Every day, thousands of aircraft share the sky with millions of migrating birds. When these two worlds collide, the results are costly—and occasionally catastrophic. Three Little Birds bridges environmental science and aviation safety, turning historical incident data into actionable spatial-temporal insights.
The Collision of Two Worlds
Aviation safety typically treats bird strikes as isolated, unpredictable anomalies. By merging over 280,000 FAA incident reports (1990–2023) with modern high-resolution satellite telemetry tracking global avian migration networks, we uncover a different story. The sky isn't an empty void; it has invisible, highly congested seasonal highways where human engineering directly intersects with ancient evolutionary pathways.
Decoding the "Danger Zone"
Our exploratory analysis revealed that these encounters are highly predictable. While bird strikes are fundamentally "bottom-heavy", with a median incident altitude of just 50 feet, the true risk profile shifts dramatically across seasons. We discovered a powerful bimodal pattern: a massive migration surge in late summer (July–September) overlapping perfectly with peak commercial air travel schedules, followed by a secondary spring corridor in March and April.
From Data to Defense
This dashboard moves beyond static graphs to provide a cohesive, multi-dimensional control room. By interacting with our hotspot maps, structural damage heatmaps, and temporal trend finders, aviation safety officers can isolate high-risk parameters, environmental researchers can map flyway encroachments, and the public can view our shared aerial ecosystems through a rigorous, data-driven lens.
