International audienceLarge scale structural mapping of the Oman ophiolite indicates that the Mansah area (Sumail massif) was a ridge off-axis region at the time the ophiolite was detached. This paper presents a detailed structural mapping of the region. We show that, as opposed to other off-axis areas, it contains plunging lineations, correlated with a thick Moho transition zone and chromite pods, indicative of a mantle diapir. However this diapir has a discontinuous structure, it is bounded by shear zones and types of diabases that are not found elsewhere in Oman; it also has a broken crust, strongly affected by hydrothermal alteration. This suggests that Mansah fossilized an off-axis diapir intruding a cooling lithosphere. It may be a go...
The Oman ophiolite offers the possibility to study mantle rocks which are inaccessible at mid-ocean ...
Metamorphic rocks showing an inverted metamorphic zonation from upper amphibolite facies immediately...
International audienceOur knowledge of melt distribution in the lower crust and upper mantle at ocea...
The Oman ophiolite offers a unique opportunity to observe a piece of oceanic lithosphere formed at a...
International audienceThe Bahla massif exposes the lower crustal section of the Oman ophiolite locat...
The Oman–UAE ophiolite is the largest piece of oceanic crust exposed on land, yet debate continues a...
Ophiolitesâthrust sheets of oceanic lithosphere that have been emplaced onto the continental marginâ...
Oman has two ophiolites – the better known late Cretaceous northern Oman (or Semail) ophiolite and t...
The Oman-Emirates is the largest and best-exposed ophiolite; consequently, it has attracted signific...
International audienceA comprehensive model for the activity of the elementary accretion segment at ...
Abstract: The Oman-United Arab Emirates ophiolite has been used extensively to document the geologic...
The Oman‐United Arab Emirates (UAE) ophiolite is the most intensely studied ophiolite on Earth, is c...
The Semail ophiolite in the Oman Mountains is the world's largest and best preserved thrust sheet of...
Geological and geochemical evidence suggest that the Oman ophiolite is a fragment of a submarine arc...
International audienceIn the Oman ophiolite crustal section, a contact zone between the gabbro unit ...
The Oman ophiolite offers the possibility to study mantle rocks which are inaccessible at mid-ocean ...
Metamorphic rocks showing an inverted metamorphic zonation from upper amphibolite facies immediately...
International audienceOur knowledge of melt distribution in the lower crust and upper mantle at ocea...
The Oman ophiolite offers a unique opportunity to observe a piece of oceanic lithosphere formed at a...
International audienceThe Bahla massif exposes the lower crustal section of the Oman ophiolite locat...
The Oman–UAE ophiolite is the largest piece of oceanic crust exposed on land, yet debate continues a...
Ophiolitesâthrust sheets of oceanic lithosphere that have been emplaced onto the continental marginâ...
Oman has two ophiolites – the better known late Cretaceous northern Oman (or Semail) ophiolite and t...
The Oman-Emirates is the largest and best-exposed ophiolite; consequently, it has attracted signific...
International audienceA comprehensive model for the activity of the elementary accretion segment at ...
Abstract: The Oman-United Arab Emirates ophiolite has been used extensively to document the geologic...
The Oman‐United Arab Emirates (UAE) ophiolite is the most intensely studied ophiolite on Earth, is c...
The Semail ophiolite in the Oman Mountains is the world's largest and best preserved thrust sheet of...
Geological and geochemical evidence suggest that the Oman ophiolite is a fragment of a submarine arc...
International audienceIn the Oman ophiolite crustal section, a contact zone between the gabbro unit ...
The Oman ophiolite offers the possibility to study mantle rocks which are inaccessible at mid-ocean ...
Metamorphic rocks showing an inverted metamorphic zonation from upper amphibolite facies immediately...
International audienceOur knowledge of melt distribution in the lower crust and upper mantle at ocea...