In today's world, Tarsiger occupies a central place in society, whether on a personal, political, social or cultural level. Its importance lies in its influence on different aspects of daily life, as well as its role in history and human development. Over time, Tarsiger has been the subject of debate, study and reflection, generating conflicting opinions and passionate discussions. From its impact on the economy to its role in individual identity, Tarsiger has proven to be a topic of universal interest that invites us to reflect on who we are and where we are headed. In this article, we will explore the various facets of Tarsiger, analyzing its meaning and its impact on the world today.
Tarsiger | |
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Collared bush robin (Tarsiger johnstoniae) | |
Scientific classification ![]() | |
Domain: | Eukaryota |
Kingdom: | Animalia |
Phylum: | Chordata |
Class: | Aves |
Order: | Passeriformes |
Family: | Muscicapidae |
Subfamily: | Saxicolinae |
Genus: | Tarsiger Hodgson, 1845 |
Type species | |
Tarsiger chrysaeus (golden bush robin) Hodgson, 1845
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Tarsiger is a genus of eight species of birds in the family Muscicapidae. They are small, mostly brightly coloured insectivorous birds native to Asia and (one species) northeastern Europe; four of the six species are confined to the Sino-Himalayan mountain system.[1] The genus has sometimes been included within the related genus Luscinia, but the species have been found to form a distinct monophyletic group.[2]
The genus Tarsiger was introduced in 1845 by the English naturalist Brian Houghton Hodgson with the golden bush robin as the type species.[3][4] The genus name is from Ancient Greek tarsos, "flat of the foot" and Latin gerere, "to carry".[5]
The genus contains the following eight species:[6]
The Himalayan bluetail was formerly treated as a subspecies of the red-flanked bluetail.[1] It was split on the basis of its more intense plumage colours, and its ecology and behaviour, being a short-distance altitudinal migrant not a long-distance migrant.[8]
The phylogenetic relationships between the species were determined in a molecular phylogenetic study published in 2022:[7]
Tarsiger |
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