🐝 Apiary Dispute Risk Model

About this simulation

Most beekeeping neighbour disputes trace back to a handful of physical siting decisions made when the hives were first placed: how close to the boundary they sit, which way the entrances face, whether a hedge or fence redirects the bees' flight line upward, and how exposed the apiary is to pesticide drift from neighbouring land. This scene models those factors together on a simplified boundary plot so you can see how they interact.

How it works

• Boundary setback — the distance from the hive row to the property line. A larger setback gives bees more room to climb before they cross into a neighbour's airspace.
• Screening hedge height — a hedge, fence or wall at least ~2m tall forces bees to fly up and over it near the hive, which is the standard practical fix for low, fast flight lines crossing into gardens.
• Flight-path bearing — the angle of the hive entrances relative to the boundary. A bearing near 90° sends bees along the boundary rather than straight over it toward the neighbour's garden.
• Wind direction & spraying — when a nearby field is sprayed and the wind blows toward the apiary, drift particles reach the hives; a wider buffer and cross-wind bearing reduce how much drift arrives.

Controls

• Boundary setback — how far back the hives sit from the property line (1–20m).
• Screening hedge height — height of the flyway barrier at the boundary (0–3m).
• Flight-path bearing — 0° points hives straight at the neighbour's garden; 90° sends bees along the boundary.
• Wind direction — angle of wind blowing from the neighbouring field toward the hives.
• Farm spraying pesticide — toggles an active spray event on the neighbouring field.

Did you know?

Many UK council byelaws and BBKA good-practice guidance recommend a flight barrier of roughly 2m within a few metres of the hive entrance — it is cheap, requires no permission from the neighbour, and resolves a large share of low-flight-line complaints without any legal action.