Sinosauropteryx was a Chinese dinosaur that was about 1 and 1/2 feet tall. Our father came home from work during the production, so towards the end, you can hear him knock on the door and say 'George, Hayley, what are you doing?' and then me saying 'Hold on.' Sorry for that inturruption, he wasn't here for us to tell him not to come in. We will get better and we are going to ask our mom and dad to get us a better camera with a longer cord in a couple of months. Until then, we will have these short, hard-to-see, minishows while thinking of a theme for a full-length episode.

良くできてます。

Links: The Archaeopteryx Is older than feathered dinosaurs, in fact the oldest feathers ever found belong to archaeopteryx, these feathers are complex, while other simpler feathers, or proto-feathers are younger, this represent a problem for evolutionists because this fact opposes to what evolution predicts. Evolution predicts that feathers evolved from proto-feathers, however this prediction opposes to what we find in the fossil record. Archaeopteryx (150M years old) http://en.wikipedia.org/wiki/Archaeopteryx ´´ Archaeopteryx lived in the late Jurassic Period around 155150 million years ago,´´ Feathered dinosaurs (less bird like than archaeopteryx 145Myo) http://en.wikipedia.org/wiki/Sinosauropteryx ´´ Sinosauropteryx (meaning "Chinese lizard-wing"[1]) is the first and most primitive genus of dinosaur found with the fossilized impressions of feathers. It lived in China during the early Cretaceous period´´ Marine mammals are older than their supposed land ancestors Oldest marine mammal 53.5Myo http://news.bbc.co.uk/2/hi/science/nature/239966.stm Indohyus (supposed land ancestor 48Myo) http://en.wikipedia.org/wiki/Evolution_of_Cetaceans ´´ Indohyus, which lived about 48 million years ago´´ http://en.wikipedia.org/wiki/Evolution_of_Cetaceans Ambulocetus (Supposed land ancestor but more marine than Indohyus 50Myo) http://en.wikipedia.org/wiki/Ambulocetus ´´Ambulocetus ("walking whale") was an early cetacean that could walk as well as swim. It lived during early Eocene some 50-49´´ Oldest fish (vertebrate 530Myo) http://news.bbc.co.uk/2/hi/science/nature/504776.stm ´´ at about 530 million years ago.´´ Pikaia (oldest pre vertebrate, supposed ancestor of fish and other vertebrates 505Myo) ´´ found near Mount Pika in the Burgess Shale (505Myo) of British Columbia.´´ NOTE: THIS DATES ARE ALL BASED ON THE ASSUMPTION THAT EVOLUTIONARY DATING METHODS ARE ACURRATE.

Learn more about the often controversial subject of Evolution.

Today's scientists are recreating dinosaurs through genetic engineering. Sounds like science fiction? Not any longer. Through rapid advances in genetics, scientists are discovering the genetic traits of dinosaurs in the DNA of birds. They are showing that it is possible to bring back teeth, long tails and hands in place of wings. In Dinosaurs: Return to Life, learn why the dream of recreating the dinosaur genome is coming closer to reality. Ever since Mary Higby Schweitzer peeked inside the fractured thighbone of a Tyrannosaurus rex, the introverted scientist's life hasn't been the same. Neither has the field of paleontology. In 2004, Schweitzer gazed through a microscope in her laboratory at North Carolina State University and saw lifelike tissue that had no business inhabiting a fossilized dinosaur skeleton: fibrous matrix, stretchy like a wet scab on human skin; what appeared to be supple bone cells, their three-dimensional shapes intact; and translucent blood vessels that looked as if they could have come straight from an ostrich at the zoo. An alternate hypothesis has been suggested that the "soft" tissues are in actual fact bacterial biofilms. Kaye TG, Gaugler G, Sawlowicz Z (2008) Dinosaurian Soft Tissues Interpreted as Bacterial Biofilms. Whilst certain organisations continue to parrot the phrase "no transitional fossils have ever been found" the list of species which possess transitional features continues to grow. Epidexipteryx hui, Protoavis, Protarchaeopteryx, Archeopteryx, Avimimus, Sinosauropteryx, Caudipteryx, Rahonavis, Shuvuuia, Sinornithosaurus, Beipiasaurus, Microraptor, Nomingia, Epidendrosaurus, Cryptovolans, Scansoriopteryx, Yixianosaurus, Dilong, Pedopenna, Jinfengopteryx, Sinocalliopteryx, Sinornis, Ambiortus, Hesperornis, Ichthyornis Every home should have the Discovery Channel http://www.youtube.com/view_play_list?p=7848E22F140FE7DF

