Learn / Pollinators

The Pollinator Crisis

One in three bites of food exists because a pollinator visited a flower. Most people do not know that. Most people do not know that we are currently losing pollinators faster than at any point in recorded history. The food system is more fragile than the grocery store makes it look.

Between April 2024 and April 2025, U.S. beekeepers lost an estimated 55.6% of their managed honeybee colonies — the highest loss rate on record. Commercial beekeepers reported average losses of 62%.

The UN Food and Agriculture Organization estimates that 75% of the world's food crop types depend on pollinators to some degree, accounting for 35% of global food production by volume. A global pollinator collapse would raise average crop prices by an estimated 187% and cause annual welfare losses exceeding $700 billion.

A 2025 study in Nature Communications found that even a partial wild pollinator collapse in Europe by 2030 would reduce crop yields by 8% and trigger €34 billion in annual global economic losses.

A honeybee colony is one of the most sophisticated self-organizing systems in nature. Fifty thousand individuals. No central authority. No manager. The colony makes collective decisions through a communication system — the waggle dance — so precise it has been studied by Nobel laureates and computational scientists. Bees take only what they need. They share resources without hierarchy. They maintain specialist roles, each contributing to the health of the whole. When a resource is depleted, they stop advertising it. If communities operated this way, they would thrive the way colonies do.

Visual PlaceholderPollinator photo, apiary visual, or Maryland forage landscape.