Beekeeping in 2025: Reflecting on 50 Years of Apicultural Evolution

The 16-Year Lens: Perspective from a Half-Century in the Bee Yard

In the world of apiculture, time is often measured not in years, but in seasons. Yet, when we step back and look at the broader horizon, patterns begin to emerge. James E. Tew, a stalwart of the beekeeping community, recently reflected on a journey that spans over five decades. In 2009, Tew looked forward to the year 2025, wondering what the landscape of beekeeping would look like. Now that we have arrived, we find ourselves at a unique intersection of nostalgia and innovation.

Tew’s method of analyzing beekeeping in 16-year intervals—1977, 1993, 2009, and 2025—provides a fascinating framework for understanding how our craft evolves. In 1977, beekeeping was, in many ways, a simpler endeavor. The primary concerns were swarm control and honey production. By 1993, the arrival of tracheal and Varroa mites had fundamentally altered the biological landscape, forcing beekeepers to become amateur chemists and biologists just to keep their colonies alive.

As we navigate the reality of 2025, we see that while the bees themselves remain largely the same, the "inexorable incorporation" of the beekeeper into the hive's survival has never been more profound. For those just beginning their journey, navigating the first year today requires a much steeper learning curve than it did for Tew in 1973.

The "Magnetron" Effect: Predicting the Unpredictable

Tew’s original 2009 article touched on a critical truth about progress: some of the most significant shifts in history are accidental. He cited Dr. Percy Spencer’s discovery of the microwave (via a melted candy bar) and Alexander Fleming’s discovery of penicillin (via a moldy petri dish).

In beekeeping, we have seen similar "accidental" or unforeseen shifts. The sudden emergence of Colony Collapse Disorder (CCD) in the mid-2000s was not something anyone predicted in the 1990s, yet it spurred a massive influx of research funding and public interest in pollinators. This "magnetron effect" continues to shape our current landscape.

Today, in 2025, we are seeing the fruits of unforeseen technological integrations. The same sensor technology used in "smart homes" has been adapted for the hive, allowing us to "hear" a swarm before it happens or detect the specific acoustic frequency of a queenless colony. We didn't necessarily set out to build "the internet of bees," but the convergence of cheap sensors and global connectivity made it inevitable.

The Evolution of the "Newish" Beekeeper

Tew notes that as beekeepers age, the craft evolves into something "newish." This is an astute observation. Beekeeping isn't a static set of rules; it is a moving target. The management practices that worked in 2009—such as a heavy reliance on specific synthetic miticides—have often been replaced by Integrated Pest Management (IPM) strategies and a focus on "VSH" (Varroa Sensitive Hygiene) genetics.

For the modern beekeeper, the tools of the trade have also shifted. While the smoker and hive tool remain essential, the type of equipment we use has adapted to both the needs of the bees and the physical limitations of the beekeeper.

As Tew mentions reaching his late 70s, many veteran beekeepers are looking toward horizontal hives or "long hives." These systems eliminate the need for heavy lifting, allowing beekeepers to continue their passion without the back-breaking labor of stacking deep supers. This shift toward accessibility is one of the most positive trends of the 2025 era.

Biology vs. Technology: Finding the Balance

One of the most striking aspects of looking back at predictions from 2009 is seeing where technology has succeeded and where biology remains a mystery. We have mapped the honey bee genome, yet we still struggle with the complex interactions of "P-P-P" (Pests, Pathogens, and Pesticides).

In 2025, the most successful beekeepers are those who blend traditional animal husbandry with modern data. We now have access to:

• Automated Mite Counters: Using AI and high-resolution cameras to provide real-time mite drop data.
• Precision Breeding: Using genetic markers to select for bees that thrive in specific micro-climates.
• Climate-Adaptive Housing: Hives designed with high thermal mass to protect colonies from the increasingly volatile temperature swings of the 21st century.

Despite these advances, the core of beekeeping remains the same: the quiet observation of the entrance, the smell of curing nectar, and the steady hum of a healthy colony. No amount of technology can replace the "bee sense" that comes with years of experience.

The Physicality of Aging in the Apiary

James Tew’s realization that he is now 78 years old highlights a transition many in the community face. Beekeeping is a physical sport. The weight of a full 10-frame deep super can exceed 90 pounds—a daunting prospect for any beekeeper, let alone one in their seventh or eighth decade.

To stay in the game, the 2025 beekeeper must be smarter about their gear. This includes investing in essential beekeeping tools that prioritize leverage and ergonomics.

Beyond lifting, the protective gear has also seen a revolution. The heavy, stifling canvas suits of the 1970s have been replaced by ultra-breathable, three-layer ventilated mesh. This isn't just a matter of comfort; for an older beekeeper, preventing heat exhaustion is a critical safety requirement.

The Social Hive: From Local Clubs to Global Networks

In 2009, Tew was preparing for a keynote at an Ohio beekeeping meeting. While local bee clubs remain the heartbeat of the community, the "meeting" of 2025 looks very different. We are now part of a global, digital apiary.

A beekeeper in Ohio can share real-time thermal images of their winter cluster with a researcher in Norway or a hobbyist in Australia. This democratization of information has accelerated our collective knowledge. However, as Tew suggests, there is something irreplaceable about the "inexorable incorporation" that happens when a group of beekeepers meets in person. The shared stories of stings, losses, and record-breaking harvests create a social fabric that digital forums can't quite replicate.

Looking Toward 2041: The Next 16-Year Cycle

If we follow Tew’s 16-year pattern, the next milestone is 2041. What will beekeeping look like then?

We can speculate that CRISPR technology might allow us to "edit" Varroa resistance directly into the honey bee genome. We might see the widespread use of robotic pollinators for greenhouse crops, leaving "real" honey bees to focus on wild ecosystems. Or, perhaps, we will see a return to the basics—a move away from intensive management toward a more "rewilding" approach to apiculture.

Whatever the future holds, James Tew’s journey reminds us that beekeeping is a lifelong conversation with nature. It is a craft that demands patience, adaptability, and a healthy sense of humor about our own inability to predict what the bees (or the future) will do next.

As we move through 2025, let us appreciate the "newish" world we inhabit, while honoring the decades of wisdom that brought us here. Whether you are in your first year or your fifty-third, the bees still have much to teach us.