Archaeologists in Mexico Discover Treasure of Mayan Civilization and Giant Sloth Fossils in a Vast Underwater Cave

Archaeologists in Mexico Discover Treasure of Mayan Civilization and Giant Sloth Fossils in a Vast Underwater Cave

Spread the love

Archaeologists in Mexico Discover Treasure of Mayan Civilization and Giant Sloth Fossils in a Vast Underwater Cave

In the world’s biggest underwater cave system, archaeologists have found many ancient Mayan artefacts and fossils of long-extinct creatures, including giant sloths, but warn that the mysteries of the ancient history of the caves may be tarnished by nearby pollution.

This undated photo released by Mexico’s National Anthropology and History Institute shows divers from the Great Mayan Aquifer project (L) exploring the Sac Actun underwater cave system, where Mayan and Pleistocene bones and cultural artefacts have been found submerged, near Tulum, Mexico.

The 216-mile-long flooded caves, known as the Sac Actun, have been recognized in Mexico as two separate cave systems.

Last month, Gran Acuífero Maya (GAM) explorers revealed that they had found a passageway between the two, making it the world ‘s largest cave system.

On Monday, the archaeologists announced more details about what they found in the cave. Their discoveries include remains of an ancient elephant-like species called gomphotheres, giant sloths and bears, according to Agence France-Presse. They also found burned human bones, ceramics and wall etchings.

A Mask of the Mayan god of trade in the Gran aquifer of Sac Actun in Quinta Roo state, Mexico.

Explore the most crucial problems faced by developers on their journey into AI, and explore ways to mitigate them. Read the article now!

Upon the discovery of the caves last month, Robert Schmittner, the exploration director at GAM, said in a statement: “Now, everyone’s job is to conserve it.”

The caves’ artifacts, however, are already at risk. Runoff from a nearby dump could be contributing to the high acidity levels in the cave where archaeologists found a human skull.

A diver from the Great Mayan Aquifer project looking at human remains believed to be from the Pleistocene era, in the Sac Actun underwater cave system, near Tulum, Mexico.

The acid could damage the remains, reported the Associated Press. The cave systems are often linked to sinkhole-like structures known as cenotes, which are popular tourist destinations for swimming and snorkeling.

Plus, the main highway that runs over the cave network has been known to collapse into further sinkholes, according to the AP.

Photos by: Gran Acuifero Maya

Nearly 200 artifacts were found, most of which appear to be from the Mayan civilization, according to Mexico’s National Institute of Anthropology and History.

Some bones appear to be at least 9,000 years old. The explorers found a shrine to the Mayan god of commerce as well, with a staircase structure inside of the cenote.

The cenotes were known to be sacred to Mayan communities, in addition to providing people with freshwater. Per the AP, Guíllermo de Anda, underwater archaeologist and director of GAM, said that humans likely went down into the caves during droughts to look for water, though they probably did not live inside of them.

The Mayan artifacts reveal that a drought likely caused the water levels to plummet around 1000 A.D., sending communities deeper inside to look for water.

The largest underwater cave in the world was discovered in Mexico by explorers from the Gran Acuífero Maya.

“It is very unlikely that there is another site in the world with these characteristics,” said de Anda, as reported by Agence France-Presse.

“There is an impressive amount of archaeological artifacts inside, and the level of preservation is also impressive.”

  •  
  •  
  •  
  •  
  •  
  •  
  •  
  •  
  •  
P. Natasha Covers Classical Archaeology news and has been with Histecho since 2017. She has a Master's degree in MA Archaeology from New York University's Science, Health and Environmental Reporting program. A California native, she also holds a Bachelor of science in molecular biology and a Master of Science in biology from the University of California, San Diego.

Leave a Reply

Your email address will not be published. Required fields are marked *