The Mineral Evolution database is currently under development.
The goal of this page is to present localities at which the mineral is found, and estimates of the oldest possible geologic age of the minerals at these localities.
This mineral is using an age reported as an element mineralization period.
O
This mineral is using an age calculated from all data at the locality.
R
The age displayed for this mineral originates from a different, non-child locality.
P
The age displayed for this mineral is the range of ages for this mineral at all of this locality's children.
This mineral's age has not yet been recorded.
This Mineral list contains entries from this locality, including sub-localities. Minerals in bold are reported by mindat.org as occurring directly at this locality, and do not occur at any children (sublocalities) of this locality.Elements at this locality, including sub-localities: AgAlAsAuBBaBeBiCCaCeClCuFFeHKLiMgMnMoNaNbNiOPPbPdPtREESSbSiSnSrTeThTiUYZnZrElements from minerals reported directly at this locality: Ca H O Si Zr Structural Groups for minerals in this locality:
MAGMATIC STYLE: Dykes and sills up to 3 m in thickness ASSOCIATED SILICATE ROCKS: Ultramafic lamprophyres (aillikite, mela-aillikite and damtjernite) Part of an extensive ultramafic lamprophyre dyke swarm that covers an area of 30x30 km. Older lamproites (ca. 1.37 Ga) and younger olivine nephelinite and basanite (ca. 142 Ma) are found in the same area.
Jen_0000919
MAGMATIC STYLE: Dykes and sills up to 3 m in thickness ASSOCIATED SILICATE ROCKS: Ultramafic lamprophyres (aillikite, mela-aillikite and damtjernite) Part of an extensive ultramafic lamprophyre dyke swarm that covers an area of 30x30 km. Older lamproites (ca. 1.37 Ga) and younger olivine nephelinite and basanite (ca. 142 Ma) are found in the same area.
Jen_0000920
MAGMATIC STYLE: Dykes and sills up to 3 m in thickness ASSOCIATED SILICATE ROCKS: Ultramafic lamprophyres (aillikite, mela-aillikite and damtjernite) Part of an extensive ultramafic lamprophyre dyke swarm that covers an area of 30x30 km. Older lamproites (ca. 1.37 Ga) and younger olivine nephelinite and basanite (ca. 142 Ma) are found in the same area.
Jen_0000921
MAGMATIC STYLE: Dykes and sills up to 3 m in thickness ASSOCIATED SILICATE ROCKS: Ultramafic lamprophyres (aillikite, mela-aillikite and damtjernite) Part of an extensive ultramafic lamprophyre dyke swarm that covers an area of 30x30 km. Older lamproites (ca. 1.37 Ga) and younger olivine nephelinite and basanite (ca. 142 Ma) are found in the same area.
Jen_0000922
MAGMATIC STYLE: Dykes and sills up to 3 m in thickness ASSOCIATED SILICATE ROCKS: Ultramafic lamprophyres (aillikite, mela-aillikite and damtjernite) Part of an extensive ultramafic lamprophyre dyke swarm that covers an area of 30x30 km. Older lamproites (ca. 1.37 Ga) and younger olivine nephelinite and basanite (ca. 142 Ma) are found in the same area.
Jen_0000923
MAGMATIC STYLE: Dykes and sills up to 3 m in thickness ASSOCIATED SILICATE ROCKS: Ultramafic lamprophyres (aillikite, mela-aillikite and damtjernite) Part of an extensive ultramafic lamprophyre dyke swarm that covers an area of 30x30 km. Older lamproites (ca. 1.37 Ga) and younger olivine nephelinite and basanite (ca. 142 Ma) are found in the same area.
Jen_0000924
MAGMATIC STYLE: Dykes and sills up to 3 m in thickness ASSOCIATED SILICATE ROCKS: Ultramafic lamprophyres (aillikite, mela-aillikite and damtjernite) Part of an extensive ultramafic lamprophyre dyke swarm that covers an area of 30x30 km. Older lamproites (ca. 1.37 Ga) and younger olivine nephelinite and basanite (ca. 142 Ma) are found in the same area.
Jen_0000925
MAGMATIC STYLE: Dykes and sills up to 3 m in thickness ASSOCIATED SILICATE ROCKS: Ultramafic lamprophyres (aillikite, mela-aillikite and damtjernite) Part of an extensive ultramafic lamprophyre dyke swarm that covers an area of 30x30 km. Older lamproites (ca. 1.37 Ga) and younger olivine nephelinite and basanite (ca. 142 Ma) are found in the same area.
Michelle_689
Basal Ni-Cu sulfides in mafic-ultramafic intrusion
See Table. 1 Global resources of nickel metal and ages of the major nickel sulfide deposits of the world. Age can refer to the age of a specific nickel sulfide deposit, or the general age of the metallogenic province containing nickel deposits that are similar to a dated deposit (e.g. 2705 Ma Komatiite-hosted deposits in the Eastern Goldfields Province).
Sample
Source Locality
Reference URL
R050516
Red Wine Alkaline Complex, Labrador, Newfoundland And Labrador, Canada