top of page
Wax.jpg
  • Writer: Herman Van Reekum
    Herman Van Reekum
  • Nov 26
  • 2 min read

Calgary was hit by a severe snowstorm this week, and we were grateful to have completed all of our winter preparations in the Bee Cubes® and traditional hives before it arrived. This season, we’re overwintering 7 Bee Cubes® and 20 traditional hives going into winter.


One of our Bee Cubes® houses our queen banking experiment, where we’re overwintering queen bees at scale. The remaining Bee Cubes® are being used to test different sensor and heating systems as part of our ongoing research into how technology can improve winter survival and overall hive health.


The Challenge of Canadian Winters


Honeybees are not native to Canada. The bees most commonly used here are Carniolan bees from Slovenia and Italian bees bred for the milder Mediterranean climate. Helping them survive a Canadian winter is an ongoing challenge especially given the persistent threat of Varroa mites, a parasite that is impossible to fully eradicate.


Winter losses in Canada often range between 30% and 50%, forcing beekeepers to rebuild their colonies each spring. To do so, many rely on imported bees from countries such as New Zealand and Australia.


A Turning Point for the Industry


This year, the Canadian beekeeping industry has taken a bold step by asking the federal government to ban bee imports from all countries except the United States. The reason: the emergence of a new and even more devastating parasite called Tropilaelaps, which is spreading internationally and poses a major biosecurity risk to Canadian hives.



While this ban would help protect our bees from new diseases, it also means we must build our own domestic capacity to replace approximately 45,000 imported bee packages and 300,000 imported queens each year. Many of these queens currently come from Chile, Italy, New Zealand, and Australia.


Testing for Varroa
Testing for Varroa

The Role of the Bee Cube®


After two years of development, the Bee Cube® has proven to be a powerful tool for queen rearing and colony development. By controlling temperature, humidity, and ventilation inside the Cube, we can shield colonies from external weather fluctuations and help bees focus their energy on brood rearing and queen production.


We’re now working closely with government and industry partners to design a roadmap for a more self-sufficient, sustainable Canadian beekeeping sector, one that reduces our dependence on imported bees and supports the long-term health of honeybee populations across the country.



In 2025, we successfully produced several hundred mated queens with the help of queen-rearing experts Natalia and Nazar Pukshyn, who brought their deep experience from Ukraine and Poland to our Alberta operations. Most queens were used in our own colonies, but many went to Alberta beekeepers who gave excellent feedback on performance and reliability.

 
 
 
  • Writer: Herman Van Reekum
    Herman Van Reekum
  • Nov 5
  • 4 min read

Honeybees are more than just tiny buzzing insects. They are nature’s tireless workers,

pollinating plants and supporting ecosystems that feed us all. But did you know that

learning about honeybees can unlock a treasure trove of knowledge and skills? From biology and environmental science to technology and sustainability, honeybees offer a unique gateway to education that’s both fascinating and practical.


The Buzz on Learning About Honey Bees


When we talk about learning about honeybees, we’re not just talking about memorizing facts. We’re talking about engaging with a living system that teaches us about cooperation, resilience, and innovation. Honeybees live in complex societies where every member has a role, from the queen to the worker bees. This social structure is a perfect example of teamwork in action.


Imagine a classroom where students observe a hive and see firsthand how bees

communicate through dances, share resources, and defend their home. This kind of

immersive learning sparks curiosity and critical thinking. It’s science in motion, right

before our eyes.


Moreover, honeybees are essential pollinators for many crops. Understanding their role helps us appreciate the delicate balance of agriculture and ecosystems. It also

highlights the importance of protecting these pollinators to ensure food security. This connection between bees and our food system makes learning about them incredibly relevant and urgent.


Close-up view of honey bee on a flower collecting nectar
Honey bees collecting nectar from a flower

How Honey Bees Inspire Sustainable Practices


Honeybees are nature’s sustainability experts. Their ability to efficiently gather nectar and pollen while maintaining their hive’s health offers lessons in resource management and environmental stewardship. When we study honeybees, we learn how to balance productivity with conservation.


For example, beekeepers who adopt sustainable practices ensure their hives thrive

without harming the environment. This includes planting bee-friendly flowers, avoiding harmful pesticides, and using technology to monitor hive health. These practices not only protect bees but also promote biodiversity.


Incorporating honeybee education into agricultural businesses can lead to more

sustainable farming methods. By understanding pollination patterns and bee behavior, farmers can optimize crop yields while reducing chemical inputs. This synergy between bees and agriculture is a win-win for the planet and the economy.


