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Worker Bee Lifecycle & Colony Population Model (2D)

2D worker-bee lifecycle lab: scrub a single bee's age through egg, larva, pupa and job changes, while a Little's-Law demographic model turns an egg-laying rate and colony-stress slider into a live headcount per role.

Animals & Their World2DModerate60 FPS📱 Mobile-adapted⇄ 3D version
2d-worker-bee-lifecycle-from-egg-to-forager-lab ↗ Open standalone

This 2D companion keeps the same temporal-polyethylism job schedule as the 3D hive cutaway — drag the age slider and a single tracked bee moves from egg (day 0) through larva, a capped pupa, and then a career sequence of cell-cleaner, nurse, builder/food-handler, guard and forager, all pulled earlier under colony stress exactly as in the 3D model. What the 2D version adds is a genuine demographic layer: an egg-laying-rate slider feeds a steady-state, age-structured population model — Little's Law paired with a piecewise-exponential survivorship curve — that computes the actual standing headcount of bees in each role and plots it as a live bar chart next to the survivorship curve itself, so raising colony stress visibly shrinks the forager bar as their mortality rate climbs, not just the age at which foraging starts.

⚙ Under the hood

2D worker-bee lifecycle lab pairing a temporal-polyethylism age schedule with a Little's-Law demographic model: eggs laid at a controllable rate, 21-day brood development, and a piecewise survivorship curve (low background mortality, higher once a bee starts foraging) that yields a live standing headcount per role.

worker bee lifecycletemporal polyethylismage-structured populationlittle's lawsurvivorship curvebees

2D · HTML5 Canvas 2D · 60 FPS target · runs fully client-side, no install

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