Home▸Climate, Ecology & Environment▸How Weather and Climate Change Affect Honeybee Colonies

🌦️ How Weather and Climate Change Affect Honeybee Colonies

A 3D weather-and-phenology model of a bee colony and a flowering landscape: warm the climate, trigger storms and fragment the habitat to see bloom timing and bee flight seasons drift apart.

Climate, Ecology & Environment3DModerate60 FPS

A flowering landscape and a foraging bee colony each follow their own seasonal clock — warm the climate and watch the bloom peak race ahead of the bee flight season, then add storms and habitat fragmentation to see how a colony's energy reserve absorbs the strain.

🔬 What It Demonstrates

Bloom timing and bee flight timing are modelled as two independent bell-shaped curves across the season; warming shifts the bloom curve earlier far faster than the bee curve, opening a growing "calendar mismatch" that shows up directly in the colony's energy reserve.

🎮 How to Use

Scrub or auto-play the day of year, dial in a warming scenario, and add storms or landscape fragmentation. Watch the flower patches bloom and wilt, the bees fly out only when conditions allow, and the live readout track bloom cover, flight activity and colony energy.

💡 Did You Know?

Long-term phenology records show many spring flowers now blooming one to three weeks earlier than a century ago, while pollinator emergence has shifted by a smaller margin — the real-world mismatch this simulation models.

⚙ Under the hood

A 3D scene of a hive and a flowering landscape where two independent seasonal bell-curves — flower bloom timing and bee flight-season timing — drift apart as a warming slider is increased, while storm and habitat-fragmentation controls further squeeze a live colony energy reserve.

climate-changeweatherphenologyecologybeesbiodiversity

3D · Three.js / WebGL renderer · 60 FPS target · runs fully client-side, no install