🐝 Choosing an Apiary Site

About this simulation

Where a hive sits on the landscape shapes almost everything about how a colony performs: how fast cold, damp air drains away overnight, how sheltered the entrance is from prevailing wind, how early the sun warms the flight board, and how much forage lies within an easy flight. This model puts a movable hive on a simplified British hillside so you can see those factors interact in 3D rather than as a checklist.

How it works

• Frost pockets — cold air is denser than warm air and drains downhill at night, pooling in valley bottoms and hollows. The pale mist you see thickens as the hive moves toward the valley floor, especially in the early morning hours.
• Wind exposure — a hilltop site catches more wind; a hedgerow or tree line upwind bends and slows the airflow, visible in the drifting wind markers.
• Orientation — UK beekeeping guidance favours an entrance facing south-east, so the colony gets early sun to start foraging without facing the coldest northerly quarter.
• Forage mapping — honeybees will fly a few kilometres for good forage, but the energetic cost rises with distance, so sites with blossom, hedgerow and wildflower close by are more productive.

Controls

• Hive site slider — moves the hive from the valley floor, prone to frost and damp, up to the exposed hilltop.
• Time of day — sweeps the sun's arc and shows how frost mist builds up overnight and burns off by mid-morning.
• Hedgerow windbreak — toggles a shelter belt upwind of the hive.
• Entrance bearing — rotates the hive to face any compass direction; watch the sun-alignment reading respond.
• Forage flight radius — expands or shrinks the bees' practical foraging range and counts how many forage patches fall inside it.

Did you know?

Even a modest 2–3 metre rise above a valley floor can be enough to lift a hive clear of the coldest air on a still, clear night — the difference between a dry, calm entrance and one dripping with condensation by dawn.