By Jordan Carter, March 10, 2026

Bird Control Australia

Wildlife strikes present a significant risk to aviation safety, posing threats not only to aircraft but also to the personnel operating in and around airfields. These dangerous encounters can occur at various points during a flight, from takeoff to landing, and can result in serious damage such as cracked windshields, engine malfunctions, and structural failures. Fortunately, proactive measures can significantly reduce the risk of these wildlife interactions.

Understanding Wildlife Strikes and Their Occurrence

The statistics surrounding wildlife strikes are stark. According to the National Business Aviation Association (NBAA), birds are responsible for a staggering 97.5% of these incidents. In contrast, terrestrial mammals account for just 2.1%, while bats and reptiles contribute a mere 0.3% and 0.1% respectively. This data underscores the fact that birds are the primary concern for aviation safety when it comes to wildlife interactions.

The timing of these strikes is also telling. The Federal Aviation Administration (FAA) reports that around 63% of bird strikes occur during daylight hours, while 8% happen at dawn or dusk, and 29% take place at night. A closer look at the phases of flight reveals that nearly 61% of bird strikes happen during landing, with the takeoff run and initial climb phases accounting for 36%. This indicates crucial times when pilots and ground crews must remain vigilant against wildlife incursions.

Strategies for Preventing Wildlife Strikes

Preventing wildlife strikes requires a multifaceted approach involving both pilots and ground crews. By embracing comprehensive strategies during the planning and operational phases, risks can be minimized effectively.

Prevention Strategies for Pilots

Pilot preparedness begins during the flight planning stage, highlighting the necessity of reviewing wildlife hazard reports for both departure and arrival airports, as well as flight paths. During pre-flight checks, pilots are advised to observe the airfield for wildlife and inspect their aircraft for any signs of nesting material around engines and structural cavities. If unusual wildlife activity is observed during taxiing, it’s vital to report this to UNICOM and Air Traffic Service (ATS) providers.

It’s imperative to conduct thorough checks of runways before takeoff, and if wildlife is present, takeoffs should be delayed until the threat is managed appropriately. Pilots should also consider making a second approach if there are wildlife encounters on the first attempt. Additionally, keeping exterior lights on enhances the visibility of the aircraft, further helping to deter wildlife.

Prevention Strategies for Ground Crews

Ground crews play a critical role in wildlife strike prevention through effective management of airport environments. Implementing fencing around runways and limiting access to adjacent airport properties aids in keeping wildlife away. Additionally, ensuring that runway areas are unattractive to birds by minimizing food sources and habitat—such as controlling water accumulation and eliminating vegetation that offers shelter—is essential.

Utilizing bird-scaring devices can be a strong adjunct strategy during peak activity times like takeoffs and landings. Monitoring bird activity and transmitting alerts through Air Traffic Control (ATC) channels can communicate real-time threats to pilots, allowing for quick responses.

Rapid removal of foreign object debris (FOD) is a fundamental element of a successful wildlife strike prevention plan. Not only does this involve the removal of items that may attract wildlife, but it is also crucial to promptly clear any deceased animals that may pose additional risks. The FOD*BOSS, a patented system widely recognized in aviation for its efficiency, exemplifies effective debris management. This innovative tool collects and traps gravel, bolts, and other hazardous materials with speed and effectiveness, providing airports with a reliable means to maintain safe environments.

The versatility of the FOD*BOSS allows it to attach effortlessly to various vehicles, ensuring quick deployment and efficient operation. For those interested, more insights on ensuring high safety standards in wildlife management can be found at Bird Control Australia.

Conclusion

In summary, while wildlife strikes pose an ongoing risk to aviation safety, there are numerous strategies that both pilots and ground crews can employ to mitigate these dangers. By being proactive in preparation and continuously monitoring and optimizing airport conditions, the aviation industry can significantly reduce the likelihood of these occurrences. As such, understanding the nature of wildlife interactions and employing a comprehensive set of preventive measures is essential in safeguarding both aircraft and personnel, thereby enhancing overall safety in aviation operations.