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.
Mineral name Structural Groups IMA Formula Max Age (Ma) Min Age (Ma) # of Sublocalities containing mineral LOCALITY IDs, not mindat ids # of localities containing mineral Albite (*) Feldspar Na(AlSi3 O8 ) 128.8 122.8 5 104359 ,104360 ,104361 ,104362 ,104364 8803 Almandine (*) Garnet Fe2+ 3 Al2 (SiO4 )3 128.8 123.6 2 104362 ,104364 2353 Arsenic (*) Arsenic As 1 104358 379 Arsenolite (*) Arsenolite As2 O3 1 104358 231 Autunite (*) Autunite Ca(UO2 )2 (PO4 )2 ·10-12H2 O 1 104357 1272 Axinite-(Mn) (*) Axinite Ca4 Mn2+ 2 Al4 [B2 Si8 O30 ](OH)2 128.8 122.8 1 104359 88 Beryl (*) Beryl Be3 Al2 Si6 O18 128.8 122.8 5 104359 ,104360 ,104361 ,104362 ,104364 4286 Bismuth (*) Arsenic Bi 128.8 122.8 2 104360 ,104364 1966 Bismuthinite (*) Stibnite Bi2 S3 128.8 122.8 2 104360 ,104364 1935 Bismutite (*) Bismutite Bi2 O2 (CO3 ) 128.8 122.8 2 104360 ,104364 716 Bismutocolumbite (*) None BiNbO4 128.8 122.8 2 104359 ,104360 2 Bobierrite (*) Vivianite Mg3 (PO4 )2 ·8H2 O 128.8 122.8 1 104360 17 Borocookeite (*) Clay Chlorite LiAl4 (Si3 B)O10 (OH)8 128.8 122.8 3 104359 ,104361 ,104364 2 Boromuscovite (*) Mica KAl2 (Si3 B)O10 (OH)2 128.8 122.8 2 104361 ,104364 5 Calcite (*) Calcite Ca(CO3 ) 1 104358 27770 Cassiterite (*) Rutile SnO2 128.8 122.8 3 104359 ,104360 ,104362 5171 Chabazite-Ca (*) Chabazite Ca2 [Al4 Si8 O24 ]·13H2 O 1 104357 310 Columbite-(Mn) (*) Columbite Mn2+ Nb2 O6 128.8 122.8 2 104359 ,104360 289 Cookeite (*) Chlorite Clay (Al,Li)3 Al2 (Si,Al)4 O10 (OH)8 128.8 122.8 2 104361 ,104364 181 Danburite (*) Danburite CaB2 Si2 O8 128.8 122.8 5 104359 ,104360 ,104361 ,104362 ,104364 148 Elbaite (*) Tourmaline Na(Al1.5 Li1.5 )Al6 (Si6 O18 )(BO3 )3 (OH)3 (OH) 128.8 122.8 4 104360 ,104361 ,104362 ,104364 520 Euxenite-(Y) (*) Columbite Y(NbTi)O6 128.8 122.8 2 104359 ,104360 414 Fluorapatite (*) Apatite Ca5 (PO4 )3 F 128.8 122.8 1 104360 2740 Fluorite (*) Fluorite CaF2 128.8 122.8 2 104360 ,104361 9617 Goethite (*) Diaspore FeO(OH) 1 104358 7437 Hambergite (*) None Be2 (BO3 )(OH) 128.8 122.8 4 104359 ,104360 ,104362 ,104364 81 Ixiolite (*) Columbite (Ta2/3 Mn2+ 1/3 )O2 128.8 122.8 3 104359 ,104360 ,104364 148 Laumontite (*) Not in a structural group CaAl2 Si4 O12 ·4H2 O 128.8 122.8 3 104357 ,104361 ,104364 1271 Meta-autunite (*) Meta-autunite Ca(UO2 )2 (PO4 )2 ·6H2 O 1 104357 388 Microcline (*) Feldspar K(AlSi3 O8 ) 128.8 122.8 2 104360 ,104362 4924 Monazite-(Ce) (*) Monazite Ce(PO4 ) 126 126 3 104357 ,104359 ,104364 945 Muscovite (*) Mica Clay KAl2 (Si3 Al)O10 (OH)2 128.8 125 1 104361 17380 Nanpingite (*) Mica CsAl2 (Si3 Al)O10 (OH)2 128.8 122.8 1 104359 8 Petalite (*) Not in a structural group LiAlSi4 O10 128.8 122.8 2 104360 ,104364 124 Pollucite (*) Analcime Cs(Si2 Al)O6 ·nH2 O 128.8 122.8 4 104359 ,104360 ,104361 ,104364 140 Polycrase-(Y) (*) Columbite Y(Ti,Nb)2 (O,OH)6 126 126 2 104359 ,104364 121 Pyrite (*) Pyrite FeS2 1 104358 39462 Quartz (*) Quartz SiO2 128.8 122.8 7 104359 ,104360 ,104361 ,104362 ,104363 ,104364 ,104365 61156 Rutile (*) Rutile TiO2 128.8 122.8 1 104360 5614 Schorl (*) Tourmaline NaFe2+ 3 Al6 (Si6 O18 )(BO3 )3 (OH)3 (OH) 128.8 123.6 2 104362 ,104364 2705 Spessartine (*) Garnet Mn2+ 3 Al2 (SiO4 )3 128.8 122.8 5 104359 ,104360 ,104361 ,104362 ,104364 1214 Spodumene (*) Pyroxene LiAlSi2 O6 128.8 122.8 1 104359 688 Stellerite (*) Stilbite Ca4 (Si28 Al8 )O72 ·28H2 O 128.8 122.8 1 104359 189 Stilbite-Ca (*) Stilbite NaCa4 (Si27 Al9 )O72 ·28H2 O 128.8 122.8 2 104357 ,104360 268 Topaz (*) Topaz Al2 SiO4 F2 128.8 122.8 3 104359 ,104360 ,104362 1476 Uraninite (*) Fluorite UO2 1 104357 2718 Uranophane-α (*) None Ca(UO2 )2 (SiO3 OH)2 ·5H2 O 1 104357 890 Xenotime-(Y) (*) Zircon Y(PO4 ) 128.8 122.8 3 104359 ,104360 ,104364 939 Zircon (*) Zircon Zr(SiO4 ) 128.8 123.6 2 104362 ,104364 5251
