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Adaptation and conservation insights from the koala genome

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  • Rebecca N Johnson
  • Denis O'Meally
  • Zhiliang Chen
  • Graham J Etherington
  • Simon Y W Ho
  • Will J Nash
  • Catherine E Grueber
  • Yuanyuan Cheng
  • Camilla M Whittington
  • Siobhan Dennison
  • Emma Peel
  • Wilfried Haerty
  • Rachel J O'Neill
  • Don Colgan
  • Tonia L Russell
  • David E Alquezar-Planas
  • Val Attenbrow
  • Jason G Bragg
  • Parice A Brandies
  • Amanda Yoon-Yee Chong
  • Janine E Deakin
  • Federica Di Palma
  • Zachary Duda
  • Mark D B Eldridge
  • Kyle M Ewart
  • Carolyn J Hogg
  • Greta J Frankham
  • Arthur Georges
  • Amber K Gillett
  • Merran Govendir
  • Alex D Greenwood
  • Takashi Hayakawa
  • Kristofer M Helgen
  • Matthew Hobbs
  • Clare E Holleley
  • Thomas N Heider
  • Elizabeth A Jones
  • Andrew King
  • Danielle Madden
  • Jennifer A Marshall Graves
  • Linda E Neaves
  • Hardip R Patel
  • Adam Polkinghorne
  • Marilyn B Renfree
  • Charles Robin
  • Ryan Salinas
  • Kyriakos Tsangaras
  • Paul D Waters
  • Shafagh A Waters

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Original languageEnglish
Pages (from-to)1102-1111
JournalNature Genetics
Issue number8
Early online date2 Jul 2018
Publication statusPublished - Aug 2018


The koala, the only extant species of the marsupial family Phascolarctidae, is classified as 'vulnerable' due to habitat loss and widespread disease. We sequenced the koala genome, producing a complete and contiguous marsupial reference genome, including centromeres. We reveal that the koala's ability to detoxify eucalypt foliage may be due to expansions within a cytochrome P450 gene family, and its ability to smell, taste and moderate ingestion of plant secondary metabolites may be due to expansions in the vomeronasal and taste receptors. We characterized novel lactation proteins that protect young in the pouch and annotated immune genes important for response to chlamydial disease. Historical demography showed a substantial population crash coincident with the decline of Australian megafauna, while contemporary populations had biogeographic boundaries and increased inbreeding in populations affected by historic translocations. We identified genetically diverse populations that require habitat corridors and instituting of translocation programs to aid the koala's survival in the wild.

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