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. It`s a Cretacious Era dinosaur that lived 125 million years ago in a little place we now call China. The dinosaur would have been most stable by& . According to the researchers, the dinosaur& .Based on fossils of the long-dead creature, the scientists constructed a model, complete with feathers, which was then placed in a wind tunnel to better understand the Microraptor`s relation to flying."1 But did data or .Microraptor Emily Willoughby A five-winged dinosaur model in a wind tunnel helps scientists understand the origins of flight. The study authors wrote, "Symmetric `flight` feathers first evolved in dinosaurs for non-aerodynamic functions, later being adapted to form lifting surfaces..This is Microraptor in flight. microraptor dinosaur model . For the latest tech stories, follow& .This is a Microraptor.. In recent years, new fossil discoveries have .In the hope that this adaptation might be more comprehensively explained, researchers operating from the University of Southampton, England, devised a properly scaled Microraptor model to perform flight simulations using& . To check out the wind tunnel test itself, as well as the feathered model that was used in the tests, take a look at the video below. Nature, via Phys.. The wing shape& . In the hope that this adaptation might be more comprehensively explained, researchers operating from the University of Southampton, England, devised a properly scaled Microraptor model to perform flight simulations using& . To check out the wind tunnel test itself, as well as the feathered model that was used in the tests, take a look at the video below. Nature, via Phys.. The wing shape& ... Microraptor fossils show us that these little reptiles had a shocking number of feathers for, you know, non-birds.. The Southampton researchers performed a series of wind tunnel experiments and flight simulations on a full-scale, anatomically accurate model of Microraptor. .. Microraptor fossils show us that these little reptiles had a shocking number of feathers for, you know, non-birds.. The Southampton researchers performed a series of wind tunnel experiments and flight simulations on a full-scale, anatomically accurate model of Microraptor. . Scientists at the University of Southampton examine the aerodynamic performance of feathered, non-avian dinosaurs, providing new insight into the evolution of bird flight.Watch A Dinosaur Fly In A Wind Tunnel. Credit: Emily Willoughby.. . Scientists at the University of Southampton examine the aerodynamic performance of feathered, non-avian dinosaurs, providing new insight into the evolution of bird flight.Watch A Dinosaur Fly In A Wind Tunnel. Credit: Emily Willoughby... It`s a Cretacious Era dinosaur that lived 125 million years ago in a little place we now call China. The dinosaur would have been most stable by& . According to the researchers, the dinosaur& .Based on fossils of the long-dead creature, the scientists constructed a model, complete with feathers, which was then placed in a wind tunnel to better understand the Microraptor`s relation to flying."1 But did data or . It`s a Cretacious Era dinosaur that lived 125 million years ago in a little place we now call China. The dinosaur would have been most stable by& . According to the researchers, the dinosaur& .Based on fossils of the long-dead creature, the scientists constructed a model, complete with feathers, which was then placed in a wind tunnel to better understand the Microraptor`s relation to flying."1 But did data or .Microraptor Emily Willoughby A five-winged dinosaur model in a wind tunnel helps scientists understand the origins of flight. The study authors wrote, "Symmetric `flight` feathers first evolved in dinosaurs for non-aerodynamic functions, later being adapted to form lifting surfaces..This is Microraptor in flight. wow model viewer
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