Resources

Amanda Lo Cascio, Ellisha Martion, Dave Ramsay, Rachel Mason, Ange Pestell, William L Geary, Will Sowersby, Euan G. Ritchie (Preprint 2025)

This study by Lo Cascio et al. provides the first robust estimate of the Wilkerr (dingo) population: only 77 individuals remain (95% CrI = 64–94). At one of the lowest densities ever recorded for dingoes, their persistence is closely tied to water, long-unburnt habitat and fire diversity. These findings emphasise the fragility of this genetically distinct population and the need for urgent conservation action. Without intervention, their extreme isolation and very low numbers place them at serious risk of local extinction.

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Rachel T. Mason, Anthony R. Rendall, Robin D. Sinclair, Euan G. Ritchie (2025)

This study examined the interactions between target and non-target species with buried 1080 baits in southeastern Australia's Big Desert-Wyperfeld region. The findings revealed that non-target native mice accounted for 88% of bait interactions, often engaging with the baits sooner than target species like foxes and dingoes. ​​​

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Kylie M. Cairns, Mathew S. Crowther, Heidi G. Parker, Elaine A. Ostrander, Mike Letnic (2023)

This study is the first to recognise Big Desert dingoes as genetically distinct, shedding light on their unique genetic structure within the broader dingo population. It highlights how geographic and ecological factors shape their diversity and emphasises the importance of preserving these local populations, which play a vital role in maintaining ecological balance and contribute to the broader genetic landscape of the species.

Cairns Kylie M., Letnic Mike, Ritchie Euan G., Adams Justin W., Crowther Mathew S., Dickman Christopher R., Fillios Melanie, Pascoe Jack, Smith Bradley P., Newsome Thomas M. (2025)

This study by Cairns et al. provides strong evidence that dingoes are a distinct evolutionary lineage, separate from domestic dogs. Using genetics, behaviour, ecology and archaeology, the research confirms dingoes meet all criteria to be considered taxonomically unique. Recognising dingoes as Canis dingo or Canis lupus dingo is crucial for their conservation and acknowledges their cultural significance to First Nations peoples.

Andrew R Weeks, Peter Kriesner, Nenad Bartonicek, Anthony van Rooyen, Kylie M. Cairns, Collin W. Ahrens (2024)

This study reveals that dingoes maintain a distinct genetic identity, with limited evidence of hybridisation with domestic dogs. It follows up and supports Kylie Cairns' research, further highlighting the importance of conserving these genetically pure dingo populations, especially in areas like the Big Desert, where dingo management practices could influence future genetic integrity.

Rachel T. Mason, Anthony R. Rendall, Robin D. Sinclair, Angela J. L. Pestell, Euan G. Ritchie (2025)

This study analysed the diets of dingoes, foxes and feral cats in the Big Desert, Wyperfeld and Ngarkat area. Dingoes mainly ate large native herbivores like kangaroos and emus (71% of their diet), while foxes consumed significantly more livestock and both foxes and cats preyed heavily on small native mammals, including threatened species. The findings highlight dingoes’ distinct ecological role and question the justification for broad-scale lethal control.

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Benjamin J. J. Walker, Mike Letnic, Martin P. Bucknall, Lyn Watson, Neil R. Jordan (2024)

This study shows that male dingo urine contains chemical cues that signal age. Researchers found clear scent differences between younger, prime-aged, and older males. Wild dingoes responded most to the scent of prime-aged males, suggesting they use these cues to assess the age or status of others. This highlights how scent marking supports social and territorial behaviour in wild dingoes.