Associated data files and scripts for 'Ancestry-inclusive dog genomics challenges popular breed stereotypes'

  • Kathleen Morrill (Creator)
  • Jessica Hekman (Creator)
  • Xue Li (Creator)
  • Jesse McClure (Creator)
  • Brittney Logan (Creator)
  • Mingshi Gao (Creator)
  • Yinan Dong (Creator)
  • Marjie Alonso (Creator)
  • Elena Carmichael (Creator)
  • Noah Snyder-Mackler (Creator)
  • Jacob Alonso (Creator)
  • Hyun Ji Noh (Creator)
  • Jeremy Johnson (Creator)
  • Michele Koltookian (Creator)
  • Charlie Lieu (Creator)
  • Kate Megquier (Creator)
  • Ross Swofford (Creator)
  • Jason Turner-Maier (Creator)
  • Michelle E. White (Creator)
  • Zhiping Weng (Creator)
  • Andrés Colubri (Creator)
  • Diane P. Genereux (Creator)
  • Kathryn A. Lord (Creator)
  • Elinor Karlsson (Creator)

Dataset

Description

Behavioral genetics in dogs has focused on modern breeds, isolated subgroups 25%), and admixture patterns in mixed-breed dogs can reveal breed propensities. However, breed poorly predicts an individual purebred dog’s behavioral phenotype, explaining just 9% of variation. Using genome-wide association, we identify 11 loci significantly associated with howling and other behaviors, and show characteristic breed behaviors are genetically complex. Behavior-associated loci are not unusually differentiated in modern breeds, but breed propensities do align, albeit weakly, with ancestral function. We propose behaviors now perceived as characteristic of modern breeds likely derive from thousands of years of polygenic adaptation predating breed formation, with modern breeds distinguished primarily by aesthetic, not behavioral, traits.
Date made availableMay 5 2022
PublisherDRYAD

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