10.4.5 — Airport Infrastructure — maturity: live

Wildlife Strike Risk Mapping

Using multispectral and thermal satellite imagery to map migratory bird corridors, wetland attractants and large-fauna movement patterns that create strike hazards for departing and arriving aircraft.

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Bird and wildlife strikes cost civil aviation more than USD 1.2 billion annually and kill people. The problem is not random: it is structured by habitat, season and flight altitude. Ground-based bird radar and airport wildlife management programmes can tell you what is on the airfield today, but they cannot tell you why the pressure is building or where it will shift next season. That requires landscape-scale visibility that only satellite provides.

A sovereign multispectral and thermal LEO constellation delivers three things simultaneously: land-cover change maps that reveal new wetland, crop or landfill attractants within 15 km of each runway threshold; seasonal migratory flyway overlays derived from repeated NDVI and surface-water indices; and thermal nighttime passes that locate large-fauna concentrations — deer, coyote, vultures — before they funnel toward the airfield perimeter fence. Revisit cadence of 12–24 hours means the data is operationally relevant, not archival.

The operational outcome is a dynamic risk score delivered to aerodrome wildlife controllers and the national civil aviation authority each morning. High-risk corridors trigger targeted hazing sorties and fence inspections before the first wave of traffic. Airlines and insurers get a defensible, data-backed record that replaces anecdotal strike logs. Because the same constellation covers every airport in the country simultaneously, a single national programme replaces dozens of fragmented, vendor-dependent local contracts.

What matters

FAA Wildlife Strike Database records more than 247,000 civil aviation wildlife strikes in the US alone between 1990 and 2021 — the vast majority preventable with advance spatial intelligence.
Migratory flyways are geopolitically fixed but shift annually with land-cover change; only satellite repeat-pass imagery tracks that drift in near-real time across a national territory.
Large soaring birds such as vultures and storks exploit thermals at 500–3,000 ft AGL — precisely the approach and departure corridor — making thermal IR detection of roost concentrations a life-safety input, not a nice-to-have.
A sovereign programme provides continuous, unredacted coverage of all national aerodromes simultaneously; a commercial subscription can be suspended, repriced or restricted during a diplomatic or trade dispute.

Sovereignty score: 8/10 — A nation that cannot independently map its own wildlife attractant landscape around its airports is dependent on foreign vendors for a certified life-safety input to civil aviation operations.

Aviation safety sovereignty: ICAO Annex 14 habitat assessments are a legal obligation on the state as aerodrome certifier; outsourcing the underlying data to a foreign commercial operator creates a liability gap and a single point of failure that no regulator can adequately audit.
Data continuity and escalation control: commercial imagery subscriptions for wildlife risk are low-margin, low-priority products for major vendors and are among the first suspended during trade sanctions or licensing disputes — precisely when a nation may need them most.
Territorial coverage without bias: a foreign commercial provider has no obligation to prioritise smaller regional aerodromes or military airfields; a sovereign constellation covers every threshold simultaneously, including dual-use airports where strike data carries national security implications.
Supply-chain independence for sensor selection: multispectral and thermal IR sensors for this application are available from European, Indian and domestic manufacturers without ITAR encumbrance, making a fully sovereign supply chain achievable within a single programme cycle.

Reference architecture

Payload: Multispectral imager (Blue/Green/Red/NIR/SWIR, 5 m GSD, 30 km swath) plus uncooled thermal IR (LWIR 8–14 µm, 25 m GSD) for nocturnal large-fauna detection; combined mass 8 kg, 45 W
Bus class: 16U cubesat, 28 kg wet, 80 W average payload power; commercial COTS bus with heritage rideshare compatibility
Orbit: Sun-synchronous LEO at 520–550 km, 10:30 local descending node for consistent solar illumination; 18-satellite walker constellation delivering 12–18 hour revisit over national territory
Ground segment: 2-station national network (X-band downlink, S-band TT&C) co-located with existing civil aviation authority or met service infrastructure; SatNOGS VHF/UHF backup for housekeeping telemetry
Software & data
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References

FAA Wildlife Strike Database — The FAA maintains a voluntary but extensive database of civil aviation wildlife strikes in the United States, providing strike rate, species, phase of flight and damage severity. The database underpins evidence-based wildlife hazard management requirements for certificated airports.
ICAO Airport Services Manual Part 3 — Wildlife Control and Reduction — ICAO sets the international standard for airport wildlife hazard management, requiring aerodrome operators to conduct habitat assessments within 13 km of the aerodrome reference point. Satellite-derived land-cover analysis is explicitly compatible with the habitat survey methodology.
ESA — Copernicus Land Service NDVI and Surface Water Products — The Copernicus Global Land Service delivers 10–300 m resolution NDVI, surface water extent and land-cover products at near-daily cadence, demonstrating the operational feasibility of satellite-derived attractant mapping for wildlife risk applications.
USGS — North American Breeding Bird Survey and Migratory Connectivity — USGS documents the relationship between landscape habitat metrics — measurable from satellite — and migratory bird abundance, providing the scientific foundation for converting satellite land-cover change into species-specific strike risk scores.
Bird Strike Committee Europe — Strike Statistics and Habitat Guidance — The Bird Strike Committee Europe aggregates continental strike data and publishes habitat and seasonal risk guidance for aerodrome operators, confirming that wetland proximity, waste sites and agricultural land within the airport environs are the dominant predictors of elevated strike risk.