Azov Sea Region, Donetsk Oblast, Ukraine (original) (raw)

Azov Sea Region, Donetsk Oblast, Ukrainei

Regional Level Types
Azov Sea Region Region
Donetsk Oblast Oblast
Ukraine Country

Latitude & Longitude:

47° North , 37° East (est.)

Estimate based on other nearby localities or region boundaries.

Mindat Locality ID:

158599

Long-form identifier:

mindat:1:2:158599:8

1ccee685-8983-4093-a390-c72e539d9f3d

Name(s) in local language(s):

Приазовье

First terrestrial grossmanite (a reduced-Ti-rich clinopyroxene), with further reduced minerals (osbornite, khamrabaevite, tistarite, wassonite, native iron and copper; Si-Fe, Si-Ti-Fe species), hibonite, carmeltazite, and a Ti-Mn-Fe silicate, were found in corundum aggregates from a kimberlite from the eastern part of this region. These phases are suggested to be derived from the lowermost mantle.

Note: the above occurrence is both reported as "Karpiska-1 pipe" and "Karpinska-1" pipe, but such a locality is attributed to Arkhangelsk area (Russia) site in other papers.

Compare the Rakefet complex (Carmel volcano, Israel), and Sierra de Comechingones (Argentina).

Select Mineral List Type

Standard Detailed Gallery Strunz

Chemical Elements

Mineral List

Mineral list contains entries from the region specified including sub-localities

11 valid minerals.

Detailed Mineral List:

ⓘ CarmeltaziteFormula: ZrAl2Ti4O11References: Yatsenko, I.G., Poberezhskyy, A.V., Bilyk, N.T., Bekesha, S.N., Stupka, O.O. (2021) Super reduced mineral phases in corundum aggregates from kimberlite. The discovery of terrestrial grossmanite. Geologichna Nauka v Nezalezhniy Ukrainy, 8-9 September. Kyiv.
ⓘ CopperFormula: CuReferences: Yatsenko, I.G., Poberezhskyy, A.V., Bilyk, N.T., Bekesha, S.N., Stupka, O.O. (2021) Super reduced mineral phases in corundum aggregates from kimberlite. The discovery of terrestrial grossmanite. Geologichna Nauka v Nezalezhniy Ukrainy, 8-9 September. Kyiv.
ⓘ CorundumFormula: Al2O3References: Yatsenko, I.G., Poberezhskyy, A.V., Bilyk, N.T., Bekesha, S.N., Stupka, O.O. (2021) Super reduced mineral phases in corundum aggregates from kimberlite. The discovery of terrestrial grossmanite. Geologichna Nauka v Nezalezhniy Ukrainy, 8-9 September. Kyiv.
ⓘ Corundum var. Titanium-bearing CorundumReferences: Yatsenko, I.G., Poberezhskyy, A.V., Bilyk, N.T., Bekesha, S.N., Stupka, O.O. (2021) Super reduced mineral phases in corundum aggregates from kimberlite. The discovery of terrestrial grossmanite. Geologichna Nauka v Nezalezhniy Ukrainy, 8-9 September. Kyiv.
ⓘ GrossmaniteFormula: CaTi3+ AlSiO6References: Yatsenko, I.G., Poberezhskyy, A.V., Bilyk, N.T., Bekesha, S.N., Stupka, O.O. (2021) Super reduced mineral phases in corundum aggregates from kimberlite. The discovery of terrestrial grossmanite. Geologichna Nauka v Nezalezhniy Ukrainy, 8-9 September. Kyiv.
ⓘ HiboniteFormula: CaAl12O19References: Yatsenko, I.G., Poberezhskyy, A.V., Bilyk, N.T., Bekesha, S.N., Stupka, O.O. (2021) Super reduced mineral phases in corundum aggregates from kimberlite. The discovery of terrestrial grossmanite. Geologichna Nauka v Nezalezhniy Ukrainy, 8-9 September. Kyiv.
ⓘ IronFormula: FeReferences: Yatsenko, I.G., Poberezhskyy, A.V., Bilyk, N.T., Bekesha, S.N., Stupka, O.O. (2021) Super reduced mineral phases in corundum aggregates from kimberlite. The discovery of terrestrial grossmanite. Geologichna Nauka v Nezalezhniy Ukrainy, 8-9 September. Kyiv.
ⓘ KhamrabaeviteFormula: (Ti,V,Fe)CReferences: Yatsenko, I.G., Poberezhskyy, A.V., Bilyk, N.T., Bekesha, S.N., Stupka, O.O. (2021) Super reduced mineral phases in corundum aggregates from kimberlite. The discovery of terrestrial grossmanite. Geologichna Nauka v Nezalezhniy Ukrainy, 8-9 September. Kyiv.
ⓘ OsborniteFormula: TiNReferences: Yatsenko, I.G., Poberezhskyy, A.V., Bilyk, N.T., Bekesha, S.N., Stupka, O.O. (2021) Super reduced mineral phases in corundum aggregates from kimberlite. The discovery of terrestrial grossmanite. Geologichna Nauka v Nezalezhniy Ukrainy, 8-9 September. Kyiv.
ⓘ TistariteFormula: Ti3+2O3References: Yatsenko, I.G., Poberezhskyy, A.V., Bilyk, N.T., Bekesha, S.N., Stupka, O.O. (2021) Super reduced mineral phases in corundum aggregates from kimberlite. The discovery of terrestrial grossmanite. Geologichna Nauka v Nezalezhniy Ukrainy, 8-9 September. Kyiv.
ⓘ WassoniteFormula: TiSReferences: Yatsenko, I.G., Poberezhskyy, A.V., Bilyk, N.T., Bekesha, S.N., Stupka, O.O. (2021) Super reduced mineral phases in corundum aggregates from kimberlite. The discovery of terrestrial grossmanite. Geologichna Nauka v Nezalezhniy Ukrainy, 8-9 September. Kyiv.
ⓘ WüstiteFormula: FeOReferences: Yatsenko, I.G., Poberezhskyy, A.V., Bilyk, N.T., Bekesha, S.N., Stupka, O.O. (2021) Super reduced mineral phases in corundum aggregates from kimberlite. The discovery of terrestrial grossmanite. Geologichna Nauka v Nezalezhniy Ukrainy, 8-9 September. Kyiv.

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Wikipedia: https://en.wikipedia.org/wiki/Sea_of_Azov
Wikidata ID: Q35000

Localities in this Region

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Ukraine

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References

Yatsenko, I.G., Skublov, S.G., Bilyk, N.T., Poberezhskaya, I.V. (2017): Inclusions in mantle corundum. Osbornite (TiN), silicides, native iron. Conference Paper, RMS DPI 2017-1-206-1, http://www.minsoc.ru/2017-1-206-1

Yatsenko, I.G., Poberezhskyy, A.V., Bilyk, N.T., Bekesha, S.N., Stupka, O.O. (2021) Super reduced mineral phases in corundum aggregates from kimberlite. The discovery of terrestrial grossmanite. Geologichna Nauka v Nezalezhniy Ukrainy, 8-9 September. Kyiv.