VRAS . 360 VR . virtual reality adventure studios's video: 360 VR VIDEO - Super Smart Hamsters - VIRTUAL REALITY 3D

© [All videos are produced by us] →STAY TUNED EVERY FRIDAY ■ www.YOUTUBE.com/c/VRASvirtualrealityadventurestudios ■ www.FACEBOOK.com/VRAS.virtual.reality.adventure.studios/ ■ www.INSTAGRAM.com/_VRAS_ ■ www.VEER.tv/me/VRAS ■ www.SAMSUNGVR.com/channel/16085421f18514d288db2c39 VRAS. Virtual Reality Adventure Studios "IMMERSE YOURSELF IN THE ADVENTURE ...IT CAN BE A NIGHTMARE OR A DREAM." Hamsters are rodents (order Rodentia) belonging to the subfamily Cricetinae, which contains 19 species classified in seven genera.[1][2] They have become established as popular small house pets.[3] The best-known species of hamster is the golden or Syrian hamster (Mesocricetus auratus), which is the type most commonly kept as pets. Other hamster species commonly kept as pets are the three species of dwarf hamster, Campbell's dwarf hamster (Phodopus campbelli), the winter white dwarf hamster (Phodopus sungorus) and the Roborovski hamster (Phodopus roborovskii). Hamsters are more crepuscular than nocturnal and, in the wild, remain underground during the day to avoid being caught by predators. They feed primarily on seeds, fruits, and vegetation, and will occasionally eat burrowing insects.[4] Physically, they are stout-bodied with distinguishing features that include elongated cheek pouches extending to their shoulders, which they use to carry food back to their burrows, as well as a short tail and fur-covered feet. Classification M. auratus, the Syrian hamster P. sungorus. The Winter white dwarf hamster P. roborovski. The Roborovski hamster P. campbelli. The Campbell's dwarf hamster Taxonomists generally disagree about the most appropriate placement of the subfamily Cricetinae within the superfamily Muroidea. Some place it in a family Cricetidae that also includes voles, lemmings, and New World rats and mice; others group all these into a large family called Muridae. Their evolutionary history is recorded by 15 extinct fossil genera and extends back 11.2 million to 16.4 million years to the Middle Miocene Epoch in Europe and North Africa; in Asia it extends 6 million to 11 million years. Four of the seven living genera include extinct species. One extinct hamster of Cricetus, for example, lived in North Africa during the Middle Miocene, but the only extant member of that genus is the European or common hamster of Eurasia. Subfamily Cricetinae Genus Allocricetulus Species A. curtatus—Mongolian hamster Species A. eversmanni—Eversmann's or Kazakh hamster Genus Cansumys Species C. canus—Gansu hamster Genus Cricetulus Species C. alticola—Tibetan dwarf or Ladak hamster Species C. barabensis, including "C. pseudogriseus" and "C. obscurus"—Chinese striped hamster, also called Chinese hamster; striped dwarf hamster Species C. griseus—Chinese (dwarf) hamster, also called rat hamster Species C. kamensis—Kam dwarf hamster or Tibetan hamster Species C. longicaudatus—long-tailed dwarf hamster Species C. migratorius—grey dwarf hamster, Armenian hamster, migratory grey hamster; grey hamster; migratory hamster Species C. sokolovi—Sokolov's dwarf hamster Genus Cricetus Species C. cricetus—European hamster, also called common hamster or black-bellied field hamster Genus Mesocricetus—golden hamsters Species M. auratus—golden or Syrian hamster Species M. brandti—Turkish hamster, also called Brandt's hamster; Azerbaijani hamster Species M. newtoni—Romanian hamster Species M. raddei—Ciscaucasian hamster Genus Phodopus—dwarf hamsters Species P. campbelli—Campbell's dwarf hamster Species P. roborovskii—Roborovski hamster Species P. sungorus—Djungarian hamster or winter-white Russian dwarf hamster Genus Tscherskia Species T. triton—greater long-tailed hamster, also called Korean hamster Relationships among hamster species Hamster clades Neumann et al. (2006) conducted a molecular phylogenetic analysis of 12 of the above 17 species using DNA sequence from three genes: 12S rRNA, cytochrome b, and von Willebrand factor. They uncovered the following relationships:[5] Phodopus group The genus Phodopus was found to represent the earliest split among hamsters. Their analysis included both species. The results of another study[6] suggest Cricetulus kamensis (and presumably the related C. alticola) might belong to either this Phodopus group or hold a similar basal position. Mesocricetus group The genus Mesocricetus also forms a clade. Their analysis included all four species, with M. auratus and M. raddei forming one subclade and M. brandti and M. newtoni another. Remaining genera The remaining genera of hamsters formed a third major clade. Two of the three sampled species within Cricetulus represent the earliest split. This clade contains C. barabensis (and presumably the related C. sokolovi) and C. longicaudatus. Miscellaneous The remaining clade contains members of Allocricetulus, Tscherskia, Cricetus, and C. migratorius.