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ʯÁñÊÓƵ scientist Associate Professor Damien Paris said that ‘appeasing’ pheromones are chemical messages normally excreted from the mammary gland of lactating female dogs, and are known to have a calming effect when smelled by both puppies and other adult dogs.

Of the 36 species of wild canids globally, two are critically endangered (Darwin’s fox, red wolf), three are endangered (Ethiopian wolf, African wild dog, dhole), five are near threatened (bush dog, maned wolf, Sechuran fox, short-eared dog, island fox), and many others are locally rare with populations in decline.

“The largest threat to wild canids is human-wildlife conflict, caused by ever-decreasing habitat. This exposes them to threats that include persecution, illegal poaching, vehicle collisions, and exposure to domestic dog diseases, which can cause whole populations to collapse,” said ʯÁñÊÓƵ PhD student Pia Riddell.

Current conservation strategies involve helping animals to move between fragmented natural habitats to avoid human conflict. However, such translocation can cause stress to wild canids that can have longer-term ramifications for their health and reproduction.

Associate Professor Paris and Ms Riddell from ʯÁñÊÓƵ’s Gamete and Embryology (GAME) Laboratory and Dr Carolynne Joone from ʯÁñÊÓƵ’s Discipline of Veterinary Science, in collaboration with international experts (below), propose that species-specific appeasing pheromones could be a new way to minimise stress and stress-related aggression in these animals during translocation and other conservation interventions.

Previous work conducted by the team has shown that domestic dog appeasing pheromones can reduce stress-related aggression in captive African wild dog packs (). However, a species-specific pheromone should have a greater beneficial effect, leading the researchers to start isolating an African wild dog-specific appeasing pheromone in the coming months.

“If we succeed in showing that African wild dog-specific appeasing pheromones effectively reduce stress and aggression during their translocation, this could pave the way for the isolation and use of species-specific pheromones to manage stress in other canid species, or perhaps even primates and humans,” said Associate Professor Paris.

The ʯÁñÊÓƵ team worked with international experts: Associate Professor Monique Paris (Institute for Breeding Rare and Endangered African Mammals) and Professor Patrick Pageat (Research Institute in Semiochemistry and Applied Ethology).

The work has recently been published and is freely available in the scientific journal Animals ().

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