Mystery of the Euphrates, the River of the Garden of Eden. Major Geological Discovery Solves Origins of the 'Cradle of Civilization'
Translated from Romanian, summarized and contextualized by DistantNews.
At a glance
- A major geological discovery has reconstructed the ancient history of the Euphrates River, previously unknown for decades.
- The study reveals the river formed about 1.6 million years ago when two ancient rivers, Paleo-Karasu and Paleo-Murat, merged due to tectonic forces.
- This formation is crucial for understanding the 'cradle of civilization' in Mesopotamia, where the Euphrates played a key role.
Scientists have unveiled a significant geological discovery, reconstructing the ancient history of the Euphrates River, a waterway intrinsically linked to biblical narratives and the rise of Mesopotamian civilizations. For decades, the river's origins remained an enigma, obscured by sediment and tectonic shifts.
Using advanced techniques including seismic imaging, satellite observations, and geological mapping, researchers analyzed sediment deposits beneath the Mediterranean Sea. Their findings indicate that two large rivers, the Paleo-Karasu and Paleo-Murat, once flowed separately in what is now Turkey and Syria. Around 1.6 million years ago, massive tectonic forces caused these rivers to merge, creating the modern Euphrates and directing its flow towards the Persian Gulf.
The Euphrates, Western Asia's longest river, flows through the Fertile Crescent, often called the 'cradle of civilization.' Alongside the Tigris, it created fertile land that supported early human societies like Sumer and Assyria over 6,000 years ago. Previous theories about the river's formation were divided, with some suggesting a single river flowing into the Mediterranean or ancient Anatolian lakes, while others proposed an origin in the Arabian Peninsula.
The new study, published in Nature Geoscience, details the timeline of these ancient rivers. Paleo-Murat emerged over 16.5 million years ago, while Paleo-Karasu developed later, between 8.6 and 5.9 million years ago. Both initially drained into isolated lake systems. A major geological event, the Messinian Salinity Crisis approximately 5.3 million years ago, radically transformed the region's landscape, altering the rivers' courses and ultimately leading to the formation of the Euphrates as we know it.
Originally published by Adevฤrul in Romanian. Translated, summarized, and contextualized by our editorial team with added local perspective. Read our editorial standards.