Pollinators contribute an estimated $34 billion annually to U.S. agriculture, with honey bees specifically responsible for a substantial share of that value. When colony losses reach record highs, the ripple effects touch crop availability, pricing volatility, and sourcing reliability across the produce industry. For grocery buyers, procurement managers, and food distributors, bees and agriculture are increasingly inseparable from supply chain strategy.
This article breaks down the role of pollinators in commercial agriculture, the economic implications of the 2024-2025 colony crisis, and how sustainable growers are mitigating risk. If you source produce at scale, understanding pollinator health is no longer optional.
Why Bees Are Critical to Commercial Agriculture
The Scale of Pollinator Dependence
Approximately 75% of crop production depends on pollinators. That is not a marginal contribution. That is the foundation of modern agriculture.
The mechanics are straightforward: bees transfer pollen between plants, enabling fruit and seed production for crops ranging from apples and almonds to squash and cucumbers. Without adequate pollination, yields decline, produce quality suffers, and entire crop categories become unreliable.
Here is where it gets relevant for root vegetable buyers. At ATV Farms, our core produce, including carrots, beets, and onions, is less directly pollinator-dependent at harvest. You are buying the root or bulb, not the fruit. But seed production for these crops relies entirely on healthy bee populations. If pollinators decline, seed availability tightens, and that affects every grower in the supply chain.
The broader agricultural ecosystem is interconnected. Pollinator health affects all growers, even those focused on root vegetables.
What Would Happen to Agriculture Without Bees
Without pollinators, crop yields would plummet, prices would spike, and certain produce categories would become scarce.
Research from the University of Hohenheim, published in Ecological Economics, models the effects of a complete global pollinator collapse: 17% of global crop production value depends on pollination services, and pollinator-dependent crops make up 28% of global agricultural trade. Under a full-collapse scenario, the same research projects that crop prices could rise 30% and global welfare losses could reach $729 billion.
That is a modeled worst-case scenario, not a forecast of where things are headed today. But it illustrates the scale of what is at stake, and it underscores why even partial, regional disruptions like the current U.S. colony crisis carry real economic weight for buyers.
For buyers, this translates to sourcing instability, higher procurement costs, and reduced product availability for retail shelves. The question is not whether pollinator decline will affect your supply chain. The question is how much and how soon.
The 2024-2025 Colony Crisis: What the Data Shows
The numbers from the most recent beekeeping surveys are stark.
Commercial beekeepers lost an average of 62% of their colonies between June 2024 and February/March 2025, totaling approximately 1.6 million colonies. Winter losses reached 40.2% nationally, exceeding all historical averages since the national survey began.
The estimated economic loss from 2024-2025 colony losses exceeds $600 million, including lost pollination income, reduced honey production, and colony replacement costs.
The primary driver: Varroa destructor mites with widespread resistance to amitraz miticides. This is not a one-season problem. It is a systemic challenge requiring new control strategies that do not yet exist at scale.
One unusual pattern stands out. Commercial beekeepers experienced higher losses (62%) than hobbyists (50%), reversing typical trends. This signals systemic issues in large-scale apiculture operations, the very operations that pollinate commercial crops.
The Almond Bottleneck: California almond bloom required an estimated 2.8 million honey bee colonies in 2025, representing roughly 99% of all U.S. colonies on hand. Pollination costs increased 15% year-over-year, from $181 to $209 per colony. This concentration creates systemic risk for the entire food supply chain. When commercial colonies are lost at scale right before bloom season, growers who signed pollination contracts months earlier can find those commitments unfulfillable.
10 Reasons Why Bees Are Important to Agricultural Supply Chains
For B2B buyers evaluating sourcing risk, here is what pollinator health means for your business:
- Crop yield and quality: Adequate pollination produces fuller, more uniform produce with better shelf life.
- Price stability: Healthy pollinator populations help prevent supply shocks that drive volatility in procurement costs.
- Sourcing diversity: Pollinators support a broad range of crops, reducing reliance on any single commodity.
- Seed availability: Even root vegetables and other crops harvested before flowering depend on bees for seed production.
- Ecosystem services: Pollinators support the broader agricultural ecosystem, including cover crops and natural pest control.
- Sustainability reporting: Retailers increasingly track supply chain sustainability, including pollinator-friendly sourcing.
- Consumer demand alignment: Buyers increasingly prefer products from farms with documented sustainable practices.
- Long-term land productivity: Pollinator-friendly farming practices often correlate with healthier soils and more resilient operations.
- Regional food security: Local and regional pollinator health affects the availability of locally sourced produce.
- Risk mitigation: Sourcing from growers with pollinator programs reduces exposure to future supply disruptions.
This is not an environmental checklist. It is a business risk assessment.
What Sustainable Growers Are Doing: Pollinator-Friendly Farming Practices
The good news: farms can actively support bee populations. The better news: many already do.
Common practices include maintaining habitat corridors, reducing pesticide drift, planting pollinator forage, and timing applications to avoid bloom periods. These are not theoretical interventions. They are operational decisions that growers make every season.
At ATV Farms, we integrate pollinator-friendly practices across our farming operations as part of our broader sustainability commitment. Our Bees and Agriculture program reflects the reality that healthy ecosystems and a reliable produce supply are connected.
Water management plays a role as well. Healthy watersheds support diverse plant life that sustains pollinator populations. When we invest in water stewardship, we are also investing in the ecosystem that supports seed production and long-term agricultural viability.
Technology is also playing a growing role in pollinator management. In-hive sensors and monitoring tools are helping some operations track hive health more precisely and respond to problems earlier. Adoption varies by grower, but the trajectory toward more data-driven pollinator management is clear.
Common Questions About Bees and Agriculture
What Is the 3-3-3 Rule for Bees?
