The Fattest Parrot In The World Could Be Completely Wiped Out By Fungal Infection
Seven of the birds – an already critically endangered species – have died from aspergillosis, a type of fungus that can lead to a respiratory infection.
To date, New Zealand’s Department of Conservation (DOC) confirmed 36 of the remaining population of 142 adults and 72 chicks were in a veterinary hospital.
Seventeen of the nocturnal, flightless birds had received a preliminary diagnosis of the disease, which can occur when there is an abundance of the fungal spore in the environment, or if immunocompromised individuals inhale the spores.
In this case it’s thought the cause of the outbreak was a large number of spores in nests on Codfish Island (Whenua Hou) in the south of the country.
The parrot, which weighs up to 4.9 pounds, is one of New Zealand’s unique avian treasures, and has gone through a turbulent period of highs and lows over the years.
Once the third most common bird in the country their existence is now on the brink, thanks to the destruction of their habit and the introduction of non-native predators.
Since the 1970s a concentrated conservation effort to save the species has seen the parrot’s population rise from a low of just 51 to the current 142 adults and 72 chicks.
But the latest threat of a fatal fungal infection could pose a significant risk to the species.
In a statement, DOC said the fungal infection was “having a devastating impact on kÄkÄpÅ”.
It said staff were working hard, on top of the busy breeding season, to care for the affected birds and reduce the risk to the population.
“Currently, we think the cause of this outbreak is the significant spore loading in nests on Whenua Hou this season, coupled with possible nest stress leading to infection. We’re investigating other potential causes of low immunity.”
DOC was screening all the birds to check for the disease – with the birds most at risk being flown to the mainland from their habitat on Codfish Island (Whenua Hou), near Stewart Island, for further testing.
All remaining chicks in nests have been removed for hand rearing to prevent further exposure to high spore loading.
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