Takes us on a fascinating odyssey, in the company of some world-reknowned scientists whose discoveries into the natural world are providing some clues to the question of where do we come from. Could the first life forms, which appeared some four billion years ago, have originated in organic cosmic dust? One thing is certain: all life on our planet shares some of the same genetic code and developed from the same evolutionary tree. But could life have evolved in a completely different way? What if there were living organisms with a genetic structure entirely unlike ours? The key to this mystery may be found in space.
"Takes us on a fascinating odyssey, in the company of some world-reknowned scientists whose discoveries into the natural world are providing some clues to the question of where do we come from. Could the first life forms, which appeared some four billion years ago, have originated in organic cosmic dust? One thing is certain: all life on our planet shares some of the same genetic code and developed from the same evolutionary tree. But could life have evolved in a completely different way? What if there were living organisms with a genetic structure entirely unlike ours? The key to this mystery may be found in space."@en
"Takes us on a fascinating odyssey, in the company of some world-reknowned scientists whose discoveries into the natural world are providing some clues to the question of where do we come from. Could the first life forms, which appeared some four billion years ago, have originated in organic cosmic dust? One thing is certain: all life on our planet shares some of the same genetic code and developed from the same evolutionary tree. But could life have evolved in a completely different way? What if there were living organisms with a genetic structure entirely unlike ours? The key to this mystery may be found in space"--Container."
""Where do we come from?" Some world-reknowned scientists whose discoveries into the natural world are providing some clues to this age-old question help shed light on our cosmic link with the rest of the universe."
"In this intriguing odyssey in search of the origins of life, world-renowned experts offer clues based on cutting-edge research. Could life have evolved differently than the same genetic codes we all share. The answer to this mystery may be out there in space - a cosmic link between us and the rest of the universe."@en
""Where do we come from? The award-winning The Cosmic Link takes us on a fascinating odyssey, in the company of some world-renowned scientists whose discoveries into the natural world are providing some clues to this age-old question. Could the first life forms, which appeared some four billion years ago, have originated in organic cosmic dust? One thing is certain: all life on our planet shares some of the same genetic code and developed from the same evolutionary tree. But could life have evolved in a completely different way? What if there were living organisms with a genetic structure entirely unlike ours? The key to this mystery may be found in space. Christian de Duve, biochemist and Nobel Prize winner, astronomer Michel Mayor and biopaleontologist Michael Caldwell of the Canadian Museum of Nature help shed brilliant light on our cosmic link with the rest of the universe."--NFB website (www.onf.ca)"
""All life on earth shares some of the same genetic code, forming a kind of evolutionary tree. Could that tree have its deepest roots in the stars? This fascinating program looks at how the research of scientists into the origin of life points towards the cosmos, as in the panspermia theory which posits the "seeding" of earth with organic compounds by comet or asteroid collisions."--Container."
""Where do we come from? The award-winning The Cosmic Link takes us on a fascinating odyssey, in the company of some world-reknowned scientists whose discoveries into the natural world are providing some clues to this age-old question. Could the first life forms, which appeared some four billion years ago, have originated in organic cosmic dust? One thing is certain: all life on our planet shares some of the same genetic code and developed from the same evolutionary tree. But could life have evolved in a completely different way? What if there were living organisms with a genetic structure entirely unlike ours? The key to this mystery may be found in space"--Container."
"Where do we come from? The award-winning The Cosmic Link takes us on a fascinating odyssey, in the company of some world-renowned scientists whose discoveries into the natural world are providing some clues to this age-old question. Could the first life forms, which appeared some four billion years ago, have originated in organic cosmic dust? One thing is certain: all life on our planet shares some of the same genetic code and developed from the same evolutionary tree. But could life have evolved in a completely different way? What if there were living organisms with a genetic structure entirely unlike ours? The key to this mystery may be found in space."@en
""Where do we come from? The award-winning The Cosmic Link takes us on a fascinating odyssey, in the company of some world-reknowned scientists whose discoveries into the natural world are providing some clues to this age-old question. Could the first life forms, which appeared some four billion years ago, have originated in organic cosmic dust? One thing is certain: all life on our planet shares some of the same genetic code and developed from the same evolutionary tree. But could life have evolved in a completely different way? What if there were living organisms with a genetic structure entirely unlike ours? The key to this mystery may be found in space"--Container."@en
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