Apiaries face sudden, high-consequence events — pesticide drift from a neighbouring farm, wildfire, flash flooding, or storm damage — that can wipe out colonies in hours. Professional beekeeping operations reduce losses not by preventing every event, but by planning ahead: siting yards away from spray zones, keeping insurance and inventory records current, pre-positioning evacuation equipment, and training a fast, practiced response.
The gap between a "healthy" and "lost" colony count in this simulation is exactly the gap that crisis planning is meant to close in real apiaries — the difference between an insurable, recoverable setback and a business-ending event.
An interactive 3D apiary yard where you trigger a pesticide drift, wildfire, flash flood or storm event, then tune severity, wind direction and pre-incident response readiness to see which colonies survive.
How wind-driven hazards (pesticide drift, wildfire, storm gusts) hit some hives before others, how flooding rises uniformly across low ground, and how pre-incident readiness — firebreaks, raised stands, notification agreements, evacuation drills — slows and caps colony losses once a hazard front arrives.
Choose a hazard type, then drag the severity, wind direction and response readiness sliders. Watch each hive's colour shift from green through amber to red as exposure accumulates, and track the live healthy / damaged / lost counts and estimated financial loss.
Many beekeeping insurance policies and mutual-aid schemes require documented incident logs and proof of reasonable precautions — meaning the readiness measures modelled here can directly affect whether a claim is paid.