The “3-3-3 rule” is a guideline for hive relocation for beekeepers, not a general beekeeping practice.
When moving a hive, relocate it to a location less than 3 feet or more than 3 miles from its original location, then wait 3 weeks for the bees to reorient. Some sources reference only “3 feet or 3 miles” without the time component, but the waiting period matters.
For farms that partner with beekeeping operations for pollination services, this matters. Improper hive relocation can reduce pollination effectiveness, which means lower yields and inconsistent produce quality.
Why Can’t You Wear Black Around Bees?
Bees evolved to perceive dark colors as potential predators. Bears, skunks, and other hive raiders tend to be dark-colored, so bees associate black and dark brown with threats.
Response varies by colony temperament and individual hive. Not every bee will react aggressively to dark clothing, but the risk is higher. For anyone working near hives, light-colored clothing is the standard recommendation.
Common Pitfalls: Misconceptions About Bees and Agriculture
Assuming all pollinator populations are declining uniformly. Global managed honeybee populations have actually increased roughly 47% since 1990, according to FAO data. But that growth is concentrated in Asia, South America, and Africa, while North America and Europe have seen long-term declines in managed colonies. Wild pollinator populations are also declining globally, and the 2024-2025 crisis specifically affects U.S.-managed honeybees. The distinction matters for understanding regional sourcing risk: a healthy global headline number can mask serious regional shortages exactly where your supply chain operates.
Overlooking seed production dependence. Buyers sourcing root vegetables may assume pollinator health is irrelevant. In reality, seed production for carrots, onions, beets, and other crops depends on healthy bee populations.
Treating sustainability claims as interchangeable. Not all “sustainable” farms have pollinator programs. Buyers should ask supply partners specifically about pollinator-friendly practices, not just general sustainability messaging.
Ignoring regional variation. Colony health and pollinator availability vary significantly by region. Sourcing from diversified, large-scale growers with integrated sustainability programs reduces concentration risk.
Ask Your Supply Partner: When evaluating produce suppliers, ask specifically: What pollinator-friendly practices are in place? Is there a documented sustainability program? How does the operation support ecosystem health beyond the crop itself?
Evaluating Supply Partners: A Pollinator-Conscious Sourcing Checklist
Questions to Ask Produce Suppliers:
- Does the operation have a documented pollinator or sustainability program?
- How many acres are under sustainable management?
- Are pesticide applications timed to minimize impact on pollinators?
- Is there habitat maintained for wild pollinators on or near the farm?
- Does the grower partner with beekeeping operations for pollination services?
- Can the supplier provide documentation for retailer ESG or sustainability reporting?
What to Look For:
- Vertical integration: Farm-to-distribution control reduces variability
- Scale with accountability: Large enough for consistent supply, accountable enough for sustainable practices
- Specific practices, not just claims: Acreage, programs, certifications
Pollinator Impact on Produce Categories
| Produce Category | Direct Pollination Dependence | Seed Production Dependence | ATV Farms Offering |
| Carrots | Low (root harvest) | High | Yes |
| Onions | Low (bulb harvest) | High | Yes |
| Beets | Low (root harvest) | High | Yes |
| Broccoli | Moderate | High | Yes |
| Sweet Corn | Low (wind pollinated) | Low | Yes |
| Cabbage | Low (leaf harvest) | High | Yes |
Even crops harvested before flowering depend on healthy bee populations for seed production, affecting long-term supply availability.
Key Takeaways
- Pollinator health is a supply chain issue. The 55.6% colony loss rate in 2024-2025 affects crop availability, pricing, and sourcing reliability across produce categories.
- Seed production connects every crop to bee health. Even root vegetables depend on pollinators for seed availability.
- Not all sustainability claims are equal. Ask supply partners specifically about pollinator programs and practices.
- Sourcing decisions are risk management decisions. Growers with integrated sustainability programs offer a more resilient supply.
- The economic stakes are quantifiable. Billions in annual pollination value, hundreds of millions in losses alone in 2024-2025, and a modeled 30% price increase under worst-case pollinator-collapse scenarios.
Next Steps
Evaluate your current produce suppliers against the pollinator-conscious sourcing checklist above. If you cannot answer basic questions about their sustainability practices, you may be exposed to supply chain risk you have not accounted for.
At ATV Farms, we serve many grocers across North America with year-round availability across our core produce categories. Our sustainability practices, including our Bees and Agriculture program, are built into how we farm, process, and distribute.
Connect with our team to learn more about our approach to pollinator-friendly farming and discuss sourcing for your region.
The farms that invest in ecosystem health today will be the reliable supply partners of tomorrow.
FAQ: Bees and Agriculture
Why are bees so important to agriculture?
Bees pollinate approximately 75% of crop production, enabling fruit and seed development. Pollinators overall contribute an estimated $34 billion in annual value to U.S. agriculture. Without adequate pollination, yields decline, produce quality suffers, and prices increase.
What would happen to agriculture without bees?
Modeling from the University of Hohenheim projects that a complete pollinator collapse could cause 30% increases in crop prices and $729 billion in global welfare losses. While that is a worst-case scenario rather than a current forecast, certain produce categories would become scarce under sustained pollinator decline, and seed production for many crops, including root vegetables, would be severely impacted.
What is the 3-3-3 rule for bees?
The 3-3-3 rule is a hive relocation guideline: move a hive less than 3 feet or more than 3 miles from its original location, then wait 3 weeks for bees to reorient. This helps maintain pollination effectiveness when hives are relocated for agricultural purposes.
How can grocery buyers support pollinator health through sourcing decisions?
Buyers can prioritize supply partners with documented pollinator-friendly farming practices, ask specific questions about sustainability programs, and source from growers who integrate ecosystem health into their operations.