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Researchers in the US are resurrecting dead birds and returning them to the skies as hi-tech drones

A view of a taxidermy bird drone for wildlife monitoring developed by researchers at New Mexico Institute of Mining and Technology in Socorro, New Mexico, U.S.
A view of a taxidermy bird drone for wildlife monitoring developed by researchers at New Mexico Institute of Mining and Technology in Socorro, New Mexico, U.S. Copyright Reuters
Copyright Reuters
By Euronews and Reuters
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Concerns have been raised over privacy issues with the new technology, but the project's lead hopes it can be used for wildlife conservation efforts.

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Researchers in the US have taken an unconventional approach to wildlife monitoring using dead birds.

Mechanical engineering professor, Dr Mostafa Hassanalian, is leading a project at New Mexico tech to kit out the taxidermy birds with drones to give them a new mechanical lease of life.

Hassanalian completed two Masters degrees on flapping wing drones, which he developed with artificial material.

But just as the early aviators took inspiration from wildlife to build the first planes, he realised that those models did not provide the highest efficiency compared to actual birds.

"Now we can use re-engineered birds and dead birds and make them as a drone. And the only thing that we need to provide them to make them alive, is to basically design an attrition mechanism, put in their body, and everything is there," he explained.

"So, they have their tail, they have their wings, they have their head, the body, everything is there. So we do reverse engineering," Hassalian added.

He and his team analysed the weight, flapping frequency and angle of the bird when it was alive in order to create something similar.

Designed to study birds in flight

The team do not yet have the capabilities to test their souped up birds with a real flock in nature, opting for the time being to run experiments inside a purpose built drone cage filled with fake mechanical birds.

This allows them to the study the formation and flight of flocks of migratory birds.

"If we learn how these birds manage energy between themselves, we can apply [these learnings into the future aviation industry to save more energy and save more fuel," Hassalian said.

Despite the benefits of this technology, the use of drones has also raised privacy concerns which Hassanalian is well aware of.

Privacy advocates worry that the drones could be used for military or law enforcement surveillance.

"We cannot deny the application of this for other military types of application. But what we have in focus is mainly civil application and specifically to understand wildlife or monitor the birds," Hassanalian said, acknowledging the concerns.

The project will continue for the next two years.

The next step will involve making the taxidermy bird drone fly for longer, as the current prototype can only fly for 10 to 20 minutes.

For more on this story, watch the video in the media player above.

Video editor • Aisling Ní Chúláin

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