All Stories

  1. Ecological drivers of cranial evolution in bristly ground squirrels (tribe Xerini)
  2. Cranial shape variation in kangaroo mice (Microdipodops): taxonomic insights and ecological adaptations
  3. Taterillus cranial shape variation is linked to allometry, geography, and climate (Gerbillinae, Rodentia)
  4. Interspecific cranial variation in coarse-haired pocket mice (Chaetodipus): a geometric morphometric analysis within a phylogenetic framework
  5. Sequencing KRT71 as a candidate gene for hair shape variation in dromedary camels
  6. Cranial variation across spiny pocket mice (Heteromys, Liomys) in new phylogenetic and taxonomic perspectives
  7. Cranial variation in species and subspecies of kangaroo rats (Dipodomys, Dipodomyinae, Rodentia) according to geometric morphometrics
  8. Geometric morphometrics of silky pocket mice (Perognathus: Perognathinae: Rodentia) crania reveals new insights into their variation, evolution, and taxonomy
  9. Geometric morphometrics of face profile across horse breeds and within Arabian horses
  10. Cranial geometric morphometrics of jumping mice (Genera: Eozapus, Napaeozapus, and Zapus; Zapodinae, Rodentia): Implications for subspecies conservation
  11. Skull variation in populations of the Indian gerbil Tatera across its geographic range
  12. Environmental correlates of body size influence range size and extinction risk
  13. Cranial differences in three-toed jerboas (Dipodinae) according to recent taxonomic revisions
  14. Morphological variation in the crania of the Cape Short-eared gerbil, Desmodillus, across geography
  15. Phylogenetics and the evolution of terrestriality in mudskippers (Gobiidae: Oxudercinae)
  16. Mitochondrial Sequence Variation, Haplotype Diversity, and Relationships Among Dromedary Camel-Types
  17. FGF5 missense mutation is associated with dromedary hair length variation
  18. Desmodilliscus braueri crania compared to Pachyuromys duprasi (Desmodilliscini)
  19. A morphometric comparison of the cranial shapes of Asian dwarf hamsters (Phodopus)
  20. Geometric morphometrics vs. linear morphometrics in camels
  21. Phylogeny, convergence, and allometry partly explain cranial differences in allactagine jerboas
  22. Differences between Australian hopping mice crania is explained by phylogeny and ecology
  23. The geometric pattern of variation in the mandibles of the the Dwarf Gerbil Gerbillus nanus
  24. The applicability of Allen’s rule in rodents
  25. Comparison of genetic diversity among different camel-types.
  26. Geometric morphometrics can be used to differentiate between broad camel types
  27. Rodent body size is not associated with habitat productivity
  28. Climate data estimated from IUCN range maps are highly consistent to those from GBIF occurrence data
  29. A systematic method of collecting camel DNA samples and associated phenotypic information
  30. Comparison of camel DNA sampled from whole-blood, saliva, and tail-hair
  31. An iOS and Android App for collecting biological specimen data (SamplEase)
  32. Dwarf gerbils Gerbillus nanus show now biologically meaningful geographic variation in cranial shape
  33. Differences in skull morphology among rodent species are associated with climate
  34. Global desert rodent assemblages do not show phylogenetic nor morphological community structure
  35. Speciation/diversity is not associated with cranial disparity/evolution rate (in muroid rodents)
  36. Speciation is not associated with diet, habitat, body size, nor tail length (in muroid rodents)
  37. Skull variation across Gerbillus and Dipodillus species (gerbils)
  38. The relationship between diet and dental morphology in rats and mice
  39. More environmentally productive regions have larger rodent species
  40. Gerbil species living in more open habitats have longer hind feet (for leaping)
  41. The high diversity of muroid rodents is not explained by its colonization of new continents
  42. Phylogeny of gerbils & relatives and the association between auditory bulla size and aridity