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Geological Formation

Meteora

Structural and Tectonic Formations

Meteora, in the Thessaly region of central Greece, is a cluster of towering sandstone and conglomerate pillars rising as much as 400 meters above the surrounding plain, formed from a thick sedimentary deposit laid down by a river delta some 60 million years ago and later thrust upward and exposed by the tectonic collision that raised the Pindus mountain range. As the sedimentary rock was uplifted and fractured by this tectonic activity, natural vertical joints and fissures developed through the mass; subsequent weathering by wind, water and extreme temperature variation over millions of years widened these fractures and eroded away the intervening rock, leaving the isolated pillars standing separately across the plain. Their remote, near-inaccessible summits led Orthodox monks beginning in the fourteenth century to build monasteries directly atop several of the pillars, and Meteora is inscribed as a UNESCO World Heritage Site for both its unusual geology and its religious architecture.

Facts
Classification
Protected Status
UNESCO World Heritage Site 1
Connections

Associated With

Source Wikipedia: Meteora, Wikipedia
Paleogene, Eras
Source Wikipedia: Meteora, Wikipedia
Sandstone, Materials
Source Wikipedia: Meteora, Wikipedia

Caused By

Faulting, Processes
Source Wikipedia: Meteora, Wikipedia
Orogeny, Processes

In Discipline

In the Other Atlases

Found In

Also in Geography Atlas: where this subject is found.

Sources
1. Wikipedia: Meteora, Wikipedia
  • Introductory section
    The Meteora complex, comprising the six extant monasteries, was added to the UNESCO World Heritage List in 1988 because of its outstanding architecture and beauty, combined with religious and cultural significance.
  • Associated With: Paleogene, Article text, age Paleogene
    About 60 million years ago during the Paleogene period a series of earth movements pushed the seabed upward, creating a high plateau and causing many vertical fault lines in the thick layer of sandstone.
  • Caused By: Faulting, Article text, process Faulting
    About 60 million years ago during the Paleogene period a series of earth movements pushed the seabed upward, creating a high plateau and causing many vertical fault lines in the thick layer of sandstone.
  • Associated With: Sandstone, Article text, rock Sandstone
    However, they are not like the typical volcanic plugs of igneous rock found elsewhere, as they are composed of a mixture of sandstone and conglomerate.
  • Associated With: Conglomerate, Article text, rock Conglomerate
    However, they are not like the typical volcanic plugs of igneous rock found elsewhere, as they are composed of a mixture of sandstone and conglomerate.
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