Excel ID Max Age (Ma) Min Age (Ma) Age as listed in reference Dating Method Age Interpret Prioritized? Sample Source Sample Num Run Num Age from other Locality Dated Mineral Minerals explicitely stated as having this age Age applies to these Elements MinDat Locality ID Dated Locality (Max Age) Location as listed in reference Reference Reference DOI Reference ID Age Notes Edit Alexandra-0117 125.8 123.6 124.7 ± 1.1 Ar-Ar Age of intrusion k-feldspar 43374 Oktyabrskaya Pegmatite Vein, Malkhan Pegmatite Field (Malchan; "Malechansk"), Krasnyi Chikoy, Chitinskaya Oblast, Zabaykalsky Krai, Russia Oktyabrskaya pegmatite vein Zagorsky and Peretyazhko (2010) 10.1134/S1028334X10020054 DES430_172 Thus, the interval 123.8–127.6 Ma is interpreted as the likely age of the granite–pegmatite system as a whole. Edit Alexandra-0118 128.8 126.4 127.6 ± 1.2 Ar-Ar Age of intrusion muscovite Muscovite 43374 Oktyabrskaya Pegmatite Vein, Malkhan Pegmatite Field (Malchan; "Malechansk"), Krasnyi Chikoy, Chitinskaya Oblast, Zabaykalsky Krai, Russia Oktyabrskaya pegmatite vein Zagorsky and Peretyazhko (2010) 10.1134/S1028334X10020054 DES430_172 Thus, the interval 123.8–127.6 Ma is interpreted as the likely age of the granite–pegmatite system as a whole. Edit Alexandra-0119 127.2 125 126.1 ± 1.1 Ar-Ar Age of intrusion lepidolite 43374 Oktyabrskaya Pegmatite Vein, Malkhan Pegmatite Field (Malchan; "Malechansk"), Krasnyi Chikoy, Chitinskaya Oblast, Zabaykalsky Krai, Russia Oktyabrskaya pegmatite vein Zagorsky and Peretyazhko (2010) 10.1134/S1028334X10020054 DES430_172 Thus, the interval 123.8–127.6 Ma is interpreted as the likely age of the granite–pegmatite system as a whole. Edit Alexandra-0120 127.4 125 126.2 ± 1.2 Ar-Ar Age of intrusion muscovite Muscovite 248624 Oreshnaya Pegmatite Vein, Malkhan Pegmatite Field (Malchan; "Malechansk"), Krasnyi Chikoy, Chitinskaya Oblast, Zabaykalsky Krai, Russia Oreshnaya Pegmatite Vein Zagorsky and Peretyazhko (2010) 10.1134/S1028334X10020054 DES430_172 Thus, the interval 123.8–127.6 Ma is interpreted as the likely age of the granite–pegmatite system as a whole. Edit Alexandra-0121 125.2 122.8 124.0 ± 1.2 Ar-Ar Age of intrusion biotite 248624 Oreshnaya Pegmatite Vein, Malkhan Pegmatite Field (Malchan; "Malechansk"), Krasnyi Chikoy, Chitinskaya Oblast, Zabaykalsky Krai, Russia Oreshnaya Pegmatite Vein Zagorsky and Peretyazhko (2010) 10.1134/S1028334X10020054 DES430_172 Thus, the interval 123.8–127.6 Ma is interpreted as the likely age of the granite–pegmatite system as a whole. Edit Grew_Li_2019_0010 126 126 126 Borocookeite 43373 Sosedka Pegmatite Vein, Malkhan Pegmatite Field (Malchan; "Malechansk"), Krasnyi Chikoy, Chitinskaya Oblast, Zabaykalsky Krai, Russia Sosedka pegmatite, Malkhan field, Krasny Chikoy area, Chita, Russia Zagorsky and Peretyazko (2010) 10.1134/S1028334X10020054 DES430_172
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