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10 results for “Ochotona hyperborea”
On following pages: 3. Tsing-ling Pika (Ochotona syrinx); 4. Gansu Pika (Ochotona cansus); 5. Nubra Pika (Ochotona nubrica); 6. Plateau Pika (Ochotona curzoniae); 7. Thomas's Pika (Ochotona thomasi); 8. Alpine Pika (Ochotona alpina); 9. Turuchan Pika (Ochotona turuchanensis): 10. Northern Pika (Ochotona hyperborea); 11. Manchurian Pika (Ochotona mantchurica); 12. Hoffmann's Pika (Ochotona hoffmanni); 13. Korean Pika (Ochotona coreana), 14. Pallas's Pika (Ochotona pallasii). in Ochotonidae
On following pages: 3. Tsing-ling Pika (Ochotona syrinx); 4. Gansu Pika (Ochotona cansus); 5. Nubra Pika (Ochotona nubrica); 6. Plateau Pika (Ochotona curzoniae); 7. Thomas's Pika (Ochotona thomasi); 8. Alpine Pika (Ochotona alpina); 9. Turuchan Pika (Ochotona turuchanensis): 10. Northern Pika (Ochotona hyperborea); 11. Manchurian Pika (Ochotona mantchurica); 12. Hoffmann's Pika (Ochotona hoffmanni); 13. Korean Pika (Ochotona coreana), 14. Pallas's Pika (Ochotona pallasii).
Fig. 5 in Intraspecific variation and taxonomy of northern pika Ochotona hyperborea (Mammalia, Lagomorpha)
Fig. 5.—Shape of the parietal suture of the skull in Ochotona hyperborea: (A) sinuous parietal suture; (B) V-shaped parietal suture (O. h. uralensis).
Fig. 4 in Intraspecific variation and taxonomy of northern pika Ochotona hyperborea (Mammalia, Lagomorpha)
Fig. 4.—Phylogenetic tree of six genetic lineages of Ochotona hyperborea constructed using *Beast on the basis of one mitochondrial and two nuclear genes. Numbers on branches indicate Bayesian posterior probabilities.
Fig. 1 in Intraspecific variation and taxonomy of northern pika Ochotona hyperborea (Mammalia, Lagomorpha)
Fig. 1.—Median joining network of haplotypes of Ochotona hyperborea based on the mitochondrial Cytochrome c oxidase subunit 1. Hash marks reflect the number of mutational differences between haplotypes separated by more than one mutation.
Fig. 3 in Intraspecific variation and taxonomy of northern pika Ochotona hyperborea (Mammalia, Lagomorpha)
Fig. 3.—Median joining network of haplotypes of (A) interleukin 1 receptor accessory protein-like 1 of Ochotona hyperborea; (B) protein kinase C iota of Ochotona hyperborea. The lineages of Cytochrome c oxidase subunit 1 are shown by the fill color. Hash marks reflect the number of mutational differences between haplotypes separated by more than one mutation.
Fig. 7 in Intraspecific variation and taxonomy of northern pika Ochotona hyperborea (Mammalia, Lagomorpha)
Fig. 7.—Spatial distribution of acoustic races of Ochotona hyperborea. Cases taken from the literature (Formozov 1991; Formozov and Emelyanova 1999) are outlined by the outer circle. The schematic spatial distribution of genetic lineages is outlined by the dashed line.
Fig. 6 in Intraspecific variation and taxonomy of northern pika Ochotona hyperborea (Mammalia, Lagomorpha)
Fig. 6.—Distribution of alarm calls of Ochotona hyperborea in the space of principal components (PCs) of parameters of the shape of the frequency modulation curve. Each call is marked by the identifier of Cytochrome c oxidase subunit 1 lineage. A representative sonogram of each acoustic race is shown.
Fig. 2 in Intraspecific variation and taxonomy of northern pika Ochotona hyperborea (Mammalia, Lagomorpha)
Fig. 2.—Spatial distribution of representatives of Cytochrome c oxidase subunit 1 lineages of Ochotona hyperborea. A schematic distribution of suitable habitats, based on species distribution modeling (Supplementary Data SD4), is shown as a gray background.
Fig. 8 in Intraspecific variation and taxonomy of northern pika Ochotona hyperborea (Mammalia, Lagomorpha)
Fig. 8.—Skull of the holotype of Ochotona hyperborea fedoseevi ssp. nov. ZMMU S-194595.
Fig. 9 in Intraspecific variation and taxonomy of northern pika Ochotona hyperborea (Mammalia, Lagomorpha)
Fig. 9.—Skin of the holotype of Ochotona hyperborea fedoseevi ssp. nov. ZMMU S-194595.
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