| Angouran Iran | 0.7085 ± 0.00025 | 0.70821 / 0.70865 | 3 | stage I smithsonite (hypogene) | Boni et al. (2007), Hypogene Zn carbonate ores in the Angouran deposit, NW Iran, Minerali… |
| Angouran Iran | 0.70859 ± 0.0005 | 0.70824 / 0.70895 | 2 | stage II smithsonite (supergene) | Boni et al. (2007), Hypogene Zn carbonate ores in the Angouran deposit, NW Iran, Minerali… |
| Angouran Iran | 0.70851 | | 1 | vein calcite with hematite and smithsonite (AT-2A) | Boni et al. (2007), Hypogene Zn carbonate ores in the Angouran deposit, NW Iran, Minerali… |
| Angouran Iran | 0.70812 ± 0.00045 | 0.70746 / 0.70846 | 4 | host marble (clasts in mineralised breccias and outcrops) | Boni et al. (2007), Hypogene Zn carbonate ores in the Angouran deposit, NW Iran, Minerali… |
| Angouran Iran | 0.70996 ± 0.00153 | 0.70888 / 0.71104 | 2 | host metamorphic schists (measured ratio) | Boni et al. (2007), Hypogene Zn carbonate ores in the Angouran deposit, NW Iran, Minerali… |
| Bailashui (Furong ore field) China | 0.70888 ± 0.00033 | 0.708332 / 0.709404 | 8 | hydrothermal fluorite | Yuan et al. (2008), Characteristics of rare-earth elements (REE), strontium and neodymium… |
| Bleiberg (Bleiberg-Kreuth) Austria | 0.70869 ± 0.00019 | 0.70846 / 0.709108 | 8 | barite of discordant orebodies | Schroll et al. (2006), Pb and Sr isotope and geochemical data from the Pb-Zn deposit Blei… |
| Bleiberg (Bleiberg-Kreuth) Austria | 0.70892 ± 0.00056 | 0.70818 / 0.709643 | 10 | gangue calcite (ore stage, mostly scalenohedral) | Schroll et al. (2006), Pb and Sr isotope and geochemical data from the Pb-Zn deposit Blei… |
| Bleiberg (Bleiberg-Kreuth) Austria | 0.70824 ± 0.00022 | 0.708014 / 0.70844 | 4 | post-ore prismatic calcite | Schroll et al. (2006), Pb and Sr isotope and geochemical data from the Pb-Zn deposit Blei… |
| Bou Jaber Tunisie | 0.710269 ± 0.001 | 0.70821 / 0.711408 | 8 | barite (early, second generation and late) | Bouhlel et al. (2016), A salt diapir-related Mississippi Valley-type deposit: the Bou Jab… |
| Bou Jaber Tunisie | 0.708125 | | 1 | Triassic gypsum from the Bou Jaber diapir | Bouhlel et al. (2016), A salt diapir-related Mississippi Valley-type deposit: the Bou Jab… |
| Qingchengzi orefield (Zhenzigou, Xiquegou, Gaojiabaozi) China | 0.7075 ± 0.0063 | | | Zhenzigou sphalerite (isochron initial ratio at 221 Ma) | Yu et al. (2009), Geochronological framework and Pb, Sr isotope geochemistry of the Qingc… |
| Qingchengzi orefield (Zhenzigou, Xiquegou, Gaojiabaozi) China | 0.71838 ± 0.00095 | 0.71733 / 0.71961 | 7 | Xiquegou pyrite, inclusion phase (initial ratio at 225 Ma) | Yu et al. (2009), Geochronological framework and Pb, Sr isotope geochemistry of the Qingc… |
| Qingchengzi orefield (Zhenzigou, Xiquegou, Gaojiabaozi) China | 0.72211 ± 0.00074 | 0.72147 / 0.72347 | 7 | Gaojiabaozi pyrite, inclusion phase (initial ratio at 225 Ma) | Yu et al. (2009), Geochronological framework and Pb, Sr isotope geochemistry of the Qingc… |
| Qingchengzi orefield (Zhenzigou, Xiquegou, Gaojiabaozi) China | 0.72749 ± 0.00125 | 0.72584 / 0.73043 | 9 | Gaojiabaozi hydrothermal calcite | Yu et al. (2009), Geochronological framework and Pb, Sr isotope geochemistry of the Qingc… |
