Project HORUS: Unveiling the Secrets of Lesser Kestrels Through Smart Nest-Boxes

Imagine a world where technology and nature intertwine, where nest-boxes transform into smart devices, and scientists gain unprecedented insights into the lives of elusive birds. This vision is now a reality, thanks to Project HORUS, a remarkable initiative that’s revolutionizing the study of Lesser Kestrels in Spain.

“Smart Nest-Boxes”: A Technological Marvel

At the heart of Project HORUS lies the concept of “smart nest-boxes” – ingenious devices that have breathed new life into traditional nest-boxes. These technologically advanced nest-boxes are equipped with an array of sensors, cameras, and other equipment, all controlled by an iRobota Mega, a powerful microcontroller.

RFID Tags: Unraveling the Identity of Falcon Visitors

One of the key features of these smart nest-boxes is the use of RFID (Radio Frequency Identification) tags. These tiny tags, attached to the rings of Lesser Kestrels, act as unique identifiers. As falcons enter or leave the nest-box, sensors detect the RFID tags, revealing the identity of each individual.

A Symphony of Sensors: Capturing a Wealth of Data

Beyond RFID tags, the smart nest-boxes are equipped with a diverse array of sensors, each performing a specific task. Infra-red barriers determine whether birds are entering or leaving the nest-box, while a digital balance measures the body mass of falcons. Temperature and humidity sensors monitor the nest’s microclimate, providing valuable insights into the birds’ living conditions.

The iRobota Mega: The Brains Behind the Operation

The iRobota Mega serves as the central nervous system of the smart nest-boxes. This powerful microcontroller controls and processes the information gathered by the sensors. It communicates with the sensors, processes the data, and transmits it to a process server for further analysis.

A Glimpse into the Life of Lesser Kestrels

Thanks to Project HORUS, scientists can now delve deeper into the lives of Lesser Kestrels than ever before. They can track the birds’ movements, monitor their nesting behavior, and study their interactions with each other and their environment. This wealth of data is providing invaluable insights into the ecology and behavior of these fascinating creatures.

Engaging with Project HORUS

Project HORUS is an ongoing endeavor, and the team behind it is committed to sharing their findings with the world. Daily updates on the project’s progress can be found on their Facebook page, and more detailed information is available on the Horus project page and Wiki. Join the journey of discovery as Project HORUS continues to unlock the secrets of Lesser Kestrels.

Bonus: Project HORUS is not just a technological marvel; it’s a testament to the power of collaboration. Scientists, engineers, and conservationists have come together, united by their passion for understanding and protecting the natural world. Their work is an inspiration to us all, reminding us that great things can be achieved when we pool our knowledge and resources.

As Project HORUS continues to evolve, we can expect even more fascinating discoveries about the Lesser Kestrel and its world. Stay tuned for future updates, and let’s celebrate the wonders that technology can bring when it’s used for the benefit of both science and nature.


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