The volcanic stratigraphy of the Oman ophiolite complex is made up of three distinct mappable units termed (in order of eruption) the Geotimes, Lasail and Alley Units. The Geotimes Unit is dominantly basaltic pillow lavas whereas the Lasail and Alley Units comprise basalt-andesite-rhyolite fractionation series. Field observations and geochemistry indicate that each formation erupted in a different local tectonic environment: the Geotimes Unit at a fast-spreading ridge crest; the Lasail Unit as a series of discrete volcanic seamounts; and the Alley Unit in a submarine graben setting. Almost all significant massive sulphide deposits formed on the Geotimes pillow lavas just prior to eruption of the basalt pillow lavas of the Lasail Unit and al...
The ~500km-long mid-Cretaceous Semail nappe of the Sultanate of Oman and UAE (henceforth referred to...
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 volcanic stratigraphy of the Oman ophiolite complex is made up of three distinct mappable units ...
The Semail ophiolite in Oman is capped by up to 2 km of basaltic-andesitic lavas that host copper-do...
The volcanic stratigraphy and trace element geochemistry of the Oman ophiolite complex indicate a mu...
Geological and geochemical evidence suggest that the Oman ophiolite is a fragment of a submarine arc...
The pillow lavas of the Semail ophiolite complex of northern Oman contain at least three exploitable...
Numerous studies have revealed genetic similarities between Tethyan ophiolites and oceanic “proto-ar...
<p>Based on detailed stratigraphy, petrology and geochemistry, the initial arc magmatism of the Oman...
The Oman–UAE ophiolite is the largest piece of oceanic crust exposed on land, yet debate continues a...
The Magmatic Evolution and Crustal Accretion of the northern Oman-U.A.E. ophiolite The Oman-United A...
Over four decades of research on the Semail ophiolite (Oman-U.A.E.) has greatly influenced our under...
The Semail ophiolite in the Oman Mountains is the world's largest and best preserved thrust sheet of...
SUMMARY: The Semail ophiolite complex of the northern Oman Mountains was obducted during Cenomanian ...
The ~500km-long mid-Cretaceous Semail nappe of the Sultanate of Oman and UAE (henceforth referred to...
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 volcanic stratigraphy of the Oman ophiolite complex is made up of three distinct mappable units ...
The Semail ophiolite in Oman is capped by up to 2 km of basaltic-andesitic lavas that host copper-do...
The volcanic stratigraphy and trace element geochemistry of the Oman ophiolite complex indicate a mu...
Geological and geochemical evidence suggest that the Oman ophiolite is a fragment of a submarine arc...
The pillow lavas of the Semail ophiolite complex of northern Oman contain at least three exploitable...
Numerous studies have revealed genetic similarities between Tethyan ophiolites and oceanic “proto-ar...
<p>Based on detailed stratigraphy, petrology and geochemistry, the initial arc magmatism of the Oman...
The Oman–UAE ophiolite is the largest piece of oceanic crust exposed on land, yet debate continues a...
The Magmatic Evolution and Crustal Accretion of the northern Oman-U.A.E. ophiolite The Oman-United A...
Over four decades of research on the Semail ophiolite (Oman-U.A.E.) has greatly influenced our under...
The Semail ophiolite in the Oman Mountains is the world's largest and best preserved thrust sheet of...
SUMMARY: The Semail ophiolite complex of the northern Oman Mountains was obducted during Cenomanian ...
The ~500km-long mid-Cretaceous Semail nappe of the Sultanate of Oman and UAE (henceforth referred to...
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...