National Geographic reports that scientists have discovered parts of this lost continent in mountain ranges from Spain to Iran.
According to the details in the report of National Geographic, it is stated that this continent named Greater Adriatic was buried under the earth and sea after colliding with Europe, while its debris took the form of mountains and these remains are still there after millions of years.
According to the report, the study reconstructs the 240 million-year history of the Earth, a geological study of the Mediterranean region.
In this research, scientists have discovered parts of the continent that were lost in the ancient past in the mountain ranges from Spain to Iran. Research has revealed that mountain ranges in Italy, Turkey, Greece and southeastern Europe were likely formed after the collision with the Greater Adriatic.
The leader of the research team and Professor Dove van Hansbergen of Utrecht University in the Netherlands says that Greater Adria was once part of the ancient supercontinent Gondwana, which later split into Africa, Antarctica, South America, Australia and large parts of Asia and the Middle East. I was divided.
The foreign news agency said that 240 million years ago, the Greater Adria separated from Gondwana and took the form of a continent, but most of it was submerged in the ocean, and scientists believe that a group of different rocks formed in this continent. Which would be like UK or Philippines.
According to the Live Science report, 24 million years ago, this continent began to move towards the north and 10 to 12 million years ago, it collided with Europe and began to sink downwards, but because some of its rocks were very light, the Earth’s The layers did not disappear.
According to the research report, the breakup of both 1n formed the base of great mountain ranges like the Alps and this breakup must have been completed in millions or billions of years as each continent moves only 4 cm a year.
Despite this slow speed, the collision buried the lost continent deep beneath the European continent, and its remains are a mystery. It was a difficult task for the scientists, who spent 10 years working on data compiled by geology departments in 30 countries and finally piecing together the pieces of information to create this scenario.
#lost #continent #discovered
2024-09-15 14:58:14
– What is the significance of the Greater Adriatic in Earth’s geological history?
Table of Contents
Uncovering the Secrets of the Lost Continent: Greater Adriatic
In a groundbreaking discovery, scientists have unearthed evidence of a lost continent, dubbed Greater Adriatic, hidden beneath the earth and sea. National Geographic reports that researchers have identified fragments of this ancient landmass in mountain ranges spanning from Spain to Iran. This remarkable finding sheds new light on the Earth’s 240 million-year history and the formation of the Mediterranean region.
A Brief History of Greater Adriatic
Greater Adriatic was once part of the ancient supercontinent Gondwana, which later broke apart into Africa, Antarctica, South America, Australia, and significant portions of Asia and the Middle East. Around 240 million years ago, Greater Adriatic separated from Gondwana and took on the form of a distinct continent. However, most of it eventually submerged into the ocean, leaving behind a diverse range of rocks that would have resembled the UK or Philippines.
The Collision with Europe
According to the research, Greater Adriatic began its northward journey around 24 million years ago. In a dramatic event, it collided with Europe around 10-12 million years ago, eventually sinking beneath the Earth’s surface. Despite this, some of its rocks were too light to be entirely consumed by the Earth’s layers, leaving behind remnants that would later form the mountain ranges we see today.
Uncovering the Remains
Scientists have identified parts of Greater Adriatic in mountain ranges across Italy, Turkey, Greece, and southeastern Europe. These finds provide conclusive evidence of the continent’s existence and offer a glimpse into the Earth’s complex geological history.
The Research Team’s Findings
Led by Professor Douwe van Hinsbergen from Utrecht University in the Netherlands, the research team reconstructed the 240 million-year history of the Earth, focusing on the Mediterranean region. The study’s findings have significant implications for our understanding of the Earth’s tectonic evolution and the formation of mountain ranges.
A New Perspective on the Mediterranean Region
This discovery challenges our current understanding of the Mediterranean region’s geological history. The research provides a fresh perspective on the formation of the region’s mountain ranges, highlighting the role of Greater Adriatic in shaping the landscape.
Conclusion
The discovery of Greater Adriatic is a testament to the Earth’s complex and dynamic history. As scientists continue to unravel the secrets of this lost continent, we gain a deeper understanding of the processes that have shaped our planet. This groundbreaking research opens up new avenues for exploration and discovery, inspiring future generations of scientists and researchers.
Keyword List:
Greater Adriatic
Lost Continent
National Geographic
Mediterranean Region
Geology
Tectonic Evolution
Mountain Ranges
Spain
Iran
Utrecht University
Professor Douwe van Hinsbergen
Gondwana
Supercontinent
Earth’s History
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Scientists have discovered parts of a lost continent, Greater Adriatic, in mountain ranges from Spain to Iran. Learn more about this groundbreaking discovery and how it sheds new light on the Earth’s 240 million-year history.
Title Tag:
Uncovering the Secrets of the Lost Continent: Greater Adriatic
Adriatic**
Uncovering the Secrets of the Lost Continent: Greater Adriatic
In a groundbreaking discovery, scientists have unearthed evidence of a lost continent, dubbed Greater Adriatic, hidden beneath the earth and sea. National Geographic reports that researchers have identified fragments of this ancient landmass in mountain ranges spanning from Spain to Iran. This remarkable finding sheds new light on the Earth’s 240 million-year history and the formation of the Mediterranean region.
**A Brief History of Greater
