We don’t know when humans first jumped on horses and ran into the setting sun, but archaeologists know how horses left the wild and joined humans on their way to world domination. I am trying hard to understand. A new study claims to have found the earliest evidence of horse riding.
A team of scientists reports that humans may have ridden horses as early as 3000 BC. This predates the earliest known artistic expression of a man astride a horse by about 1,000 years. Findings Explained in a Study Published March 3 scientific progressrests on skeletal analysis of human remains found throughout Eastern Europe.
“I always thought I’d find it someday,” said Katherine Kanne, an archaeologist at University College Dublin, of signs that humans were riding horses earlier than previous evidence suggested. “Many of us have long suspected this, but it’s really exciting and certainly satisfying to see it come to fruition.”
To date, researchers have assembled only a fragmented timeline of how humans have used horses. By about 3500 BC, humans appear to have been milking early domesticated horses. This is a delicate process and shows that the animals were already quite domesticated. However, recent genetic analyzes suggest that the modern domesticated horse lineage did not arise until about 2000 BC. This is around the same time that the artistic depiction of chariot wheels and horses began to emerge. Both show uses that require fully domesticated animals.
New research addresses this challenge by focusing on the human skeleton. Many of the remains studied belong to the Yamnaya tribe, long associated with horses by archaeologists, who originated in modern-day western Russia and swept across much of Eurasia between 3000 and 2500 BC. Study co-author Volker Hyde, an archaeologist at the University of Helsinki, said: He notes that the group’s influence across Europe continues to this day, for example, in Indo-European languages spoken across the continent.
Hyde and a large group of his colleagues set out to explore the Yamnaya Kurgans, or burial mounds, in Eastern Europe. These structures and the items they contain are the only vestiges of the culture. Co-author Martin Trautmann, also an anthropologist at the University of Helsinki, was surprised by the familiar pattern of marks associated with horses he rode frequently on the skeleton of a man in his thirties. occurs as bone adapts to the biomechanical stress caused by repeated motion. “Bones are the living tissue of living things,” says Trautmann. “You can read the history of life from bones.”
Horseman syndrome involves changes in the thigh bones, pelvis, and lower spine. Trautmann has seen these changes in countless skeletons from much later times. “Riding is a very specific pattern of biomechanical stress,” he says. “It uses muscle groups in ways you wouldn’t normally do in everyday locomotion.”
Trautmann was initially hesitant to tie the markings to horseback riding, but soon found similar patterns in additional skeletons from the same period. Out of 217 skeletons, we report 5 Yamnaya skeletons exhibiting at least 4 of 6 such features.
Not all skeletons were well preserved to allow researchers to assess all elements of Horseman syndrome, but there were some gaps in the assessment. Archaeologist Birgit Buehler of the University of Vienna, who was not involved in the study, likes it very much: “But the lack of these criteria will make us cautious.”
Also, because the study focused exclusively on human remains, no one believes the analysis indicates that humans specifically rode horses, despite Yamnaya’s long-standing academic association with horses. is not convinced. “These conditions may be entirely related to animal transportation, but we don’t see any evidence that they are actually associated with horses,” said archaeologist William Taylor of the University of Colorado at Boulder. . Unlike horseback riding, scientists are unaware of the imprints that riding other types of animals can leave on the human skeleton. He says he wants researchers to start working on it.
Trautman suspects that riding animals that closely resemble horses, such as mules, may leave behind signs of Horseman’s syndrome. However, one day scientists hope to analyze these remains and find skeletal signs corresponding to the horses regularly carrying riders.
