Walk through any thriving farm in spring, and you'll hear the hum of bees moving between blossoms, pollinating crops that will eventually feed families across the country. These small but mighty insects are responsible for one out of every three bites of food we eat, making them essential partners in agriculture. Yet their populations continue to face serious challenges.
The scale of the problem became even clearer in 2025. Between April 2024 and April 2025, beekeepers across the United States lost 55.6% of their managed honey bee colonies, marking the highest loss rate ever recorded in the national survey. Wild bee populations face similar pressures, with habitat loss, pesticide exposure, and climate extremes all taking their toll.
However, a growing number of small farms are finding ways to turn the tide. By embracing practices that prioritize pollinator health alongside crop production, they're demonstrating that farming and conservation can work hand in hand. Patrick Martin, Owner of Frantoio Grove, a regenerative organic certified olive farm in California, has witnessed this transformation on his own land.
“When we transitioned to regenerative practices, one of the first things we noticed was the return of native bees and other pollinators,” says Martin. “It wasn't just about what we stopped doing, like eliminating synthetic pesticides, but what we started doing to actively support these populations.”
Martin and other regenerative farmers are implementing specific practices that address the root causes of bee decline, creating models that both commercial operations and home gardeners can learn from. He elaborates below.
Despite increased awareness about pollinator decline, bee populations continue to struggle. Understanding the specific threats they face helps explain why targeted action on farms matters so much.
Habitat loss remains one of the biggest challenges. As natural meadows and wildflower areas disappear to make room for development or large-scale monoculture farming, bees lose the diverse food sources they need throughout the growing season. Native bees, which often nest in undisturbed ground or plant stems, also lose their homes.
Pesticide exposure adds another layer of danger. Even products marketed as safe can have sublethal effects on bees, impacting their navigation, reproduction, and immune systems. Neonicotinoids, in particular, have been linked to colony collapse and reduced foraging ability.
Climate extremes are making survival harder too. Unpredictable weather patterns disrupt the timing between when flowers bloom and when bees emerge. Droughts reduce nectar availability, while intense storms can destroy nests and limit foraging time.
“These pressures don't exist in isolation,” Martin explains. “A bee colony dealing with limited food sources is more vulnerable to pesticide exposure. Add climate stress on top of that, and you see why we're seeing such dramatic losses.”
Small farms adopting regenerative methods are addressing these threats with practical, proven strategies. Martin shares the approaches that have worked at Frantoio Grove and similar operations.
One of the most effective changes involves dedicating portions of farmland to wildflowers and native plants. These strips provide food for bees throughout the season, not just when crops are blooming.
“We planted native California wildflowers along our field edges and between tree rows,” says Martin. “It created continuous forage from early spring through fall. We've seen native bee species we hadn't observed in years.”
These corridors also provide nesting sites and shelter. The key is choosing native species that bloom at different times, ensuring bees always have access to pollen and nectar.
Eliminating synthetic pesticides is perhaps the most direct way farms can protect pollinators. Regenerative farms are finding that building healthy soil and encouraging beneficial insects reduces pest pressure naturally.
“We focus on prevention rather than reaction,” Martin notes. “Healthy soil produces stronger plants that resist pests better. When we do need intervention, we use biological controls or organic methods that don't harm pollinators.”
This approach requires more observation and planning, but the payoff extends beyond bee health. Beneficial insects like ladybugs and parasitic wasps help control pests, creating a balanced ecosystem.
Diversity is key to supporting bee populations. Farms that grow multiple crop varieties or rotate plantings provide varied food sources and reduce the boom-and-bust cycle that can stress bee colonies.
“Monoculture creates feast or famine for bees,” Martin explains. “They might have abundant food for two weeks when everything blooms, then nothing. Mixed planting spreads resources across months.”
This practice also improves soil health and reduces disease pressure, demonstrating how pollinator-friendly farming benefits the entire operation.
Bees need water, but they can drown in open water sources. Smart farmers create shallow water stations with landing spots like stones or floating cork.
“We added small, shallow water features with pebbles and moss,” says Martin. “It's simple but makes a real difference, especially during California's dry summers.”
The good news? These farm practices can be scaled down for home gardens, and consumer choices can support bee-friendly operations.
Home gardeners can plant native wildflowers and herbs that bees love. Avoiding pesticides in yards and gardens protects not just bees but all beneficial insects. Even a small patch of clover or leaving dandelions in the lawn provides valuable forage.
“Every garden can be a pollinator haven,” Martin points out. “Native plants require less water and maintenance while providing exactly what local bees need. It's a win for homeowners and pollinators.”
Consumers can also vote with their wallets. Seeking out products from regenerative or organic farms supports operations that prioritize pollinator health. Many farms now highlight their bee-friendly practices, making it easier to choose products that align with conservation values.
“When consumers support farms using these practices, they're investing in a food system that works with nature rather than against it,” says Martin. “Small farms can't solve the pollinator crisis alone, but when communities get involved, from farms to gardens to purchasing decisions, we start seeing real change.”
Frantoio Grove is a premium California-based olive farm and mill, committed to delivering high-quality, regenerative, and sustainably produced olive oil. Founded by a multi-generation Californian farming family, they transformed a fertile orchard into the first, and only, olive farm and mill in the industry certified under regenerative organic standards. They specialize in cold-pressed extra virgin olive oil made from the "Frantoio" cultivar, with a focus on early-harvest methods and minimal processing to preserve robust flavor, high polyphenol content, and nutritional density. Beyond their flagship EVOO, their product range includes infused oils, small-batch seasonal releases, and related artisanal products such as honey and handmade soaps. Frantoio Grove stands out not just for quality and taste but also for a commitment to long-term ecological stewardship: by embracing regenerative agricultural practices, they aim to build resilient farm ecosystems, restore soil health and biodiversity, and produce olive oil that reflects both environmental responsibility and superior craftsmanship.
For brands and agencies looking to reach the decision-makers who read E+E Leader:
Request the media kit and learn more about advertising and partnership opportunities.
