Ram in the Thicket: A 4,500-year-old gold statue from the royal cemetery at Ur
When you buy through links on our articles, Future and its syndication partners may earn a commission.
Name: Ram in the Thicket
What it is: A gold and lapis lazuli statuette
Where it is from: The Royal Cemetery at Ur (modern Tell el-Muqayyar, Iraq)
When it was made: Circa 2550 B.C.
Related: Oseberg tapestry: Viking Age artwork from a boat burial that may depict the Norse tree of life
What it tells us about the past:
Found a century ago in a mass grave in the desert of southern Iraq, this 4,500-year-old statuette may depict the daily ritual associated with destiny and the birth of the universe in ancient Mesopotamia.
Archaeologist Leonard Woolley discovered two nearly identical statuettes, which he named "Ram in the Thicket," in the Great Death Pit at the Royal Cemetery at Ur in 1928. This burial of one royal Sumerian individual around 2550 B.C. also involved the sacrifice of 68 women and five men.
Woolley discovered the statuettes broken and crushed. Now reconstructed, they measure 16.7 inches (42.5 centimeters) and 18 inches (45.7 cm) tall. The smaller one is on display at the Penn Museum in Philadelphia, while the larger one is housed at the British Museum in London.
According to the Penn Museum, the statuettes may represent markhor goats, a type of Central and South Asian mountain goat with fantastical spiral horns. But Woolley called them "rams" because they reminded him of the biblical story of Abraham sacrificing a ram instead of his son Isaac.
The heads and legs of the goat statuettes are wood, covered in gold leaf, as is the thicket or flowering bush. Their ears are copper, and their bellies are silver. Lapis lazuli, a semiprecious deep-blue stone, was used for their horns and fleece. Each goat stands on its hind legs on a rectangular base decorated with a mosaic of shells, lapis lazuli and red limestone in a diamond pattern.
Experts are unsure what function this pair of goat statuettes served, but they may have been used as offering stands to support small bowls that did not survive, according to a team of Penn Museum researchers who published an analysis of the objects in 2020.
MORE ASTONISHING ARTIFACTS
—Hatnefer's heart scarab: An exquisite ancient Egyptian gold necklace inscribed with the Book of the Dead
—Hårby Valkyrie: A 1,200-year-old gold Viking Age woman sporting a sword, shield and ponytail
—Apulian rhyton: A 2,300-year-old Spartan-hound-shaped cup that was likely used at boozy bashes
These researchers view the thicket or bush as a representation of the Mesopotamian cosmic tree that connects heaven and Earth. Rosettes on the tree symbolize heaven, while the leaves signify Earth. The diamond pattern on the statues' bases may represent mountains — specifically those on the eastern horizon of Ur where the sun rises.
Daily sunrise was very important in ancient Mesopotamia. It was connected to the idea of destiny and associated with the birth of the universe. Rituals for the sun god Shamash often involved the sacrifice of sheep or goats and were made between sunset and sunrise. Because the "ram in the thicket" statuettes evoke sunrise — the time and place where heaven, Earth and the netherworld meet in Mesopotamian belief — they were likely seen as "suitable furnishings" for a royal tomb, the researchers wrote in their analysis.
Hashtags

Try Our AI Features
Explore what Daily8 AI can do for you:
Comments
No comments yet...
Related Articles
Yahoo
3 hours ago
- Yahoo
‘It's A Rush. It's Traumatic.' Ballerina's Director Discusses The Surprise Reaction Ana De Armas Had The First Time She Set Someone On Fire With A Flamethrower
When you buy through links on our articles, Future and its syndication partners may earn a commission. When you see a gun firing in a movie, it is loaded with blanks. When you see a knife stabbing somebody, it's either rubber or plastic. Flamethrowers, on the other hand, are a whole different deal. While some productions opt for CGI, the truth is that there is a big on-screen difference between real fire and fire that's digitally created, and no genius has yet to invent fire that doesn't hurt/burn. The blaze-spurting weapons are serious business, which is why I am in no way surprised that Ana de Armas had a very emotional reaction using one during the making of Ballerina. As previewed in the trailers for the John Wick side-quel, there is an extended sequence in Ballerina where protagonist Eve Macarro straps on a flamethrower and goes on a mini rampage torching a bunch of dudes – and that's basically what de Armas had to do on set. The people that she was setting on fire were trained and experienced stunt performers who were prepared for said torching with extreme safety at front of mind, but even just practicing for the scene left the star in tears. Speaking about using the extreme weapon during a long lead press day earlier this spring, director Len Wiseman told me, They're scary in such a fun way... I tested it out and the amount of power that it feels behind it. And I remember, I tested it out before so I could tell Ana that it's safe and I've done it. And I got a report and the guys were testing with her when she actually had to actually test flaming somebody. And first attempt, she cried because it's horrifying, you know? Back in late March, I had the great pleasure of joining a small group of journalists for a special experience at 87Eleven headquarters in Los Angeles, and after a training session that saw us learn how to perform the moves in one of the key action sequences in Ballerina, I had the chance to speak with Wiseman about the process of making the film. Having personal experience being on a set where a flamethrower was used, I asked about the tension that the dangerous weapon can create. Wiseman explained that it was definitely a freaky experience for Ana de Armas to purposefully set a person on fire, but once she got past her first taste of it, her mood changed: And then after that, she was really down with it, really cool. She flamed, like, I don't even remember how many people. But imagine you're testing it out and flaming somebody and they're screaming in front of you and you're lighting them on fire. It's a rush. It's traumatic. If you're excited to witness Ana de Armas setting a whole bunch of people on fire, the best news I can offer you is that Ballerina is almost here. Featuring an outstanding ensemble cast including Anjelica Huston, Ian McShane, Gabriel Byrne, Norman Reedus, the late Lance Reddick, and John Wick himself, Keanu Reeves, the new action film arrives in theaters everywhere on June 6.
