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Mammal ancestors moved in their own unique way


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IMAGE: Photograph of a skeleton of the early non-mammalian synapsid (ancient mammal relative) Edaphosaurus on display at the Field Museum of Natural History.
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Credit: Photograph by Ken Angielczyk
The backbone is the Swiss Army Knife of mammal locomotion. It can function in all sorts of ways that allows living mammals to have remarkable diversity in their movements. They can run, swim, climb and fly all due, in part, to the extensive reorganization of their vertebral column, which occurred over roughly 320 million years of evolution.
Open any anatomy textbook and you ll find the long-standing hypothesis that the evolution of the mammal backbone, which is uniquely capable of sagittal (up and down) movements, evolved from a backbone that functioned similar to that of living reptiles, which move laterally (side-to-side). This so called lateral-to-sagittal transition was based entirely on superficial similarities between non-mammalian s ....

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Harvard Economics Professor: Governments Will Not Allow Bitcoin on a Big Scale and They Will Win – Regulation Bitcoin News


Harvard Economics Professor: Governments Will Not Allow Bitcoin on a Big Scale and They Will Win
Harvard Professor of Economics and former Chief Economist at the International Monetary Fund (IMF) Kenneth Rogoff believes that governments will not allow bitcoin to flourish on a large scale. “The regulation will come in. The government will win,” he said. The professor also discussed the likelihood of a bitcoin bubble.
Harvard Professor Warns of Strict Crypto Regulation
Harvard University Professor Kenneth Rogoff shared some thoughts about bitcoin regulation during an interview on Bloomberg Surveillance last week. Rogoff is the Thomas D. Cabot Professor of Public Policy and a professor of economics at Harvard University. He also served as Chief Economist at the International Monetary Fund (IMF) from 2001–2003. ....

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From fins to limbs


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VIDEO: Virtual skeleton of the early tetrapod Pederpes from micro-CT scanned fossil and musculoskeletal reconstruction of its forelimb.
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Credit: Copyright 2021, Julia Molnar.
When tetrapods (four-limbed vertebrates) began to move from water to land roughly 390 million years ago it set in motion the rise of lizards, birds, mammals, and all land animals that exist today, including humans and some aquatic vertebrates such as whales and dolphins.
The earliest tetrapods originated from their fish ancestors in the Devonian period and are more than twice as old as the oldest dinosaur fossils. They resembled a cross between a giant salamander and a crocodile and were about 1-2 meters long, had gills, webbed feet and tail fins, and were still heavily tied to water. Their short arms and legs had up to eight digits on each hand and foot and they were probably ambush predators, lurking in shallow water waiting for prey to come near. ....

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