| Qingchengzi orefield (Zhenzigou, Xiquegou, Gaojiabaozi) China | 0.71803 ± 0.00028 | | | pyrargyrite of the Gaojiabaozi silver ore (isochron initial ratio) | Yu et al. (2009), Geochronological framework and Pb, Sr isotope geochemistry of the Qingc… |
| Dezong Mahai (Balun Mahai basin clay-type lithium) China | 0.713161 ± 0.000739 | 0.712387 / 0.714058 | 6 | lithium-bearing claystone (drill holes ZK7206 and ZK7606) | Ma et al. (2024), Sedimentary Environment and Source Analysis of Sedimentary Lithium Depo… |
| Huayuan district (Dong Li, Lomichang, Ma Chang, Paiwu) China | 0.70903 ± 0.00022 | 0.70889 / 0.70936 | 4 | Qingxudong Formation host limestone | Schneider et al. (2002), Carbonate-hosted zinc-lead deposits in the Lower Cambrian of Hun… |
| Huayuan district (Dong Li, Lomichang, Ma Chang, Paiwu) China | 0.70927 ± 0.00015 | 0.70905 / 0.7094 | 4 | main-stage calcite I | Schneider et al. (2002), Carbonate-hosted zinc-lead deposits in the Lower Cambrian of Hun… |
| Huayuan district (Dong Li, Lomichang, Ma Chang, Paiwu) China | 0.70973 ± 0.00031 | 0.7094 / 0.71006 | 4 | calcite II | Schneider et al. (2002), Carbonate-hosted zinc-lead deposits in the Lower Cambrian of Hun… |
| Huayuan district (Dong Li, Lomichang, Ma Chang, Paiwu) China | 0.70977 | | 1 | saddle dolomite (II) | Schneider et al. (2002), Carbonate-hosted zinc-lead deposits in the Lower Cambrian of Hun… |
| Huayuan district (Dong Li, Lomichang, Ma Chang, Paiwu) China | 0.70923 ± 0.00003 | 0.7092 / 0.70927 | 6 | barite (Ma Chang) | Schneider et al. (2002), Carbonate-hosted zinc-lead deposits in the Lower Cambrian of Hun… |
| Dunde China | 0.707427 ± 0.000248 | 0.707198 / 0.70779 | 6 | skarn calcite (C1) | Yan et al. (2018), Ore-fluid geochemistry and metallogeny of the Dunde iron-zinc deposit … |
| Dunde China | 0.707221 ± 0.000079 | 0.707148 / 0.707345 | 5 | magnetite ore calcite (C2) | Yan et al. (2018), Ore-fluid geochemistry and metallogeny of the Dunde iron-zinc deposit … |
| Haynesville Shale produced water United States | 0.7083 | 0.70797 / 0.7085 | 4 | produced water | Nicot et al. (2026), Dissolved lithium content and aqueous geochemistry of the Haynesvill… |
| Jiangling Basin thermal waters (JS-W1, YC-W1) China | 0.709755 ± 0.000044 | 0.709724 / 0.709786 | 2 | | Yu et al. (2024), Factors controlling lithium accumulation in brines from Upper Cretaceou… |
| Felbertal Austria | 0.73063 | 0.72078 / 0.76417 | 27 | Scheelite 1 (eastern ore field) | Kozlik et al. (2016), Strontium isotope systematics of scheelite and apatite from the Fel… |
| Felbertal Austria | 0.74283 | 0.70724 / 0.76832 | 38 | Scheelite 2 (western ore field) | Kozlik et al. (2016), Strontium isotope systematics of scheelite and apatite from the Fel… |
| Felbertal Austria | 0.70833 | 0.70775 / 0.71093 | 13 | Scheelite 2 from veinlets in the K2 orthogneiss | Kozlik et al. (2016), Strontium isotope systematics of scheelite and apatite from the Fel… |
| Felbertal Austria | 0.77532 | 0.72383 / 0.80689 | 46 | metamorphic Scheelite 3 (western ore field) | Kozlik et al. (2016), Strontium isotope systematics of scheelite and apatite from the Fel… |
