New winged Dinosaur species have been identified in China. Paleontologists in China have identified a new species of Dromasore microprotein, which belongs to the famous Velociraptor dinosaur. An artist’s interpretation may be similar to that of Vulong Bohnsis.
The newly discovered dinosaurs lived about 120 million years ago during the Cretaceous period. Called Woolong Bohensis, this species was larger than a common raven but smaller than a raven. It had a narrow face full of sharp teeth and a long, bony tail that doubled its length.
Waleong bohansis was covered with feathers, including the shape of a feather on his arms and legs and two long plums at the end of the tail. The dinosaur is one of the oldest relatives of Velociraptor, the famous dromaeosaurid theropod that lived about 75 million years ago.
Postdoctoral researcher at the Natural History Museum of San Diego, D.R. Ashley Pavet said: “The new dinosaur fits with an incredible winged radiation, which is related to the origin of the birds.” Studying such specimens not only shows us the sometimes surprising paths that ancient life has taken.
But also allows us to demonstrate that the bird is important, even flying in the distant past. “Dr. Pomp said:” It has feathers on its limbs and tail that we associate with adult birds, but it has other characteristics that make us think it is a juvenile … Dr. Pavte and his colleagues analyzed dinosaur bones and discovered that This person was a minor.
This means that at least some dinosaurs were getting very beautiful wings before growing up, “he said. “Birds grow very fast and often recover their adult feathers until they are full size. The striking feathers, especially those used for mating, are particularly delayed.
Here was an immature dinosaur, with two long wings that extended beyond the tip An article about the discovery of Wulong bohaiensis was published in The Anatomical Record. New species of titty monkey discovered in Brazil.
An international team of researchers has discovered a new species of titty monkey that lives in the jungles of Brazil. Perseus titis (Pelturus percis) in the Forrest Reserve of the Municipality of the UHE Rondon II Hydroelectric Power Plant, Pensta Bueno, Rondônia, Brazil.
Titi monkeys are one of the most diverse groups of neotopic primates, with more than 30 species currently recognized. These monkeys that live in trees are small, with a length of 23 to 46 centimeters (9-18 inches). They have long and soft fur and a striking coloration.
Titi monkeys live in small family groups, which consist of a monogamous couple and their offspring. They mainly eat fruits, prefer dense forests near the water and easily jump off the branch, earning their German names, jumping monkeys.
Paracis titi (Pelturbus percis) in the forest reserve of the municipality of the UAH Rondan II Hydroelectric Power Plant, Pensta Bueno, Rondônia, Brazil. The new species is that of gintiltrosab, a small monkey of the Amitian group.
It is formed by Universo Esto di Mato Grosso and the Institute of Professional Eduacao and his colleagues Drs. Almario Camara Gassamo was discovered and called Paresi Titi (Poursbus Paris). The scientists said it can be distinguished from other species of this brown color.
- The organs are brown on the outer surface and white on the inner surface.
- The breasts, larynx and sideburns are also white. The back has a red chestnut, and the tail is gray, white at the tip.
- An artistic imprint of Paresi Titi (paresis of Palaecebus).
Parsi teti occurs in many areas in several Brazilian states of Mato Grosso and Rondônia. “Most of the registered areas coincide with the high altitude areas in the transition zone between the Amazon rainforest.
And the Cerrado savanna in southern Rondonia and west of Mato Grosso, including part of the Chapada dos Perisation (plateau of Peru ) and Arpuana. This researcher stated: “Jurena and Aripuna / Roosevelt interfere.”
An exception is the Jurena National Park Registry, which is located in a relatively low elevation zone. The new species class is located in the deforestation area of the Amazon Arc, where large areas of forest are being destroyed for timber, colonization and industrial agriculture, he says.
Based on the categories and criteria of the IUCN Red List, this new titi should be considered a close threat. Dr. Gusmo and his co-authors published an article describing the new species in the 2020 edition of Primate Conservation.
The most beautiful but highly poisonous snake species was discovered in Honduras. From the University of Florida in Gainesville A team of biologists led by James Austin described a new species of palm green pitwiper from a threatened cloud forest reserve in northern Honduras.
Honduras (Josiah H. Townsend) The newly discovered male palomero Bothrichs gifroi, the new species, reported in the open access magazine Zucchez, was named Bothriches Guarroi in honor of Don Mario Giuffaro, the Honduran environmental leader of Olancho.
Don Guifaro was a former hunter and a goldmine who became an outdoor conservationist when he saw that the vast rain forests of eastern Honduras were destroyed and turned into cattle ranches. After years of threats and multiple attempts of his life, Don Guifaro was ambushed and killed on September 15, 2007 while on a mission to delimit a biosphere reserve for the Tawahka Indians.
