Mikheyev Group - Evolutionary genomics

Our research actually spans may study systems and research questions. But the evolution of honey bee parasites and diseases and is a major focus.

About

Bee projects

Australian bee observation network (ABON)

Varroa mites (Varroa destructor) are parasites that have decimated honey bee populations around the world. Much of our work has involved using the mite-bee relationship to study fundamental processes in evolution, particularly host-pathogen dynamics. These mites were discovered in Australia in 2022 and have now become established. By being the last continent to be invaded, Australia has a unique opportunity to study the impacts of Varroa on honey bees and coevolution between hosts and pathogens more generally. We have launched a citizen science campaign to collect data on honey bees before and after Varroa. You can find more information on the ANU College of Science website.

Funded Ph.D. positions to study bees

We have two funded Ph.D. projects available via the CSIRO iPhD program, which come with a generous stipend and research funds. One of the projects involves data analysis from the ABON project, and the other aims to breed native stingless bees to become better pollinators. If you are an Australian/New Zealand citizen or permanent resident, please contact Sasha Alexander Mikheyev.

Other projects

Lord Howe Island stick insect conservation

Working together with Zoos Victoria, we have been engaged in key genetic work on the conservation of the Lord Howe Island stick insect (Dryococelus australis), a critically endangered animal that was exterminated on its home island by rats. It now exists in captivity and on a tiny outcrop near Lord Howe Island. Recently, the rats have been exterminated and there are exciting opportunities to reintroduce the stick insects back to their native habitat.

Publications

You can see our publications Google Scholar.

Projects

To address the urgent threat to pollination posed by the establishment of Varroa mites in Australia, which will decimate honey bee populations, we aim to domesticate native Australian bees to use as alternative pollinators.

Theme

Evolutionary genetics and genomics, Behavioural, evolutionary and physiological ecology

Student intake

Open for PhD students

Status

Current

Australian honey bee populations will collapse after the recent establishment of Varroa mites. This project aims to track Varroa invasion and the subsequent evolution or resistance in feral honey bee populations. This is chance to participate in a once-in-a-lifetime natural experiment with national implications.

Theme

Bioinformatics and bio-mathematical modelling, Evolutionary genetics and genomics, Host-microbe biology, Parasitology

Student intake

Open for PhD students

Status

Current

People

Members

Group Leader

Research Officer

Research Assistant

Technical Assistant

PhD Student

FRT Scholar

Honours Student

Masters Student

Special Project Student

Divisional Visitor

News

A bee

We have a small and vanishing window to collect bees before the inevitable rapid spread of the varroa mites, and the mass die-offs, occur.

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While Australia is the last continent to be invaded by the vorroa mite, it has an opportunity to be the first to eradicate it.

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While most spiders are creatures of solitude, a study involving researchers from ANU has found some species have become more gregarious.  

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