution HostParasiteMosquitoes (Aedes, Culex, Anopheles)Microsporidia (Amblyospora)Birds, 30 passerine speciesMalaria: Plasmodium, HaemoproteusOld World primatesSimian foamy virus (SFV)Primates: Lemuricola, Trypanoxyuris, EnterobiusPinworms (Oxyuridae)16 more rows
Hostparasite coevolution is driven by two types of frequency-dependent selection (FDS): indirect FDS arises from the hostparasite interaction, while direct FDS arises from ecological features which affect coevolution.
7.6 Myxomatosis: a case study of hostpathogen coevolution One of the best studied examples of hostpathogen coevolution is the coevolution of myxomatosis virus and its rabbit hosts (Fenner 1983).
Coevolution is commonly defined as reciprocal evolutionary changes brought about by interactions between species, implying that interacting species impose selection on each other. The covariance between fitness and trait value determines the strength of natural selection.
Host and parasite evolution are closely intertwined, with selection for adaptations and counter-adaptations forming a coevolutionary feedback loop. Coevolutionary dynamics are often difficult to intuit due to these feedbacks and are hard to demonstrate empirically in most systems.
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Hostparasite coevolution is a special case of coevolution, where a host and a parasite continually adapt to each other. This can create an evolutionary arms race between them.

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