This study held by phylogenomic analysis at higher levels of phylogeny and evolution of mitogenomes and characteristics of Lycosidae Sundavall, 1833 (Wolf Spider) using 56 complete mitogenomes. In comparison with the analysis based on targets-gene, mitogenomic phylogenies revealed tricassinae as a sister in Lycosinae + hippasinae. Knowing evippinae is not supported as sosspinae and indicates unsure phylogenetic relationships between genera (Lycosa,, troupe,, gateand Alopecosa) Within Lycosinae. The study suggests the validation of Wadicosinae, changes in three species, Pardosa Movivaga Simon, 1880, Arctosa Ningboensis Yin, Bao & Zhang, 1996, and Alopecosa Cinnameopilosa (Schenkel, 1963), and is recommended to place Halolocosa Hatanensis (Urita, Tang, & Songs, 1993) in Evippinae. In contrast to the previous knowledge, the initial development of wolf spiders occurred as soon as glacial clial-clalation, both meant in miocenification, both interpreted with the answers of the weather changes during these times. Within Lycosidae, the Mitochondrial Gene Rearpingement (seven patterns) has been observed only pirate to zoicinae and P. Multivagaprimarily result from transferring RNA transport and loss. The Analysis of the Analysis of the ancestral analysis did not support the strategies of lycosid ancestral development from the Web Building Web Building or breaking transitions independently several times.
Liu, J., Fu, D., Tao, H., Loo, F. Backbone Phylogeny and Evolution of Lycosidae (Aranenae): Arolight in Mitogenomic data in Mitogenomic. Journal of Systematics and Evolution. https://doi.org/10.1111/jse.13198
