Viruses assigned to the genus Betahymrhavirus form a distinct monophyletic group based on well-supported Maximum Likelihood or Maximum Clade Credibility trees inferred from complete L sequences. Members of the genus have been detected in hymenopteran insects (Hymenoptera) including wasps. They are distant phylogenetically from viruses assigned to the genera Alphahymrhavirus and Gammahymrhavirus.
Viruses assigned to the genus Alphahymrhavirus form a distinct monophyletic group based on well-supported Maximum Likelihood or Maximum Clade Credibility trees inferred from complete L sequences. Members of the genus have been detected in hymenopteran insects (Hymenoptera) including wasps and ants. They are distant phylogenetically from viruses assigned to the genera Betahymrhavirus and Gammahymrhavirus.
Viruses assigned to the genus Alphadrosrhavirus form a distinct monophyletic group based on well-supported Maximum Likelihood or Maximum Clade Credibility trees inferred from complete L sequences. Members of the genus have been detected in flies of various species (Drosophilidae). They are distant phylogenetically from rhabdoviruses of flies that have been assigned to the genus Sigmavirus.
Viruses assigned to the genus Alphacrustrhavirus form a distinct monophyletic group based on well-supported Maximum Likelihood or Maximum Clade Credibility trees inferred from complete L sequences. Members of the genus have been detected in marine crustaceans (Crustacea).
Viruses assigned to the genus have not yet been visualized by electron microscopy.
Within the Rhabdoviridae, one genus (Platrhavirus) does not fall within any of the existing subfamilies.
The viruses assigned to the subfamily form a monophyletic clade in well-supported Maximum Likelihood or Maximum Clade Credibility trees using full-length L sequences. The subfamily includes two genera for viruses infecting finfish or freshwater molluscs.
The viruses assigned to the subfamily form a monophyletic clade in well-supported Maximum Likelihood or Maximum Clade Credibility trees using full-length L sequences. The subfamily includes six genera for viruses infecting plants and arthropod vectors.
The viruses assigned to the subfamily form a monophyletic clade in well-supported Maximum Likelihood or Maximum Clade Credibility trees using full-length L sequences. The subfamily includes 33 genera for viruses infecting only vertebrates, only invertebrates or vertebrate hosts and arthropod vectors. Various members may infect birds, reptiles, amphibians, non-dipteran insects, ticks, crustaceans or nematodes.