Today's scientists are recreating dinosaurs through genetic engineering. Sounds like science fiction? Not any longer. Through rapid advances in genetics, scientists are discovering the genetic traits of dinosaurs in the DNA of birds. They are showing that it is possible to bring back teeth, long tails and hands in place of wings. In Dinosaurs: Return to Life, learn why the dream of recreating the dinosaur genome is coming closer to reality. Ever since Mary Higby Schweitzer peeked inside the fractured thighbone of a Tyrannosaurus rex, the introverted scientist's life hasn't been the same. Neither has the field of paleontology. In 2004, Schweitzer gazed through a microscope in her laboratory at North Carolina State University and saw lifelike tissue that had no business inhabiting a fossilized dinosaur skeleton: fibrous matrix, stretchy like a wet scab on human skin; what appeared to be supple bone cells, their three-dimensional shapes intact; and translucent blood vessels that looked as if they could have come straight from an ostrich at the zoo. An alternate hypothesis has been suggested that the "soft" tissues are in actual fact bacterial biofilms. Kaye TG, Gaugler G, Sawlowicz Z (2008) Dinosaurian Soft Tissues Interpreted as Bacterial Biofilms. Whilst certain organisations continue to parrot the phrase "no transitional fossils have ever been found" the list of species which possess transitional features continues to grow. Epidexipteryx hui, Protoavis, Protarchaeopteryx, Archeopteryx, Avimimus, Sinosauropteryx, Caudipteryx, Rahonavis, Shuvuuia, Sinornithosaurus, Beipiasaurus, Microraptor, Nomingia, Epidendrosaurus, Cryptovolans, Scansoriopteryx, Yixianosaurus, Dilong, Pedopenna, Jinfengopteryx, Sinocalliopteryx, Sinornis, Ambiortus, Hesperornis, Ichthyornis Every home should have the Discovery Channel http://www.youtube.com/view_play_list?p=7848E22F140FE7DF

Today's scientists are recreating dinosaurs through genetic engineering. Sounds like science fiction? Not any longer. Through rapid advances in genetics, scientists are discovering the genetic traits of dinosaurs in the DNA of birds. They are showing that it is possible to bring back teeth, long tails and hands in place of wings. In Dinosaurs: Return to Life, learn why the dream of recreating the dinosaur genome is coming closer to reality. Ever since Mary Higby Schweitzer peeked inside the fractured thighbone of a Tyrannosaurus rex, the introverted scientist's life hasn't been the same. Neither has the field of paleontology. In 2004, Schweitzer gazed through a microscope in her laboratory at North Carolina State University and saw lifelike tissue that had no business inhabiting a fossilized dinosaur skeleton: fibrous matrix, stretchy like a wet scab on human skin; what appeared to be supple bone cells, their three-dimensional shapes intact; and translucent blood vessels that looked as if they could have come straight from an ostrich at the zoo. An alternate hypothesis has been suggested that the "soft" tissues are in actual fact bacterial biofilms. Kaye TG, Gaugler G, Sawlowicz Z (2008) Dinosaurian Soft Tissues Interpreted as Bacterial Biofilms. Whilst certain organisations continue to parrot the phrase "no transitional fossils have ever been found" the list of species which possess transitional features continues to grow. Epidexipteryx hui, Protoavis, Protarchaeopteryx, Archeopteryx, Avimimus, Sinosauropteryx, Caudipteryx, Rahonavis, Shuvuuia, Sinornithosaurus, Beipiasaurus, Microraptor, Nomingia, Epidendrosaurus, Cryptovolans, Scansoriopteryx, Yixianosaurus, Dilong, Pedopenna, Jinfengopteryx, Sinocalliopteryx, Sinornis, Ambiortus, Hesperornis, Ichthyornis Every home should have the Discovery Channel http://www.youtube.com/view_play_list?p=7848E22F140FE7DF

