Rock on Icelandic Coast Maybe I couldn’t do it Please tell us about the Roman Empire. or I could do it them? Research shows geologyThe rock collection of the Icelandic coast shows the seriousness of the late glacier era. This is the time of climate change that may have contributed to the collapse of the Roman Empire.
Tom Gernon, an research author and professor at the University of Southampton, England, said, “This climate change was a straw that broke the camel’s back regarding the fall of the Roman Empire. press release.
Climate change collapse
The collapse of the Roman Empire may be related to various factors, but a recent study suggested that the glacier began in the era of the Roman Empire when the glacier began on Earth in the 500s. Around 540 B.C.E., this glacier (later iconic iced ice age), created by re -cloud from three separate volcanic explosions, blocked the sun, cooled the earth’s surface for about 200 to 300 years, and potentially participated in the purpose of the empire.
But how severe was this late antique small ice age era? Pretty serious and new geology Research discovery. It shows that a large, round rock or gravel from the Icelandic coast comes from the Greenland coast in the 600’s, and this study shows that later iconic glaciers have a dramatic influence on the earth’s geology, depositing rocks in an unusual place through ice and icebergs.
According to the announcement, Christopher Spencer, the author and professor of Queen’s University, said, “This is the first direct evidence that icebergs are loaded with Greenland gravel in Iceland.
Ultimately, this study supports the theory that later antiques have given insight into the influence of the glacial era, emphasizing the intensity and contributing to the death of the already dead empire.
Read more: Ancient lead poisoning may have contributed to the fall of the Roman Empire.
Late antiques are revealed through rocks.
Of course, the average observer would have seemed to be a special rock assembly on the western coast of Iceland. But for the researcher, gravel shouted something unusual. Spencer said, “We seemed to be out of place because the rock type was different from what was found in Iceland today, but we didn’t know where they came from.”
The collection, which is mixed with basalt and non -crispy gravel, seemed to be partially strange for its configuration.
“On the other hand, I was surprised to see something other than basalt in Iceland, but when I first saw them, I doubted that Iceber arrived in Greenland.
The researchers who tested the assumption surveyed the small decision called Zircon, who broke the rock and trapped inside.
“Zircon is a time capsule that preserves essential information. [crystallized] Spencer said in the release, and the author traces the origin of Zircon with a period of 5.5 billion to 3 billion with Greenland.
Importantly, zircon is displayed where In Greenland, the rock began.
“The fact that rocks come from almost all geological areas in Greenland provide evidence of their glacier,” Gernon said. “When the glacier moves, they erodes the landscape, breaks the rocks in other areas and carries together.”
According to the research author, gravel broke the ice from Greenland’s glacier, drifting across the sea, and then melted on the Iceland coast and dropped many rock debris.
Spencer said, “What we see is a powerful example of how the climate system is interconnected.
Testifying the intensity of climate change in the times, Rocks’ arrival in Iceland emphasizes that the later antiques were serious and the various results at the time of the collapse of the Roman Empire were serious. Spencer said, “Climate -oriented iceberg activity may be one of the many fast cooling effects.
Read more: Income inequality can cause the collapse of the Roman Empire and the dynasty.
Driver
Our writer Discovermagazine.com Use fellow review research and high -quality sources in the article and use editorial reviews for scientific accuracy and editorial standards. In this article, review the source used below.
Sam Walters is a reporter who deals with the evolution of archeology, paleontology, ecology and discovery along with other topics. In 2022, before joining the Discovery Team, SAM studied journalism at North Western University in Evan Stern, Illinois.