High angle view of a sustainable apiary with flowering plants


The Role of Technology in Honey Bee Education


Technology is revolutionizing how we learn about and care for honeybees. Smart

apiary solutions, like those developed by Bee Cube®, use sensors and data analytics to monitor hive conditions in real time. This innovation allows beekeepers to detect problems early, such as disease or stress, and respond promptly.


Integrating technology into honeybee education provides hands-on experience with cutting-edge tools. Students and beekeepers alike can analyze data, track bee activity, and make informed decisions to improve hive health. This blend of biology and technology prepares learners for future careers in agriculture, environmental science, and tech development.


Moreover, technology helps scale up conservation efforts. By sharing data across

regions, researchers can identify trends and threats to honey bee populations. This

collaborative approach enhances our ability to protect these vital pollinators on a larger scale.


Eye-level view of a beekeeper using a digital hive monitoring device
Bee Cube® at Ann & Sandy Cross Conservation Area

Practical Ways to Incorporate Honey Bee Education


So, how can we bring honey bee education into our daily lives and work? Here are some actionable ideas:


  1. Start a School or Community Apiary

    Setting up a small hive is a fantastic way to engage learners of all ages. It offers hands-on experience with bee biology, hive management, and environmental impact.


  2. Use Digital Tools and Resources

    Explore platforms like honey bee education that provide interactive projects and data for learning. These resources make complex concepts accessible and fun.


  3. Integrate Bees into Curriculum and Training

    Whether in classrooms or agricultural training programs, include modules on pollination, bee behavior, and sustainable practices. This knowledge is crucial for future farmers and environmentalists.


  4. Promote Pollinator-Friendly Landscaping

    Encourage planting native flowers and creating habitats that support bees. This simple step enhances local biodiversity and provides real-world examples for study.


  5. Collaborate with Local Beekeepers and Experts

    Learning from experienced beekeepers offers invaluable insights and mentorship. It also builds community connections around shared goals of conservation and education.


By weaving honey bee education into various settings, we nurture a deeper understanding of nature and our role in protecting it.


Learning about the bees with Laura and the Little Forest Dwellers
Learning about the bees with Laura and the Little Forest Dwellers

Why Honey Bees Matter More Than Ever


Honeybees face numerous challenges today, from habitat loss to climate change and pesticide exposure. Their decline threatens not only ecosystems but also global food security. This reality makes learning about honeybees not just interesting but essential.


By educating ourselves and others, we become advocates for these vital pollinators. We gain the knowledge to implement sustainable practices and support innovations that safeguard bee populations. In doing so, we contribute to a healthier planet and a more secure food future.


Bee Cube® will be at the forefront of this movement, with our plans to combine

advanced technology with sustainable beekeeping to protect honey bees. Smart apiary solutions empower beekeepers and agricultural businesses to monitor and improve hive health effectively.


Together, through education and action, we can ensure that honeybees continue to thrive and inspire generations to come.


Learning about honeybees opens doors to a world of discovery, responsibility, and

innovation. It’s a journey that connects us to nature’s rhythms and challenges us to be better stewards of the environment. So, why not start today? The buzz is waiting!

 
 
 
Two Beekeepers Nazar Pukshyn and Herman Van Reekum check a mini mating box left in the field for days so virgin queen bees can find mates. Carol Patterson photo.
Beekeepers Nazar Pukshyn and Herman Van Reekum check a mini mating box left in the field for days so virgin queen bees can find mates. Carol Patterson photo.
The words Calgary Herald as their logo

We’re excited to share that the Calgary Herald has just published an article about the Bee Cube®, calling attention to the beekeeping revolution happening right here in Alberta. Even better — the article is appearing in newspapers across the country, putting our innovation in front of a national audience.


This coverage is a proud milestone for our team. It highlights how far we’ve come:

  • Over 700 queens and 100 nucs produced this season.

  • government-funded research project underway to house queens in banks at scale.

  • Breakthroughs in artificial insemination of queens, strengthening our ability to scale.

  • The first Bee Cubes® sold and a strong sales pipeline for 2026 that includes solar farm operators, commercial beekeepers, and the University of Saskatchewan.


Our next goal is ambitious but achievable: produce and sell 8,000–10,000 queens and 1,000 nucs in 2026 while scaling Bee Cube® sales to 30–50 units. By 2029, we aim to reach 35,000 queens annually, building a reliable, domestic supply of bees for Canada and reducing our dependence on imports.


This national media spotlight confirms what we’ve known all along: the Bee Cube® is changing the way Canada thinks about beekeeping.





Thank you for being part of this journey — whether as supporters, customers, or partners. The buzz is only getting louder, and we’re just getting started.


— The Beekeeping Innovations Team

 
 
 
bottom of page