Yahoo
5 hours ago
- Yahoo
James Webb Space Telescope unveils fiery origins of a distant, hellish exoplanet
When you buy through links on our articles, Future and its syndication partners may earn a commission. Astronomers using NASA's James Webb Space Telescope (JWST) have uncovered the tumultuous history of a distant, hellishly hot exoplanet that's being stretched and scorched by its star. The planet, known as WASP-121b, is locked in a dangerously close orbit around a star roughly 900 light-years away that's brighter and hotter than our sun. Locked in a blistering 30-hour orbit, the world lies so close to its star that intense tidal forces have warped it into a football-like shape, leaving it on the verge of being torn apart by gravity. One side of the planet faces its star permanently, baking at temperatures over 3,000°C (5,400°F) — hot enough for it to rain liquid iron. Even the opposite hemisphere, locked in eternal night, simmers at 1,500°C (2,700°F). This extreme environment makes WASP-121b one of the most hostile planets ever observed, and a valuable target for planetary science. Now, using the James Webb Space Telescope's (JWST) Near Infrared Spectrograph instrument, or NIRSpec, a team led by astronomer Thomas Evans-Soma of the University of New Castle in Australia detected a cocktail of molecules in the planet's atmosphere that each carry chemical clues to its dramatic journey. These include water vapor, carbon monoxide, methane and, for the first time ever in a planetary atmosphere, silicon monoxide. Together, they tell a dramatic origin story of WASP-121b written in vapor and stone, described in two papers published Monday (June 2). "Studying the chemistry of ultra hot planets like WASP-121b helps us to understand how gas giant atmospheres work under extreme temperature conditions," Joanna Barstow, a planetary scientist at the Open University in the U.K. and a co-author of both new studies, said in a statement. The findings from both studies suggest WASP-121b did not form where it is today. Instead, it likely originated in a colder, more distant region of its planetary system, similar to the zone between Jupiter and Uranus in our own solar system. There, it would have accumulated methane-rich ices and heavy elements, embedding a distinct chemical signature in its growing atmosphere. Later, gravitational interactions — possibly with other planets — would have sent WASP-121b spiraling inward toward its star. As it moved closer, its supply of icy, oxygen-rich pebbles would've been cut off, but it should have been able to continue gathering carbon-rich gas. This would explain why the world's atmosphere today contains more carbon than oxygen, a chemical imbalance that offers a snapshot of its journey through the disk. To make sense of the complex atmospheric data, the second team of researchers, led by Cyril Gapp of the Max Planck Institute for Astronomy in Germany, created 3D models of the planet's atmosphere, accounting for the vast temperature differences between the day and night sides. Their simulations, described in a paper published in The Astronomical Journal, helped separate signals from different regions of the planet as it orbited, revealing how molecules shift and circulate throughout the orbit. Among the molecules newly detected, the presence of silicon monoxide was particularly revealing, scientists say, as it isn't typically found in the gaseous form they observed. Instead, the researchers suggest this gas was originally locked in solid minerals like quartz within asteroid-size planetesimals that crashed into the young planet. Over time, as the planet grew and spiraled inward toward its star, those materials would have been vaporized and mixed into its atmosphere, according to one of the new papers, published in Nature Astronomy. Related Stories: — Scientists question possible signs of life on exoplanet K2-18b in new study: 'We never saw more than insignificant hints' — Scientists found a possible new dwarf planet — it could spell bad news for Planet 9 fans — Exoplanet 'baby pictures' reveal exomoons possibly taking shape around infant worlds On the cooler "night" side of WASP-121b, the researchers found an abundance of methane gas. This came as a surprise as methane typically breaks down under such heat, the study notes. "Given how hot this planet is, we weren't expecting to see methane on its nightside," study co-author Anjali Piette, who is an assistant professor of astronomy at the University of Birmingham, said in a statement. Its presence suggests methane is being replenished, likely pulled up from deeper, cooler layers of the atmosphere. "This challenges exoplanet dynamical models, which will likely need to be adapted to reproduce the strong vertical mixing we've uncovered on the nightside of WASP-121b," study lead author Thomas Evans-Soma of the University of New Castle in Australia added in another statement.
