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SCU launches Bee Lab to combat Varroa mite threat

November 1, 2024 BY
Southern Cross University Bee Lab

Dr Cooper Schouten says without human intervention, bee colonies will die from Varroa mite infestation. Photo: CATHY ADAMS

SOUTHERN Cross University researchers have launched the Bee Lab in Lismore to help prevent the spread of Varroa mites, a pest that threatens to decimate Australia’s honey bee populations.Led by Dr Cooper Schouten, the Bee Research and Extension Lab at the university’s East Lismore campus focuses on managing the Varroa destructor mite, an invasive parasite that could destroy up to 95 per cent of Australia’s wild bee colonies.

Dr Cooper Schouten says without human intervention, bee colonies will die from Varroa mite infestation. Photo: CATHYA ADAMS

 

“We have one of the highest populations of feral bees in the world – 150 feral bee colonies per square kilometre have been found in Australia,” Schouten said.

Australia’s nectar-producing flora has allowed feral honey bees to thrive.

Dr Cooper Schouten says without human intervention, bee colonies will die from Varroa mite infestation. Photo: CATHYA ADAMS

 

Unlike growers in other countries, Australian farmers have historically relied on natural bee populations rather than importing hives.

Varroa mites threaten to change that reliance, putting food, fibre, and energy crops at risk.

Dr Cooper Schouten at Southern Cross University’s Bee Lab. Photo: CATHY ADAMS

 

The Bee Lab provides training to beekeepers on identifying and eradicating Varroa mites and focuses on honey bee nutrition, queen bee breeding, pollination, and the use of technology in bee management.

“Any bee colony that is not managed by humans right now, the proportion of the colony that can survive without human intervention is maybe one per cent,” Schouten said.

Varroa mites could threaten 95 per cent of feral bee colonies in Australia. Photo: CATHY ADAMS

 

Schouten’s work extends to studying biosecurity threats beyond Australia’s borders.

His work in countries like Papua New Guinea, Fiji, and the Solomon Islands aims to identify potential threats and develop strategies to prevent their spread to Australia.

Varroa destructor is an external parasitic mite that attacks European honey bees and the Asian honey bee. Photo: NSW DPI

 

“A stronger region around Australia in terms of biosecurity means stronger biosecurity for Australia,” he said.

The lab also has a public engagement component, with Dr Schouten inviting community members to join the university’s bee club.