💧 Water Conservation and Management for Apiaries

About this simulation

A colony can drink several litres of water a week in warm weather — for diluting honey, cooling the hive by evaporation, and feeding brood. A well-run apiary supplies that water deliberately, rather than letting bees find it (and drown in) a neighbour's pool or livestock trough. This scene links a roof-fed rainwater tank, a pebble-filled watering dish, and the colony's own thirst into one small water system you can stress-test with weather.

How it works

• Tank level — fed by rain landing on the hive roof and gutter; it drains slowly to top up the dish and evaporates faster in heat.
• Dish level — the open watering station bees actually drink from; it runs low quickly under high demand or heat, and stays full only if the tank (or mains) can keep pace.
• Mains water avoided — litres harvested from rain instead of drawn from the tap, a rough sustainability ledger for the site.
• Drought stress — rises when both tank and dish run low while temperature stays high, browning the ground and slowing the colony.

Controls

• Rainfall intensity — how much rain currently falls on the catchment roof.
• Ambient temperature — drives evaporation and how urgently bees seek water.
• Colony water demand — a proxy for colony size / brood volume drinking from the dish.
• Mains top-up — toggle an automatic mains-fed refill versus relying only on harvested rainwater.
• Bee-safe floats — toggle corks/pebbles that give bees a dry landing perch so they don't drown.

Did you know?

Placing a shallow, pebble-filled dish near the hive — refreshed regularly — measurably reduces bee drownings in swimming pools, bird baths and livestock troughs, because bees strongly prefer the first reliable water source they learn near home.