Research

The Best Bees Company is dedicated to protecting pollinator health through data driven solutions.

Research

The Best Bees Company is dedicated to protecting pollinator health through data driven solutions.

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One Beehive is a Data Point

Your hive helps us understand pollinator health

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Data-Driven Innovation

PROPRIETARY Technology

We created Bzzz, a proprietary hive management system, to ensure the health of each beehive was recorded and ready for research.

Biodiversity Mapping

Using our invention of HoneyDNA – genomic sequencing of the pollen in honey to reveal the bees' floral resources – we can assess and analyze the biodiversity of local ecosystems.

Queen Rearing

We are selectively breeding hardier queen bees, and through them, colonies that can survive under the many different conditions found in cities, suburbs and rural areas across the nation.

Research Partners

We share our data with the scientific community. Collectively, it’s used to understand trends, analyze what’s working and what isn’t, and create a barometer of environmental stability.

Best Bees does not receive donations, funding, or payment of any kind from our research partners.

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Our Research Team

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Noah

Chief Scientific
Officer, Ph.D

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Ronnie

Data Analyst

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Dylan

Data Analyst

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Bridgette

Field Researcher

Research in Action

Latest updates from our scientific team.

Queen Rearing
Research In Action 1
April 24, 2025
Bridgette Whalen

Graft 2 is officially underway. Today, we introduced 30 larvae into queen cups—a slight increase from the previous round as we scale our operations alongside the growth of our mating yard.

Both the cell raiser and mother colony were in excellent condition, with strong populations and ample resources. We marked the mother queen with a purple dot to distinguish her for future data tracking and ensure her lineage is documented in our ongoing research.

After grafting, we transported ten queenless splits and our Graft 1 queen cells to the mating yard, along with supplemental feed. The yard is set up with six-frame wooden nucs, each painted with distinct shapes and colors. This design supports queen orientation—studies have shown bees can differentiate between patterns and colors, helping them return to the correct hive after mating flights.

Upon arrival, we encountered an unexpected visitor—a coyote near the apiary. While startling, these animals typically avoid interacting with the colonies. Once the site was clear, we set up the nucs, distributed the Graft 1 cells, and provided liquid feed. If all goes well, we’ll begin to see new mated queens emerging within the next 10 days. Once laying is confirmed, we’ll allow each queen time to establish her QMP (Queen Mandibular Pheromone) and stabilize her colony.G

Latest Updates

Queen Rearing

The rain finally let up just in time for us to begin grafting again—because when it’s time to graft, we graft. The queen’s calendar doesn’t wait for better weather.

After a few months off, it’s amazing how quickly the rhythm returns. Grafting is truly like riding a bike. Still, it always humbles me how small and delicate 24-hour-old larvae are. Their positioning in the queen cell is critical; a slight misorientation can cause the larvae to drown in royal jelly or fail to develop properly. With so many new team members observing grafting for the first time, it’s become something of a spectacle—but when the frame comes out of the hive, all questions pause. Our first priority is keeping those larvae viable.

This season, we’re using a new mother colony—an overwintered hive from one of our apiaries. Introducing new genetics is essential to preventing bottlenecks and maintaining colony health across our research network. Fortunately, this queen is laying beautifully, and the hive is strong. We had no shortage of graftable frames to choose from, which is always a great sign.

Given the slow start to the season and the modest size of our cell raiser, we’re starting with a small graft of 25. We’ll scale up as the weather improves and the colony gains strength. In the next day or two, we’ll return to check for cell development.

Here’s to a strong and productive queen rearing season ahead!

Queen Rearing

We officially kicked off our queen rearing season today by setting up the cell raiser. To prepare the colony, we introduced a queenless nuc with nongraftable larvae—ensuring the bees focus their efforts on raising the graft we’ll introduce tomorrow.

This marks our third season of queen rearing, and it’s exciting to enter it with more experience and confidence under our belt. Despite an unusually cold start to the season, we’re already seeing signs of drone comb production, and the beginning of mating season is just around the corner.

Queen Rearing

We didn’t need to move any cells out of the cell raiser because at this point we’re done grafting! The developed cells from graft nine yielded 25 mated queens. Of the 26 cells we put in, only ONE didn’t make it! We left those queens in their mating nucs so they will make more brood that we can use to help out troubled hives in the Boston region. And that was our queen rearing season!

In total, we reared 95 healthy queens who successfully mated, and we moved 35 of those locally reared queens to other regions. We are so excited to continue on this journey; the growth potential of this program is exponential. Hopefully soon, we won’t have to source any queens that we didn’t rear ourselves and be more sustainable and have healthier colonies overall! 

Bees and Biodiversity: Insights from HoneyDNA™ on Pollinator Diet, Foraging Behavior, and Habitat Health

Latest Research from The Best Bees Company — October 2024

Data from HoneyDNA™ can be leveraged to inform landscaping and planting strategies, helping individuals, property managers, and corporations protect and improve the health of their local environment — and thus, improve pollinator health.

With nearly a decade’s worth of data from client beehives at our fingertips, our team of in-house experts embarked on a multi-year study to understand just how powerful HoneyDNA™ could be as a biomonitoring tool — the findings might surprise you.

Our Scientific Approach to Studying Bees

honey bees as indicators

Our primary contribution to native pollinators is through the collection of data on bees and the scientific study of bee health.

genomic analysis

We pioneered HoneyDNA, the process of identifying the exact percentage of various pollen species found in honey through advanced genomic sequencing.

urban bee lab

In 2014, we launched the Urban Beekeeping Laboratory & Bee Sanctuary as an official 501(c)3. This non-profit organization conducts studies to improve the health of pollinators worldwide.

Published Research

Our CEO and Chief Scientific Officer, Noah Wilson-Rich, founded Best Bees as a way to continue his Ph.D. research on honey bee immunology. We stay true to those research roots, and prioritize sharing our learnings with our scientific, beekeeping, and global communities. More data creates more education, and more education leads to greater impact. 

Additional Resources

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Watch our TEDx Talk, “How You Can Help Save the Bees”
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Read our Bees and Biodiversityc Report
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Talk to a sales representative to make an impact today
Our Services

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Beekeeping services for your business.

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Beekeeping services for your home.

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