Wild bees face risks from domesticated bees, habitat loss, and climate change. Supporting bee diversity in Ontario is an important component of promoting a healthy environment.
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Articles on Bees
Displaying 1 - 20 of 241 articles
99.96% of bee species do not die after stinging. So why does everyone think they do?
Many in the wider community still see sugar gums as risky trees that drop dangerous branches. But there is much to appreciate and admire about Eucalyptus cladocalyx.
Sometimes it seems the night is just buzzing with insects. But are there really more insects out at night? We analysed all the evidence on insect activity across the day–night cycle to find out.
Check that something is blooming every week, March through October, to help bees.
Many common insects seem to disappear during autumn and winter – but they are still around. Making your garden a good winter habitat can help these vital pollinators survive and thrive.
A queen’s main job in the hive is to lay eggs and pass genes on to offspring. But many bee species do just fine without queens or big colonies.
The nutritional needs of bees are complex and monoculture crops aren’t providing a diverse diet. Introducing more diverse wildflower meadows and green spaces could benefit wild pollinators.
Australia could still take action in the fight against Varroa that wasn’t possible elsewhere. But to do so, we need to fill urgent gaps in bee research.
By lifting their gaze to the treetops rather than poking around on the ground, researchers discovered eight new species of masked bees.
The native red admiral is less common than it used to be, but we can all help threatened bug species by ensuring they have the right habitats to thrive in.
Flowers tend to stand out against a natural background. A new study shows this contrast evolved in a key relationship with their most famous pollinators – bees.
Being susceptible to visual illusions is part and parcel of life not just for humans, but many other species – including bees.
Inert ingredients are added for purposes other than killing pests and are not required under federal law to be tested for safety or identified on pesticide labels.
Two EU-funded projects are looking at high-tech solutions that could transform honeybee colonies into bio-hybrid entities.
You’re a bee, and your favourite flower is out of nectar. What do you do?
We’re making life tough for insects – and not just by swatting them away with a newspaper.
The Varroa mite is here to stay. This will have wide-ranging impacts on beekeeping and the crops that rely on honey bee pollination in Australia.
But pesticides and climate change are threatening moths’ future.
Native common wildflowers provide large amounts of pollen and nectar for insects – but many are undervalued by the public.
Top contributors
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Associate Professor, Department of Physiology, Monash University
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Lecturer, School of Biological Sciences, Monash University
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Lecturer in Ecology, University of New England
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Researcher and analyst, Monash University
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Senior Research Associate in Entomology, Lancaster University
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Associate professor, University of Sydney
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Centre Manager & Industry Liaison Officer ARC ITTC Centre for Fruit Fly Biosecurity Innovation, Macquarie University
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Associate Lecturer, School of Life and Environmental Sciences, University of Sydney
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Lecturer in Biological Sciences, University of Wollongong
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Biodiversity Management Officer, University of Sydney
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Associate Professor in Ecology, Northumbria University, Newcastle
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Professor of Biology (Evolution, Behaviour and Environment), University of Sussex
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Professor of Quantum Physics and Australian Research Council Future Fellow, RMIT University
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Lecturer in Invertebrate Ecology, Western Sydney University
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Professor of Apiculture, University of Sussex
