Japan and dinosaur

18.1% of Japanese want to be reborn as a flying dinosaur Here's the 2nd article that I published on GoArticles and elsewhere. As with the previous article, this article is available for reprint on your web site, ezine or blog. If you want to reprint, the only conditions are that (1) you may not make any changes to the article [corrections for typos are okay, provided you tell me about them], (2) you must publish the whole article including the links/URLs and copyright statement, (3) The links URLs must be hyperlinked, clickable and you may not use NOFOLLOW. The third of those conditions is obviously inapplicable for plain-text ezines.
recently wrote several articles about dinosaurs which I've published on article sites such as Go Articles, and which you can reprint on your website, ezine or blog. The only conditions are that (1) you may not make any changes to the article [corrections for typos are okay, provided you tell me about them], (2) you must publish the whole article including the links/URLs and copyright statement, (3) The links URLs must be hyperlinked, clickable and you may not use NOFOLLOW. The third of those conditions is obviously inapplicable for plain-text ezines.


new survey translated at What Japan Thinks reveals that 18.1% of Japanese want to be reborn as a flying dinosaur, and 12.6% would like to be reborn as a big two-legged carnivore with sharp pointy teeth

dinosaur from China

Ceratopsians (horned dinosaurs) represent one of the last and the most diverse radiations of non-avian dinosaurs. Although recent systematic work unanimously supports a basal division of Ceratopsia into parrot-like psittacosaurids and frilled neoceratopsians, the early evolution of the group remains poorly understood, mainly owing to its incomplete early fossil record. Here we describe a primitive Taxonomic nomenclature of dinosaur eggs is based on thin section analysis of shell fragments. There are four main parataxonomic families of eggs found in Henan Basin, Xixia County, China (1) Faveoloolithidae, (2) Dendroolithidae (3) Spheroolithidae and (4) Elongatoolithidae. Members of the parataxonomic family Faveoloolithidae were found in the earliest (deepest deposits) 20 meters below ground level and have a shell morphotype that is relatively primitive in comparison with the others. Members of the Spheroolithidae family are most commonly found in the middle layer of the egg bearing beds which were deposited in the middle of late Cretaceous period. The 17 inch long eggs of the Elongatoolithidae family were most commonly found in the upper layer associated with the most recent or latest of the late Cretaceous. (Zhao Zikui, 1979). Smaller examples (approximately 6 inches in length) of the Elongatoolithidae family are found in the Nanxiong Basin in Guangdong Province.
The fossilized remains of dinosaur eggs are, in most cases, limited to the egg shell. The embryos themselves were rarely preserved. The morphology and structure of the egg shells reveal few clues which can be cited to justify naming which taxon produced them. Only with fossilized remains of embryos in relatively advanced stages of development, can we begin to associate dinosaur types with fossilized eggs and egg shells.
Shell morphology is the basis that is used in naming the egg types. The structure of the shell in thin section analysis is used to identify the taxonomic family. The late Karl Hirsch was one of the leading experts in this country on eggs and eggshell fragments. He examined several shell fragments. These shell fragments were taken from several different types of dinosaur eggs from Henan Province, China. The following summary is based on thin section analysis and Chinese research papers.
The round, "cantaloupe" size and shape eggs with dark brown shells are the most common found in China. To date, no embryoinic remains have been found to identify the species of dinosaur. Instead, these eggs are classified by shell morphotype. The first shell morphotype is known as Dendrolithus. The shell has a continuous layer at the surface. The following nomenclature is used to refer to these dark brown cantaloupe shaped eggs.

ceratopsian from China. Cladistic analysis posits this new species as the most basal neoceratopsian. This new taxon demonstrates that some neoceratopsian characters evolved in a more incremental fashion than previously known and also implies mosaic evolution of characters early in ceratopsian history.The unusual presence of long pennaceous feathers on the feet of basal dromaeosaurid dinosaurs has recently been presented as strong evidence in support of the arboreal–gliding hypothesis for the origin of bird flight, but it could be a unique feature of dromaeosaurids and thus irrelevant to the theropod–bird transition. Here, we report a new eumaniraptoran theropod from China, with avian affinities, which also has long pennaceous feathers on its feet. This suggests that such morphology might represent a primitive adaptation close to the theropod–bird transition. The long metatarsus feathers are likely primitive for Eumaniraptora

The fossil dinosaur

The fossil dinosaur remains were excavated from the 105-million-year-old Cedar Mountain Formation in Dinosaur National Monument. The new find contains rare and spectacular fossils, including the only complete sauropod skull in the entire Western Hemisphere from the last 80 million years of the Age of Dinosaurs.
Can you find a string of articulate vertebrae (back bones) of any of the many dinosaurs preserved on the cliff face?
dinosaur
Some of the bones on the cliff face are still connected to other bones from the same skeleton, just like when the dinosaur was alive. Paleontologists call these bones articulated.
dinosaur
Can you find any of the long, narrow, gently curving ribs on the cliff face?