Both Gaifaroi, hitchhikers, were previously confused with other Honduran palm pruners due to similarities in color patterns and scale. The genetic analysis showed that the closest relatives of the new species are actually more than 600 km south in the mountains of Costa Rica.
The team discovered one of the richest, most prosperous and diverse highland forests in Mesoamerica, during both expeditions in 2010 with the objective of studying the wildlife of the Texas Wildlife Refuge. This beautiful snake represents the fifteenth endemic species that occurs in the region.
The Texas Wildlife Refuge was created in 1987 to protect wildlife populations such as the famous but elusive Jaguar and Tapir of Central America, as well as Hitler and white-faced, lazy monkeys and a variety of amphibians, reptiles and plants endemic.
“We recommend that Bothrichs guifaroi be immediately classified as threatened due to the limited known area of occurrence and the potential for anthropogenic damage to its habitat. We also believe that this species is an immediate consideration for protection under CITES.
It does, given its surprising presence and its high probability of exploitation in the pet trade, ”he concludes. A 99 million-year-old snake offspring was found in Burmese amber. Myanmar’s Cretaceous amber (also known as Burma) has been found to conserve fossil remains of a breeding embryonic snake.
Xiaophis myanmarensis now lived in a forest environment in Myanmar. The alleged newly obtained sample was obtained from an amber deposit in the Aungbamo region of Kachin province in Myanmar. The fossil is a vertebrate skeleton composed of 97 vertebrae 1.6 inches (4.75 cm) long; The snake lost its head.
It comes from the late Cretaceous era, about 99 million years ago. Professor Michael Caldwell of the University of Alberta said: “This snake, called Geophys myanmarensis, is associated with ancient snakes in Argentina, Africa, India and Australia.”
It is an important and hitherto lost component of understanding the evolution of snakes from the southern continents of Gondwana in the Middle Mesozoic. Photograph of a fragment of amber containing 3D reconstructions of Zybophis myanamensis and its skeleton.
Dr. Alessandro’s policy linked the University of Flinders and the Museum of Australia, Australia, which “at the age of 99 million years, dates back to the age of dinosaurs,” snakes began to differentiate into modern groups. This Asian fossil helps illustrate how primitive snakes spread from south to north.
Although it is in the northern hemisphere, it is similar to the South American snakes of the time. The piece of amber in which Xiaophis myanamensis was found also provided important clues about its surroundings and it is clear that this little snake lived in a forest environment with many insects and plants, since they are preserved in the clast, “said Professor Caldwell.
Not only do we have the first baby snake, we have the first definitive evidence of a fossilized snake that lives in the forest. Jing et al studied a second specimen with what appears to be a piece of skin separated by a large snake. The degree of protection allowed the team to realize the snake’s pigmentation pattern.
This image by Ryan McKellar, Royal Saskatchewan Museum. Jing et al studied a second specimen with what appears to be a piece of skin separated by a large snake. The degree of protection allowed the team to realize the snake’s pigmentation pattern.
Image by Ryan McKellar, Royal Saskatchewan Museum. About 150 million years ago (late Jurassic era), Myanmar joined Australia, Antarctica, Africa and South America, the supercontinent Gondwana.
Through continental drift, Myanmar finally separated from Gondwana and began to flow north until it reached Asia. “Jiaophis Myanmarensis was part of this landslide, transporting all kinds of plants and animals from Gondwanan to Asia as a large passenger ship,” said Professor Michael Lee of the University of Flanders and the Museum of South Australia.
In fact, although this snake was found in the northern hemisphere, it looks like Gondwan snakes. Clear images of potential snake skin: (a) general view of the entire specimen; Scale bar – 5 mm; (B) showing rows of convergent scale (upper center) near the left side of the sample; Scale bar – 1 mm; (C) the right front region of the sample.
Together with Xiaophis myanmaensis, the team found and studied another piece of amber, which appears to be a piece of skin isolated from a very large snake. Snake scales are shaped like a diamond or oval, with deep skin lines between each scale.
The scientists said some lines are seen in extinct snakes. You cannot see the scales of an enlarged stomach. The light and dark areas distributed on the skin of the shed reveal color patterns. The degree of conservation allowed researchers to create patterns of pigmentation of the animal in life.
The research is published in Science Advances. Jing et al studied a second specimen with what appears to be a piece of skin separated by a large snake. The degree of protection allowed the team to realize the snake’s pigmentation pattern.
Dr. Alessandro’s policy told people associated with the University of Flinders and the Museum of Australia, Australia, that at the age of 99 million, it goes back to the age of dinosaurs, snakes began to differentiate into modern groups. This Asian fossil helps explain how primitive snakes spread from south to north.
Although it is in the northern hemisphere, it is similar to the South American snakes of the time. The piece of amber in which Xiaophis myanamensis was found also provided important clues about its surroundings and it is clear that this little snake lived in a jungle environment with many insects and plants, since they are preserved in clasts, said Professor Caldwell.
