Mineral Evolution Database

Created and maintained by the Mineral Evolution Project in partnership with RRUFF and mindat.

Mineral locality data provided by mindat.org

Only display mineral occurrences with a max age below: and a max age above:

Alternately, only display mineral occurrences without an age:

This page displays localities at which this mineral is found, and estimates of the oldest possible geologic age of the mineral at these localities.

Minerals queried: Tantalaeschynite-(Y)

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			Max Age (Ma)	Min Age (Ma)	mindat ID	Locality containing Mineral	Country	Tectonic Settings	Dated Locality ID	Dated Locality (Max Age)	Reference (Max Age)	Reference (Min Age)	Excel ID (Max Age)	Excel ID (Min Age)	Query Minerals	# of Query Minerals at Locality	Lat Deg	Lat Min	Lat Sec	Lon Deg	Lon Min	Lon Sec	Decimal Degree
		P	520	520	366	Brazil	Brazil				JSAES56_110	JSAES56_110	Grew_Li_2019_0015	Grew_Li_2019_0015	Tantalaeschynite-(Y)	1	-12	-14	-5	-48	-11	-22	-12.234722222222,-48.189444444444
		P	520	520	21289	Paraíba, Brazil	Brazil				JSAES56_110	JSAES56_110	Grew_Li_2019_0015	Grew_Li_2019_0015	Tantalaeschynite-(Y)	1	-6	-58	-42	-35	-39	-45	-6.9783333333333,-35.6625
		P	520	520	190636	Borborema Mineral Province, Paraíba, Brazil	Brazil				JSAES56_110	JSAES56_110	Grew_Li_2019_0015	Grew_Li_2019_0015	Tantalaeschynite-(Y)	1	-6	-51	-41	-36	-56	-25	-6.8613888888889,-36.940277777778
	R	P	520	520	279972	São José Do Sabugi, Borborema Mineral Province, Paraíba, Brazil	Brazil		444	Serra Branca Pegmatite, Pedra Lavrada, Borborema Mineral Province, Paraíba, Brazil	JSAES56_110	JSAES56_110	Grew_Li_2019_0015	Grew_Li_2019_0015	Tantalaeschynite-(Y)	1	-6	-46	-33	-36	-47	-57	-6.7758333333333,-36.799166666667
MD	R	O	520	520	25055	Raposa Pegmatite, São José Do Sabugi, Borborema Mineral Province, Paraíba, Brazil	Brazil		444	Serra Branca Pegmatite, Pedra Lavrada, Borborema Mineral Province, Paraíba, Brazil	JSAES56_110	JSAES56_110	Grew_Li_2019_0015	Grew_Li_2019_0015	Tantalaeschynite-(Y)	1	0	0	0	0	0	0	0,0
		P	163.2	130	693	China	China				MD43_375	G42_261	MD43_375-00009	Emily000389	Tantalaeschynite-(Y)	1	33	0	55	111	35	19	33.015277777778,111.58861111111
		P	163.2	130	705	Hunan, China	China				MD43_375	G42_261	MD43_375-00009	Emily000389	Tantalaeschynite-(Y)	1	27	45	39	111	51	49	27.760833333333,111.86361111111
		P	163.2	130	706	Chenzhou, Hunan, China	China				MD43_375	G42_261	MD43_375-00009	Emily000389	Tantalaeschynite-(Y)	1	25	38	27	113	0	6	25.640833333333,113.00166666667
		P	163.2	130	156925	Yizhang Co., Chenzhou, Hunan, China	China				MD43_375	G42_261	MD43_375-00009	Emily000389	Tantalaeschynite-(Y)	1	25	41	8	113	14	20	25.685555555556,113.23888888889
		P	163.2	130	157021	Dongpo Ore Field, Yizhang Co., Chenzhou, Hunan, China	China				MD43_375	G42_261	MD43_375-00009	Emily000389	Tantalaeschynite-(Y)	1	25	46	45	113	10	37	25.779166666667,113.17694444444
MD		O	163.2	130	64765	Shizhuyuan Mine, Dongpo Ore Field, Yizhang Co., Chenzhou, Hunan, China	China		64765	Shizhuyuan Mine, Dongpo Ore Field, Yizhang Co., Chenzhou, Hunan, China	MD43_375	G42_261	MD43_375-00009	Emily000389	Tantalaeschynite-(Y)	1	25	46	13	113	10	28	25.770277777778,113.17444444444
		P	310	303	14247	Poland	Poland				GPAMM1_203	GPAMM1_203	Mo-00314	Mo-00315	Tantalaeschynite-(Y)	1	51	37	46	19	24	55	51.629444444444,19.415277777778
		P	310	303	16278	Lower Silesian Voivodeship, Poland	Poland				GPAMM1_203	GPAMM1_203	Mo-00314	Mo-00315	Tantalaeschynite-(Y)	1	50	55	14	16	7	15	50.920555555556,16.120833333333
		P	310	303	133647	Jawor Co., Lower Silesian Voivodeship, Poland	Poland				GPAMM1_203	GPAMM1_203	Mo-00314	Mo-00315	Tantalaeschynite-(Y)	1	51	1	37	16	10	2	51.026944444444,16.167222222222
MD		O	310	303	132701	Paszowice Quarry, Jawor Co., Lower Silesian Voivodeship, Poland	Poland		132701	Paszowice Quarry, Jawor Co., Lower Silesian Voivodeship, Poland	GPAMM1_203	GPAMM1_203	Mo-00314	Mo-00315	Tantalaeschynite-(Y)	1	51	0	43	16	11	38	51.011944444444,16.193888888889

This mineral directly occurs at 3 localities (3 localities according to mindat, 15 localities if parents are counted as well)
Of the 3 localities at which this mineral occurs, 3 have an age. (15 of the 15 parent localities have ages)

MD	The mineral occurs at this locality according to MED, but does not have an age yet.
MD	The mineral occurs at this locality according to MED, and has an age.
	The mineral occurs at some child of this locality.
	The locality at which the mineral occurs does not have an age...this is the closest parent locality with an age, relative to that mineral. This is not ideal.

A	This mineral is Anthropogenic.
G	This mineral is directly dated.
B	This mineral is reported as having this age.
Y	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.

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If a locality has both a GPS coordinate, and either contains or has at least one child locality containing at least one of the minerals listed above, then this map displays a single marker for that locality.

This bottom-level locality is directly dated. (2 total)

This locality is directly dated, but is not bottom-level. (0 total)

This locality is not directly dated, and is not bottom-level. (12 total)

This bottom-level locality has an age assigned to it from some other locality. (1 total)

This locality does not have an age assigned to it. (0 bottom-level + 0 top/mid-level = 0 total)

All locality data graciously provided by mindat.org

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