Garnet clinopyroxenite and garnet websterite layers occur locally within mantle peridotite bodies from the External Liguride Jurassic ophiolites (Northern Apennines, Italy). These ophiolites were derived from an ocean–continent transition similar to the present-day western Iberian margin. The garnet clinopyroxenites are mafic rocks with a primary mineral assemblage of pyrope-rich garnet þ sodic Al-augite (Na2O 2.5 wt %, Al2O3 12.5 wt %), with accessory graphite, Fe–Ni sulphides and rutile. Decompression caused Na-rich plagioclase (An50–45) exsolution in clinopyroxene porphyroclasts and extensive development of symplectites composed of secondary orthopyroxene þ plagioclase (An85–72) þ Al-spinel ± clinopyroxene ± ilmenite at the interface bet...
Western Alps - Northern Apennines (AA) ophiolites are lithosphere remnants of the Ligurian Tethys oc...
The External Ligurian mantle sequences represent deep subcontinental lithosphere exhumed in response...
The External Ligurian mantle sequences are interpreted as deep subcontinental lithosphere exhumed to...
Garnet clinopyroxenite and garnet websterite layers occur locally within mantle peridotite bodies fr...
Garnet clinopyroxenite and garnet websterite layers occur locally within mantle peridotite bodies fr...
Garnet clinopyroxenite and garnet websterite layers occur locally within mantle peridotite bodies fr...
This study aims to define the origin of garnet clinopyroxenite layers from the mantle sequences of t...
This study aims to define the origin of garnet clinopyroxenite layers from the mantle sequences of t...
Pyroxenite layers embedded within peridotite represent widespread lithological mantle heterogeneitie...
Pyroxenite layers embedded within peridotite represent widespread lithological mantle heterogeneitie...
Pyroxenite layers embedded within peridotite represent widespread lithological mantle heterogeneitie...
Pyroxenite layers embedded within peridotite represent widespread lithological mantle heterogeneitie...
Pyroxenite layers embedded within peridotite represent widespread lithological mantle heterogeneitie...
The pyroxenite-peridotite sequence from the External Ligurian ophiolites offers a snapshot on the ev...
This paper describes a rare occurrence of graphite in non-cratonic mantle rocks. Graphite has been ...
Western Alps - Northern Apennines (AA) ophiolites are lithosphere remnants of the Ligurian Tethys oc...
The External Ligurian mantle sequences represent deep subcontinental lithosphere exhumed in response...
The External Ligurian mantle sequences are interpreted as deep subcontinental lithosphere exhumed to...
Garnet clinopyroxenite and garnet websterite layers occur locally within mantle peridotite bodies fr...
Garnet clinopyroxenite and garnet websterite layers occur locally within mantle peridotite bodies fr...
Garnet clinopyroxenite and garnet websterite layers occur locally within mantle peridotite bodies fr...
This study aims to define the origin of garnet clinopyroxenite layers from the mantle sequences of t...
This study aims to define the origin of garnet clinopyroxenite layers from the mantle sequences of t...
Pyroxenite layers embedded within peridotite represent widespread lithological mantle heterogeneitie...
Pyroxenite layers embedded within peridotite represent widespread lithological mantle heterogeneitie...
Pyroxenite layers embedded within peridotite represent widespread lithological mantle heterogeneitie...
Pyroxenite layers embedded within peridotite represent widespread lithological mantle heterogeneitie...
Pyroxenite layers embedded within peridotite represent widespread lithological mantle heterogeneitie...
The pyroxenite-peridotite sequence from the External Ligurian ophiolites offers a snapshot on the ev...
This paper describes a rare occurrence of graphite in non-cratonic mantle rocks. Graphite has been ...
Western Alps - Northern Apennines (AA) ophiolites are lithosphere remnants of the Ligurian Tethys oc...
The External Ligurian mantle sequences represent deep subcontinental lithosphere exhumed in response...
The External Ligurian mantle sequences are interpreted as deep subcontinental lithosphere exhumed to...