Not only do we have the first baby snake, we have the first definitive evidence of a fossilized snake that lives in the forest. Jing et al studied a second specimen with what appears to be a piece of skin separated by a large snake. The degree of protection allowed the team to notice the snake’s pigmentation pattern.
This image by Ryan McKellar, Royal Saskatchewan Museum. Jing et al studied a second specimen with what appears to be a piece of skin separated by a large snake. The degree of protection allowed the team to notice the snake’s pigmentation pattern. Image credit: Ryan McKellar, Royal Saskatchewan Museum.
About 150 million years ago (it was the late Jurassic), Myanmar joined Australia, Antarctica, Africa and South America, the supercontinent Gondwana. Through continental drift, Myanmar finally separated from Gondwana and continued to flow north until it reached Asia.
Geophys Myanmaransis was part of this landslide, transporting all kinds of plants and animals from Gondwanan to Asia as a large passenger ship, said Professor Michael Lee of the University of Flanders and the Museum of South Australia. In fact, although this snake was found in the northern hemisphere, it resembles Gondwan snakes.
Together with Xiaophis myanmaensis, the team found and studied another piece of amber, which appears to be a piece of skin separated by a very large snake. Snake scales are diamond or oval shaped, with deep lines between each part of the skin. The scientists said some lines are seen in extinct snakes.
You may not notice enlarged abdominal scales. The light and dark areas distributed on the skin of the shed reveal a color pattern. The degree of conservation allowed researchers to create pigmentation patterns of the animal in life.
Burmese amber preserves 99 million years old tropical frogs: in an article published in Scientific Reports this week, paleontologists have described an extinct genus and a frog species, Electoramana limoae, which is Cretaceous amber (99 million) in the center from Myanmar Years old).
About 99 million years ago, a small juvenile frog in Myanmar was suddenly trapped in a groove with a beetle, perhaps its next meal. About 99 million years ago, this image from the University of Florida, Gainesville, today in Myanmar, a small juvenile frog was suddenly caught in a candle with a beetle, perhaps its next meal.
Image from the University of Florida, Gainesville. In 2015, four specimens of Electra protected with amber were acquired in the Angbamo region, in the province of Kachin, in northern Myanmar.
They provide early direct evidence of frogs that live in humid tropical forest ecosystems and are the oldest known examples of amber-protected frogs, with only two previous reports of cenozoic amber deposits in the Dominican Republic.
It is almost unheard of to get fossil frogs from this era, which are small, retain small bones and are mainly 3D. This is very special, Dr. Associate Curator of Herpetology at the Museum of Natural History, Florida. David Blackburn said but a reference to the most exciting thing about this animal. “These frogs were part of a tropical ecosystem, which may not Defer in any way to date.
Electrotana limoea is a very small frog, which measures approximately 0.8 inches (2.2 cm) long at the mouth of the vent. Amber has a clearly visible frog skull, its anterior part, a part of the spinal cord, a partial posterior limb and an unknown spot.
Dr. Blackburn said that Electoral raises more questions than he answers. “Heratologists of many characteristics use descriptions of a frog’s life history and determine if other related frogs are missing or are not fully developed in the juvenile frog.”
The existing bones provide clues about the possible living relatives of the electronic cards, but the results are surprising: species that have similar characteristics, including vocations and midwives, Eurasian species that live in temperate regions, ecosystems, not tropics.
The researchers said: “Electora’s discovery helps increase our understanding of frogs in the Cretaceous period, proving that they have been inhabited in humid tropical forests for at least 99 million years.”
8,000-year-old female statue in Cataloyuk: archaeologists have discovered an ancient female statue, approximately 8,000 years old, that was excavated at the Neolithic site of Catalohuk in the center of Anatolia, Turkey. An 8,000-year-old female statue of Cataloyuk, Central Anatolia, Turkey.
Image of the Ministry of Culture and Tourism of Turkey. The ancient statue is 6.7 inches (17 cm) long and weighs 2.2 pounds (1 kg), and was carved with marble stone. The statue was unearthed earlier this year by an international team led by the Stanford University archaeologist, Professor Ian Hodder.
According to a statement from the Turkish Ministry of Culture and Tourism, the article worth mentioning is considered “unique for its impeccable appearance and exquisite craftsmanship. Archaeologists said the statue was possibly used in rituals.
The Cytetalhoides site where the statue was found is one of the largest and best preserved Neolithic sites in the world. It is located about 90 km from Mount Hassan, about 90 km from the modern Turkish city of Konya. The settlement was established around 7500 BC and was inhabited for more than two centuries.
The site was discovered by British archaeologist James Mellaart in the early 1960s. Excavations at the site led to the construction of several ancient artifacts and structures, including the 10-foot-wide wall painting of the city and two peaks, sometimes known as the oldest maps in the world.