This scene links two sides of the same beehive: the apiary on the left, where a beekeeper's hives generate honey and pollination-contract income against real running costs, and the crop field on the right, whose bloom and yield depend on how well those hives' foragers cover the ground. The bar chart above the apiary totals the beekeeper's side of the ledger in real time; the glowing dome over the field tracks the much larger economic value that pollination quietly creates for the farmer.
Studies commonly value insect pollination's contribution to UK crop production in the hundreds of millions of pounds a year, yet the beekeepers whose colonies provide much of that service often earn only a small fraction of that value directly — mostly through honey sales and modest pollination-contract fees.
An interactive 3D apiary-and-field model that turns hive count, honey price, pollination fees, crop area and season into a live economics comparison: what beekeepers earn versus the much larger crop value that pollination quietly creates.
Bee density relative to field size drives a pollination-coverage figure, which visibly changes crop bloom and feeds two separate economic outcomes: the beekeeper's honey and pollination-fee income, and the farmer's much larger pollination-driven crop value.
Adjust hive numbers, crop hectares, season, honey price and the per-hive pollination fee. Watch the bee traffic, blossom colour, bar chart and crop-value dome update live, then compare beekeeper profit against the value created for the grower.
Insect pollination is commonly valued in the hundreds of millions of pounds a year for UK agriculture, yet the beekeepers supplying much of that pollination typically capture only a small share of that value through honey sales and hive-rental fees.