Today's scientists are recreating dinosaurs through genetic engineering. Sounds like science fiction? Not any longer. Through rapid advances in genetics, scientists are discovering the genetic traits of dinosaurs in the DNA of birds. They are showing that it is possible to bring back teeth, long tails and hands in place of wings. In Dinosaurs: Return to Life, learn why the dream of recreating the dinosaur genome is coming closer to reality. Ever since Mary Higby Schweitzer peeked inside the fractured thighbone of a Tyrannosaurus rex, the introverted scientist's life hasn't been the same. Neither has the field of paleontology. In 2004, Schweitzer gazed through a microscope in her laboratory at North Carolina State University and saw lifelike tissue that had no business inhabiting a fossilized dinosaur skeleton: fibrous matrix, stretchy like a wet scab on human skin; what appeared to be supple bone cells, their three-dimensional shapes intact; and translucent blood vessels that looked as if they could have come straight from an ostrich at the zoo. An alternate hypothesis has been suggested that the "soft" tissues are in actual fact bacterial biofilms. Kaye TG, Gaugler G, Sawlowicz Z (2008) Dinosaurian Soft Tissues Interpreted as Bacterial Biofilms. Whilst certain organisations continue to parrot the phrase "no transitional fossils have ever been found" the list of species which possess transitional features continues to grow. Epidexipteryx hui, Protoavis, Protarchaeopteryx, Archeopteryx, Avimimus, Sinosauropteryx, Caudipteryx, Rahonavis, Shuvuuia, Sinornithosaurus, Beipiasaurus, Microraptor, Nomingia, Epidendrosaurus, Cryptovolans, Scansoriopteryx, Yixianosaurus, Dilong, Pedopenna, Jinfengopteryx, Sinocalliopteryx, Sinornis, Ambiortus, Hesperornis, Ichthyornis Every home should have the Discovery Channel http://www.youtube.com/view_play_list?p=7848E22F140FE7DF

Today's scientists are recreating dinosaurs through genetic engineering. Sounds like science fiction? Not any longer. Through rapid advances in genetics, scientists are discovering the genetic traits of dinosaurs in the DNA of birds. They are showing that it is possible to bring back teeth, long tails and hands in place of wings. In Dinosaurs: Return to Life, learn why the dream of recreating the dinosaur genome is coming closer to reality. Ever since Mary Higby Schweitzer peeked inside the fractured thighbone of a Tyrannosaurus rex, the introverted scientist's life hasn't been the same. Neither has the field of paleontology. In 2004, Schweitzer gazed through a microscope in her laboratory at North Carolina State University and saw lifelike tissue that had no business inhabiting a fossilized dinosaur skeleton: fibrous matrix, stretchy like a wet scab on human skin; what appeared to be supple bone cells, their three-dimensional shapes intact; and translucent blood vessels that looked as if they could have come straight from an ostrich at the zoo. An alternate hypothesis has been suggested that the "soft" tissues are in actual fact bacterial biofilms. Kaye TG, Gaugler G, Sawlowicz Z (2008) Dinosaurian Soft Tissues Interpreted as Bacterial Biofilms. Whilst certain organisations continue to parrot the phrase "no transitional fossils have ever been found" the list of species which possess transitional features continues to grow. Epidexipteryx hui, Protoavis, Protarchaeopteryx, Archeopteryx, Avimimus, Sinosauropteryx, Caudipteryx, Rahonavis, Shuvuuia, Sinornithosaurus, Beipiasaurus, Microraptor, Nomingia, Epidendrosaurus, Cryptovolans, Scansoriopteryx, Yixianosaurus, Dilong, Pedopenna, Jinfengopteryx, Sinocalliopteryx, Sinornis, Ambiortus, Hesperornis, Ichthyornis Every home should have the Discovery Channel http://www.youtube.com/view_play_list?p=7848E22F140FE7DF