Yahoo
5 hours ago
- Yahoo
Ancient DNA reveals mysterious Indigenous group from Colombia that disappeared 2,000 years ago
When you buy through links on our articles, Future and its syndication partners may earn a commission. A new analysis of ancient DNA from hunter-gatherers who lived millennia to centuries ago has revealed a previously unknown genetic lineage of humans who lived in what is now Colombia. People of this lineage lived near present-day Bogotá around 6,000 years ago but disappeared around 4,000 years later, according to a study published May 28 in the journal Science Advances. The findings could shed light on major cultural changes that occurred during that time. It's thought that the first Americans journeyed along the Bering Land Bridge from Asia during the last ice age and arrived in North America at least 23,000 years ago, according to trackways found at White Sands National Park in New Mexico. It's still debated when the first people arrived in South America, but there's evidence of people at the site of Monte Verde II, in Chile, from 14,550 years ago. Some of the early Indigenous people who reached South America settled in the Altiplano, a plateau near what is now Bogotá. This region underwent several cultural shifts during the Early and Middle Holocene (11,700 to 4,000 years ago), and researchers already knew about the development of a type of ceramic pottery that emerged during the Herrera period beginning about 2,800 years ago. But how this technology came to the area is still a matter of debate. To investigate ancient population movements in the region, researchers sequenced genomes using samples from the bones and teeth of 21 skeletons from five archaeological sites in the Altiplano spanning a period of 5,500 years. These included seven genomes from a site known as Checua dating back 6,000 years, nine from the Herrera period around 2,000 years ago, three from the Muisca period, whose remains date to 1,200 to 500 years ago, and two from Guane populations north of Bogotá about 530 years ago. "These are the first ancient human genomes from Colombia ever to be published," study co-author Cosimo Posth, a paleogeneticist at the University of Tübingen in Germany, said in a statement. The genomes from the Checua site belonged to a relatively small group of hunter-gatherers, the team found. Their DNA isn't particularly similar to that of Indigenous North American groups, nor to any ancient or modern populations in Central or South America. "Our results show that the Checua individuals derive from the earliest population that spread and differentiated across South America very rapidly," study co-author Kim-Louise Krettek, a doctoral student at the Senckenberg Center for Human Evolution and Paleoenvironment at the University of Tübingen, said in the statement. But some 4,000 years later, that population had completely vanished. Evidence of their DNA wasn't present in later groups who inhabited the region, either. "We couldn't find descendants of these early hunter-gatherers of the Colombian high plains — the genes were not passed on," Krettek said. "That means in the area around Bogotá there was a complete exchange of the population." The findings suggest that cultural changes that occurred at the start of the Herrera period, such as the more widespread use of ceramics, were brought into the region by migrating groups from Central America into South America sometime between 6,000 and 2,000 years ago. "In addition to technological developments such as ceramics, the people of this second migration probably also brought the Chibchan languages into what is present-day Colombia," study co-author Andrea Casas-Vargas, a geneticist at the National University of Colombia, said in the statement. "Branches of this language family are still spoken in Central America today." Chibchan speakers were widespread in the Altiplano at the time of European contact, and genetic markers linked to people who spoke Chibchan languages first appeared there 2,000 years ago. RELATED STORIES —Newly discovered 'ghost' lineage linked to ancient mystery population in Tibet, DNA study finds —'Mystery population' of human ancestors gave us 20% of our genes and may have boosted our brain function —Unknown human lineage lived in 'Green Sahara' 7,000 years ago, ancient DNA reveals The Chibchan-related ancestry may have spread and mixed with other groups on multiple occasions. The genetic composition of later Altiplano individuals is more similar to that of pre-Hispanic individuals from Panama than to Indigenous Colombians, suggesting some mixing in Colombia. Ancient remains from Venezuela also carry some Chibchan-related ancestry, though they aren't as closely linked to ancient Colombians. This suggests the possibility of multiple Chibchan language expansions into South America. Future studies could involve sequencing more ancient genomes in the Altiplano and nearby regions, the researchers wrote in the study. Such research might help narrow down when Central American populations arrived in the region and how widespread they became.