The long-necked, long-tailed sauropods, like Camarasaurus, when full grown, had ribs that could exceed 5 feet in length. See if you can find them.

“Because skulls are made up of many thin and fragile bones they are easily destroyed and rarely preserved. So although more than 120 species of sauropods have been discovered across the globe, complete skulls are extremely rare.” said Dr. Dan Chure, paleontologist at Dinosaur. “However, skulls are complex structures that provide a great deal of information about the dinosaur’s biology and evolution, so they are extremely important. You can hardly overstate the significance of these fossils.”
Secretary of the Interior Ken Salazar announced a $13.1 million investment to demolish and replace condemned portions of the Quarry Visitor Center at Dinosaur National Monument in April, 2009. The Quarry Visitor Center project is one of nearly 800 projects totaling $750 million that can be completed across the country with funding from the American Recovery and Reinvestment Act of 2009 (ARRA).

Construction drawings for the new facilities were completed in September, 2009. A pre-bid construction meeting is scheduled for November. The construction contract is anticipated to be awarded in December. Construction is scheduled to begin in spring 2010 and last between 12 and 18 months. The visitor center reopening could be as early as summer 2011.
dinosaur
The exhibit hall that protects and provides public access to the 1,500 dinosaur fossils will be rehabilitated. The remainder of the building will be demolished and the visitor center functions will be relocated to a new building approximately ½ mile away.

“Discovering a complete sauropod skull is remarkable. I've been collecting dinosaurs since the age of 14, and these complete skulls are the most spectacular fossils I've had the opportunity to work on” said BYU researcher Brooks Britt. “All the Abydosaurus fossils we have collected to date are juveniles, only a mere 25 feet or so in length. How large a fully adult individual was is unknown but it was certainly much larger. Although we haven’t found a complete skeleton yet, hope springs eternal in paleontology and we will continue excavations this summer.”

University of Michigan researcher Jeff Wilson and his graduate student John Whitlock studied the feeding adaptations of Abydosaurus. Wilson noted that “Sauropods, one of the most diverse and long lived lineages of dinosaurs, are surprising in that they show none of the adaptations seen in other plant-eating dinosaurs, such as beaks for slicing or cheeks to hold in food while chewing. Yet in spite of the lack of any specializations, they were around for 150 million years and are the largest land dwelling animals in the history of life.” Whitlock added, “Abydosaurus is from a time period when titanosauriform sauropods began to develop a slimmer tooth shape from the broader teeth of their ancestors. This change in tooth shape is related to changes in diet in a way we are only just beginning to understand, in part because we haven't always had the fossils to tell the whole story. Abydosaurus is the right dinosaur at the right time to answer some of these questions."

This announcement is the result of a several years of research, beginning with excavations started in the late 1990s. The site contains not just one individual but the remains of a group of sauropods, at least four individuals and likely more since additional fossils are still in the ground. Most parts of the skeleton are present: neck and tail vertebrae, shoulder blades, pelvis, arms, legs, hands, feet, and four skulls - two complete and two incomplete.

The excavation and preparation of this new dinosaur’s remains has been a collaborative effort among the National Park Service, volunteers, students, paleontologists, academic institutions, and outside researchers. The new fossils are being prepared and stored at the Paleontology Museum at Brigham Young University in Provo, Utah.

What’s in a name?
Scientific names are often a mouthful, but each has a meaning. So what does Abydosaurus mcintoshi mean? The generic name Abydosaurus refers to Abydos, the Greek name for the city along the Nile River (now El Araba el Madfuna) that was the burial place of the head and neck of Osiris, Egyptian god of life, death and fertility—an allusion to the skull and neck of the new dinosaur, which was found in a quarry overlooking the Green River in Dinosaur National Monument; sauros is the Greek word for lizard. The specific name mcintoshi honors the paleontologist Dr. Jack McIntosh, for his many contributions to the study of sauropod dinosaurs and his decades of assistance to Dinosaur National Monument and Brigham Young University.