The Oman–UAE ophiolite is the largest piece of oceanic crust exposed on land, yet debate continues about its origin. It has been variously considered as an ideal analogue for a fast-spreading mid-ocean ridge and as a typical suprasubduction zone ophiolite. A resolution to this conundrum comes from the recognition of at least two different phases of magmatism, with the second phase being most voluminous in the northern blocks of the ophiolite. The first phase was formed at an oceanic spreading centre; petrological and geochemical evidence clearly shows that the second phase was formed above a subduction zone
Oman has two ophiolites – the better known late Cretaceous northern Oman (or Semail) ophiolite and t...
Geological and geochemical evidence suggest that the Oman ophiolite is a fragment of a submarine arc...
The Oman-United Arab Emirates ophiolite has been used extensively to document the geological process...
The Oman–UAE ophiolite is the largest piece of oceanic crust exposed on land, yet debate continues a...
The ~500km-long mid-Cretaceous Semail nappe of the Sultanate of Oman and UAE (henceforth referred to...
The Magmatic Evolution and Crustal Accretion of the northern Oman-U.A.E. ophiolite The Oman-United A...
Ophiolitesâthrust sheets of oceanic lithosphere that have been emplaced onto the continental marginâ...
The Oman-Emirates is the largest and best-exposed ophiolite; consequently, it has attracted signific...
Oman has two ophiolites – the better known late Cretaceous northern Oman (or Semail) ophiolite and t...
The Oman‐United Arab Emirates (UAE) ophiolite is the most intensely studied ophiolite on Earth, is c...
The Oman-United Arab Emirates (UAE) ophiolite represents the largest and best-preserved fragment of ...
The Semail ophiolite in the Oman Mountains is the world's largest and best preserved thrust sheet of...
The Oman–United Arab Emirates ophiolite is the world’s largest ophiolite. It is divided into 12 sepa...
The Oman ophiolite has an axial volcanic suite and associated sheeted dike complex similar in compos...
Over four decades of research on the Semail ophiolite (Oman-U.A.E.) has greatly influenced our under...
Oman has two ophiolites – the better known late Cretaceous northern Oman (or Semail) ophiolite and t...
Geological and geochemical evidence suggest that the Oman ophiolite is a fragment of a submarine arc...
The Oman-United Arab Emirates ophiolite has been used extensively to document the geological process...
The Oman–UAE ophiolite is the largest piece of oceanic crust exposed on land, yet debate continues a...
The ~500km-long mid-Cretaceous Semail nappe of the Sultanate of Oman and UAE (henceforth referred to...
The Magmatic Evolution and Crustal Accretion of the northern Oman-U.A.E. ophiolite The Oman-United A...
Ophiolitesâthrust sheets of oceanic lithosphere that have been emplaced onto the continental marginâ...
The Oman-Emirates is the largest and best-exposed ophiolite; consequently, it has attracted signific...
Oman has two ophiolites – the better known late Cretaceous northern Oman (or Semail) ophiolite and t...
The Oman‐United Arab Emirates (UAE) ophiolite is the most intensely studied ophiolite on Earth, is c...
The Oman-United Arab Emirates (UAE) ophiolite represents the largest and best-preserved fragment of ...
The Semail ophiolite in the Oman Mountains is the world's largest and best preserved thrust sheet of...
The Oman–United Arab Emirates ophiolite is the world’s largest ophiolite. It is divided into 12 sepa...
The Oman ophiolite has an axial volcanic suite and associated sheeted dike complex similar in compos...
Over four decades of research on the Semail ophiolite (Oman-U.A.E.) has greatly influenced our under...
Oman has two ophiolites – the better known late Cretaceous northern Oman (or Semail) ophiolite and t...
Geological and geochemical evidence suggest that the Oman ophiolite is a fragment of a submarine arc...
The Oman-United Arab Emirates ophiolite has been used extensively to document the geological process...