• Bird Control at Airports: How Falcons Keep Air Travel Safe

Aeronautical safety encompasses disciplines that extend far beyond the mechanics and operation of aeroplanes, as bird control at airports.

One of the most critical and fascinating of these is wildlife management, a field where ancestral techniques such as falconry play a leading role in modern airports.

This synergy between ornithology and aviation is fundamental to protecting flight operations. Here, we’ll explore an effective method of bird control near airport surroundings. Shall we begin?

The Latent Risk: What is a Bird Strike?

In aviation lexicon, a ‘bird strike’ is defined as any collision between a bird and an aircraft.

Although modern aeroplanes are built to incredibly high standards of resilience, such an impact, particularly during take-off or approach manoeuvres, can severely compromise safety.

A paradigmatic example of this risk is the emergency landing on the Hudson River in 2009, an incident caused by a flock of geese being ingested by both of the plane’s engines.

Airport environments, with their wide, open plains and potential food sources, are highly attractive to birds like gulls and pigeons. Therefore, managing their presence is an indispensable task to mitigate danger and ensure the integrity of every flight.

Airport Falconry: Efficacy Based on Instinct

Among the spectrum of bird control strategies, airport falconry stands out as one of the most effective and sustainable.

Its main advantage over artificial methods, such as sound devices or pyrotechnics, is that it prevents habituation. The real presence of a predator triggers an instinctive flight response that birds will never ignore.

The mere sight of a falcon soaring over the operational area is a sufficient natural deterrent to keep runways and their immediate surroundings clear of other birds.

Why Are Falcons Specifically Used?

The selection of birds like the Peregrine Falcon is no coincidence. It is because they are highly specialised aerial predators, whose diet primarily consists of other birds, which they catch in mid-air.

This characteristic positions them as the most direct and feared natural threat to the species that commonly frequent airports.

Their hunting behaviour is perfectly suited to the open spaces of an aerodrome. They patrol from a great height, visually dominating a vast territory. Their silhouette is an innate danger signal to other birds, creating a “safety bubble” around them.

This perception is reinforced by their extraordinary speed and agility, consolidating a constant and superior deterrent effect compared to other birds of prey with terrestrial habits.

The Falconer: A Professional at the Service of Safety

The effectiveness of these birds depends entirely on the expertise of the falconer, a professional with deep training in the handling and management of birds of prey. Their key duties at an airport include:

  • Training the falcons to patrol designated critical areas.
  • Executing patrol flights at times of peak air traffic.
  • Supervising the physical condition and welfare of their birds.
  • Coordinating closely with the control tower to ensure air operations are conducted without wildlife interference.

It is a profession that fuses the ancient knowledge of falconry with the technological and ecological demands of the present day.

Tradition and Innovation in Wildlife Control

The use of birds of prey in this context is not new. For instance, Spain’s airport authority, AENA, was a pioneer in its adoption decades ago and now integrates this service at major airports like Adolfo Suárez Madrid-Barajas.

Over time, modern falconry has assimilated technological innovations. The use of GPS trackers, for example, allows falconers to precisely monitor their birds’ flights to maximise their range and effectiveness.

Other Bird Control Techniques at Airports

An effective wildlife control programme combines multiple tactics, divided into passive and active, with the ultimate goal of making the airport an inhospitable place for birds.

Passive Tactics

The first step is to eliminate habitat attractants.

  1. Vegetation cover is managed so that it offers neither shelter nor food.
  2. Waste management is secured to prevent access to organic matter.
  3. The architecture of new terminals is designed without ledges or gaps that facilitate nesting.

Acoustic Tactics

These use sound as a deterrent.

  • Bio-acoustic Systems: Emit predator sounds to generate an alert and flight response.
  • Pyrotechnics and Gas Cannons: Their controlled and sporadic detonations frighten and disperse flocks.

Visual Tactics

These are based on stimuli that birds perceive as a threat.

  • Lasers: Beams of green light, highly effective in low-light conditions, are perceived as a physical object to be avoided.
  • Flares: The light flashes from pyrotechnics complement the auditory effect.

Technological Innovation

  • Drones: Unmanned aerial vehicles that simulate the silhouette of a predator.
  • Avian Radars: Early detection systems that monitor flock activity to enable a proactive response.

Falcons at Airports: A Synthesis of Nature and Safety

Rarely does an ancient technique find such a vital role at the forefront of technology as falconry in air safety.

Falcons at airports symbolise how observing nature and respecting its instincts can offer the most elegant and effective solutions to modern challenges.

We extend our sincerest thanks to Joaquín Mendoza, a falconer at Seville Airport (Spain), and to José A. Roldán, for sharing the graphic material that brings life and context to this article.

We hope this analysis has revealed a new facet of aviation to you. If so, we encourage you to continue your exploration on our blog, where many other secrets of the industry await, from the different types of airport lights to similarities between birds and airplanes.

One Air, three times awarded as the Best Flight School in Spain.

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