Skip to main content
Hort Innovation News and events Media Releases Scientists probe bee recovery after fires
Media Release

Scientists probe bee recovery after fires

Publication date: 23 August 2021

THE AFTERMATH of the Black Summer Bushfires will give researchers a rare standpoint to study the recovery of wild honey bees and other pollinators, providing important insight for growers facing future catastrophic events.

More than 15 million hectares of native forest were destroyed nationwide after the 2019-2020 bushfires, with NSW losing 68 per cent of its national parks and other floral resources. These resources are critical for maintaining healthy honey bees that support pollination in 65 per cent of agricultural crops.

Hort Innovation is funding a new research project based in the major apple growing region of Bilpin, NSW, looking at how the recent bushfires affected crop pollination and how long these effects will be felt.

Hort Innovation Research and Development Manager Ashley Zamek said that while the devastating bushfires are gone, they will not be forgotten, and growers remain under threat of an increasing number of extreme weather events.

“The project we’re launching today will provide a detailed case study of the impact left by a major bushfire on wild pollinator communities by looking at the services they provide to the apple crops of Bilpin,” Zamek said.

“This project provides a rare opportunity for scientists, who had already been studying the pollinator populations and floral resources in Bilpin for three years prior to the bushfires. That piece of research provides excellent pre-fire data to launch this project.

“Over the next few years, the new study will help growers better understand how pollinators and the landscape recover after a disaster, and hopefully lead to recommendations and mitigation measures that will help protect crops and pollinators from future fires.”

Project lead Professor James Cook, from Western Sydney University’s Hawkesbury Institute for the Environment, said the project will look into how fires impact wild pollinators and the flora they rely upon, and how these change or recover after fires.

It will also study the relative contributions of managed honey bees, wild honey bees, and wild native insects in crop pollination, and how changes in non-crop floral resources affects pollination services.

“The Black Summer fires were awful, but they have provided our team with a unique opportunity to study the impacts of extreme events on pollination services,” Professor Cook said.

“Fires burnt right up to apple orchards that we had been studying for the previous three years, so we had already quantified the abundance and diversity of pollinators there. Now we can find out how the fires have affected the pollinators and the floral resources they rely upon outside apple flowering season, and how these things recover or change over the next few years.”

Findings from this study will also be useful for the horticulture industry’s understanding of the potential impact of Varroa Mite on honey bee pollination of crops, and what may happen if the pest takes hold in Australia and the free pollination received from wild honey bees is dramatically reduced.

While this project focusses on apple crops in Bilpin, the case study is expected to benefit growers of many pollination-dependent, horticultural crops such as almonds, avocados, lychees and others.

This project, funded by the Hort Frontiers Pollination Fund, is part of the Hort Frontiers strategic partnership initiative developed by Hort Innovation, with co-investment from Western Sydney University and contributions from the Australian Government.

Hort Innovation is the grower-owned not-for-profit research and development corporation for Australian Horticulture.

Media Contacts: Media and Public Affairs Managers Sacha Vukic 0407 623 963 Kelly Vorst-Parkes or 0427 142 537.

Sacha Vukic
Media and Public Affairs Manager
Contact details
0447304255 Send an email
Kelly Vorst-Parkes
Media and Public Affairs Manager
Contact details
0427 142 537 Send an email
Download PDF here
PDF 180 KB