As you read this story, you will learn the following:
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Researchers photographed a 5,000-year-old fortification in the forests of Niamtsi County, Romania.
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The study used drones equipped with lidar technology to capture the structure’s likeness through dense vegetation.
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The fortifications probably date from the transition from the Neolithic to the Bronze Age.
Sometimes ancient ruins are difficult to reach. Fortunately, lidar technology can make it possible to study some inconvenient places. LiDAR stands for “Light Detection and Ranging” and it works by rapidly firing laser pulses towards the ground. The system then measures the time it takes for the light to reach the ground and back again, and uses that time to calculate altitude. This data can then be used to create high-resolution models.
In the past, lidar has helped map everything from tree growth to lost cities in the amazonit just revealed some other incredible things. This time, researchers have documented an ancient fortified settlement deep in the forests of Niamtsi County, Romania.
“With current technology and using LiDAR scanning, I was able to obtain faithful images of the nearly 5,000-year-old fortifications,” Vasile Diaconu, an archaeologist involved in the study, said in a translation postal. “This time, we observed details that we couldn’t observe in the wild because of the vegetation.”
The settlement situation is roughly trace back to Transition from the Neolithic to the Bronze Age. The researchers used non-invasive methods to image the sites, launching lidar-equipped drones to generate aerial views of the fortifications. Diaconu believes that using these new technologies is an important part of archaeological research.
“Only with modern technology can we better understand the complexity of archaeological sites,” he explain.
The findings indicate that the fortification was well-designed and well-planned, suggesting that it likely required extensive work to build.
“Lidar scans show that most of the fortifications are located on high ground with good visibility and are fortified with ditches and even mounds to enhance defense capabilities,” Diaconu said. explain. “On-site measurements show that some of these trenches are impressive in size, reaching hundreds of meters in length and requiring significant manpower to construct.”
The project is a collaboration between Geocad Services, Geo Edu Lab and the National Institute of Geophysical Research and Development, as well as past teachers and students. According to an earlier postalDiaconu then received a message from his former student Vlad Dulgheriu, who was interested in his archaeological work and happened to be the owner of Geocad Services, which made the expedition possible.
“Honestly, I’m glad my former students built their own roads beautifully,” Diaconu said in the post.
How long does it take for a student to become a teacher?
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