We've seen this before
I have written about underwater clues that identify clues of different civilizations for years. For example, I wrote about Bimini Road, discovered in 1968 by Jacques Mayol, a French free diver, and Robert Angove, an American underwater photographer, while exploring the shallow waters off the northwest coast of North Bimini Island in the Bahamas. Many know these structures to prove the existence of the mythical city of Atlantis.
Additionally, the lost city of Atlantis has captivated human imagination for centuries. First mentioned by the Greek philosopher Plato, Atlantis was an advanced civilization that vanished beneath the waves of the Younger Dryas. Meanwhile, the Yonaguni Monument, a submerged structure off the coast of Japan, has sparked debates among archaeologists and historians since its discovery in 1986.
Although mainstream science attributes the Yonaguni formation to natural geological processes, some researchers believe it could be the remnants of an ancient, advanced civilization.
Stairway to Heaven
As a result, this has led to speculation about a possible connection between Atlantis and Yonaguni. In this piece, we will explore the similarities between the two, examine the historical and archaeological evidence, and consider the implications of this potential link.
To begin with, both Atlantis and Yonaguni are advanced civilizations that met a catastrophic end. According to Plato, Atlantis was a powerful and technologically sophisticated society submerged by a cataclysmic event. Similarly, the Yonaguni Monument lies underwater, leading some researchers to suggest that it, too, was submerged due to an ancient disaster.
Furthermore, the architectural features of the Yonaguni structure, such as its sharp angles and flat surfaces, bear a resemblance to descriptions of Atlantis as an organized, geometrically precise civilization.
10K
Although mainstream archaeologists argue that the Yonaguni formation is natural, others point out the presence of what appear to be staircases, platforms, and roads, which suggest human craftsmanship. Therefore, the architectural and structural similarities between Atlantis and Yonaguni provide a compelling argument for a possible connection.
Also, historical and archaeological evidence adds weight to the theory of a connection between Atlantis and Yonaguni. Plato placed Atlantis beyond the "Pillars of Hercules," which many believe refers to the Strait of Gibraltar. However, alternative theories suggest that Atlantis was in the Pacific or Indian Ocean, areas known for ancient seafaring cultures.
Moreover, Yonaguni, located near Okinawa, fits this alternative geographical theory. Further, ancient Japanese myths speak of submerged kingdoms and advanced civilizations lost to the sea, paralleling the story of Atlantis.
So, how old are we?
Notably, marine geologist Masaaki Kimura has conducted extensive research on the Yonaguni Monument, arguing that the structure dates back at least 10,000 years—coinciding with the estimated time of Atlantis's disappearance. Although mainstream science remains skeptical, these historical and archaeological clues continue to intrigue researchers.
Moreover, the implications of a possible connection between Atlantis and Yonaguni are profound. If the Yonaguni Monument were proven to be man-made and linked to Atlantis, it would challenge current understandings of human history and prehistoric civilizations. It would suggest that advanced societies existed long before conventional timelines allowed. Consequently, this could reshape theories about human migration, cultural diffusion, and technological evolution.
Additionally, the potential link between Atlantis and Yonaguni could encourage reevaluating ancient myths and legends, highlighting their value as historical records rather than mere fiction. Therefore, exploring this connection could bridge the gap between mythology and archaeology, improving our understanding of the ancient world.
Massive Water = Change
In conclusion, the possible connection between Atlantis and Yonaguni remains a fascinating subject of debate and exploration. Although mainstream science attributes the Yonaguni formation to natural geological processes, the architectural similarities, historical references, and archaeological evidence suggest a more complex narrative.
Above all, this connection could significantly impact our understanding of ancient civilizations and human history if proven true. As research continues, the mystery of Atlantis and Yonaguni invites us to look beyond conventional records and consider the possibilities hidden beneath the waves.
Likewise, to understand how much we don't know about the rapid changes our planet has endured, we must consider the Younger Dryas period. The Younger Dryas, approximately 12,900 to 11,700 years ago, marked a dramatic and abrupt cooling event that interrupted the warming trend at the end of the last Ice Age.
Lake Land
To clarify, this period witnessed significant changes in global water distribution, primarily due to the melting of massive ice sheets. As a result, vast amounts of freshwater entered the oceans, leading to substantial sea level rise and altering coastlines worldwide. In this post, we will explore where the water came from during the Younger Dryas and how much of Earth's surface was subsequently covered by that water.
To begin with, the primary water source during the Younger Dryas was the melting of large ice sheets. Specifically, the Laurentide Ice Sheet in North America played a crucial role. As the Earth gradually warmed after the Last Glacial Maximum, this enormous ice sheet began to melt.
Consequently, vast quantities of freshwater were released into the surrounding oceans. Additionally, the Fennoscandian Ice Sheet in northern Europe contributed to this influx of freshwater, further impacting global sea levels.
Moreover, the release of water from glacial lakes significantly influenced the hydrological changes during this period. One of the most notable examples is Glacial Lake Agassiz, among the largest freshwater lakes in Earth's history. This lake formed from meltwater accumulating at the edge of the retreating Laurentide Ice Sheet.
Massive Lake Agassiz
High Tide, Indeed
Eventually, the ice dams holding back this enormous body of water broke, releasing catastrophic floods into the North Atlantic Ocean. As a result, this sudden influx of freshwater disrupted ocean circulation patterns, contributing to the abrupt cooling characteristic of the Younger Dryas.
In addition to the sources of water, it is essential to understand how this influx affected Earth's surface. The melting ice sheets and glacial lake outbursts contributed to a significant sea level rise. During the entire deglaciation process, from the Last Glacial Maximum to the end of the Younger Dryas, sea levels rose by approximately 120 meters (about 394 feet). However, the specific contribution from the Younger Dryas is challenging to isolate due to complex climate fluctuations.
Unimaginable
As a result of this rise in sea level, coastal flooding and land loss occurred on a massive scale. Low-lying coastal areas were particularly vulnerable, leading to the submergence of significant landmasses. For example, the Bering Land Bridge, which once connected Asia and North America, was submerged, impacting human migration patterns. Likewise, Doggerland, a region that linked Britain to mainland Europe, was lost to the rising seas, reshaping the geography of northwestern Europe.
Moreover, the extent of water coverage during the Younger Dryas was substantial. The rise in sea levels resulted in flooding approximately 2.5 million square kilometers (or 965,255 square miles) of land, particularly in coastal regions. As a result, this corresponds to around 1.6% of Earth's total land area, drastically altering coastlines and reshaping human settlements. Thus, ancient populations had to migrate to higher ground, influencing cultural development and historical narratives.
Limestone doesn't lie
In conclusion, the water that reshaped Earth's surface during the Younger Dryas came primarily from the melting of massive ice sheets and the catastrophic release of glacial lake water. The evidence is global and contributes to the idea that civilizations like Atlantis and Yonaguni did exist and continue to show their presence under the sea.
We are more than they tell us. The Earth keeps reminding us that no secret stays hidden forever. Do your research and see how you feel about the information. You might be surprised at the sensation.
