![]() ![]() The authors infer that this mechanism may have existed in many other bipedal, non-avian dinosaurs. The findings suggest that the tail of Coelophysis bauri, a well-known Triassic species, regulated the creature's angular momentum and efficiency by "wagging" to the side as the dinosaur walked and ran - similar to how humans swing their arms as they stroll. ![]() Contrary to the notion that bipedal dinosaurs' tails simply counterbalanced the weight of their heads, novel 3-D gait simulations reveal that the tail likely played a more dynamic role in dinosaur locomotion, according to a new study published in the September 24 issue of Science Advances.
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