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📜 Pollination Contracts: How to Structure Commercial Pollination Agreements

An interactive 3D orchard and contract timeline where hive stocking rate, contract price and a no-spray buffer clause determine whether a grower's pesticide application breaches the pollination agreement.

Economics & Social Systems3DModerate60 FPS

An interactive 3D orchard paired with a contract timeline: set the hive stocking rate, contract price and a no-spray buffer clause, then test whether a grower's chosen pesticide day breaches the agreement.

🔬 What It Demonstrates

The no-spray buffer clause carves out a protected zone of days around the bloom window; a shaded band on the 3D timeline shows exactly which days are off-limits, and pressing "Apply pesticide" resolves whether the chosen day falls inside it.

🎮 How to Use

Adjust hive stocking rate and price to see the rental bill change, widen or narrow the no-spray buffer, pick a day for the grower's pesticide application, then press "Apply pesticide" and watch the duster plane cross the orchard — bees drop if the buffer is breached, and an estimated liability appears.

💡 Did You Know?

Because pesticide labels alone rarely account for a rented colony's foraging schedule, well-drafted pollination contracts spell out the no-spray buffer in exact hours — it's the contract, not the label, that ultimately protects the beekeeper's bees.

⚙ Under the hood

A 3D orchard paired with a contract timeline where hive stocking rate, contract price and a no-spray buffer clause (shown as a shaded protected zone around the bloom window) determine whether a grower's chosen pesticide-application day breaches the pollination agreement, triggering a duster plane fly-over, bee losses and an estimated liability payout.

pollination-contractscommercial-pollinationbeekeeping-businessgrower-agreementslegalorchard-pollination

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