| Felbertal Austria | 0.73646 | 0.7261 / 0.7632 | 17 | metamorphic Scheelite 3 (eastern ore field) | Kozlik et al. (2016), Strontium isotope systematics of scheelite and apatite from the Fel… |
| Felbertal Austria | 0.72549 | 0.72044 / 0.74514 | 7 | apatite cores of the K1-K3 orthogneiss (western ore field) | Kozlik et al. (2016), Strontium isotope systematics of scheelite and apatite from the Fel… |
| Felbertal Austria | 0.77211 | 0.74535 / 0.77937 | 8 | apatite rims of the K1-K3 orthogneiss (western ore field) | Kozlik et al. (2016), Strontium isotope systematics of scheelite and apatite from the Fel… |
| Felbertal Austria | 0.73377 | 0.72264 / 0.73845 | 10 | apatite cores of the scheelite-rich gneiss (eastern ore field) | Kozlik et al. (2016), Strontium isotope systematics of scheelite and apatite from the Fel… |
| Felbertal Austria | 0.70586 | 0.70527 / 0.70672 | 4 | apatite cores of the meta-quartz diorite (western ore field) | Kozlik et al. (2016), Strontium isotope systematics of scheelite and apatite from the Fel… |
| Heiyanshan China | 0.71183 | 0.71018 / 0.71364 | 14 | skarn scheelite | Wu et al. (2026), In situ trace elements and Sr isotopes of scheelite from the tungsten d… |
| Huize China | 0.716133 ± 0.000791 | 0.71405 / 0.716989 | 18 | sphalerite (initial ratio at 230 Ma) | Li et al. (2007), Isotope geochemistry of the Huize Zn-Pb ore field, Yunnan Province, Sou… |
| Huize China | 0.71411 ± 0.000614 | 0.713676 / 0.714544 | 2 | pyrite (initial ratio at 230 Ma) | Li et al. (2007), Isotope geochemistry of the Huize Zn-Pb ore field, Yunnan Province, Sou… |
| Huize China | 0.716781 ± 0.000286 | 0.716353 / 0.717012 | 15 | gangue calcite (initial ratio at 230 Ma) | Li et al. (2007), Isotope geochemistry of the Huize Zn-Pb ore field, Yunnan Province, Sou… |
| Huize China | | 0.7083 / 0.7093 | 4 | unaltered host dolomite (Baizuo Formation) | Li et al. (2007), Isotope geochemistry of the Huize Zn-Pb ore field, Yunnan Province, Sou… |
| Huize China | 0.7159 ± 0.0018 | 0.7138 / 0.718 | 5 | sphalerite from the Qilinchang mine (initial ratio at 50 Ma) | Zhou et al. (2001), The source of metals in the Qilinchang Zn-Pb deposit, northeastern Yu… |
| Huize China | 0.7132 ± 0.0016 | 0.7109 / 0.7143 | 4 | galena from the Qilinchang mine (initial ratio at 50 Ma) | Zhou et al. (2001), The source of metals in the Qilinchang Zn-Pb deposit, northeastern Yu… |
| Huize China | 0.717 | | 1 | pyrite from the Qilinchang mine (initial ratio at 50 Ma) | Zhou et al. (2001), The source of metals in the Qilinchang Zn-Pb deposit, northeastern Yu… |
| Huize China | 0.7164 ± 0.0005 | 0.7158 / 0.7168 | 4 | gangue calcite from the Qilinchang mine (initial ratio at 50 Ma) | Zhou et al. (2001), The source of metals in the Qilinchang Zn-Pb deposit, northeastern Yu… |
| Huize China | 0.7095 ± 0.0016 | 0.7083 / 0.7106 | 2 | Qilinchang host dolostone (Baizuo Formation), altered at contact and fresh at 16 m | Zhou et al. (2001), The source of metals in the Qilinchang Zn-Pb deposit, northeastern Yu… |
| Sagalassos hematite Turkey | 0.71149 ± 0.00003 | | 1 | hematite | Degryse et al. (2007), Tracing the resources of iron working at ancient Sagalassos (south… |
| Juyuan China | 0.71342 | 0.71275 / 0.71443 | 23 | quartz-vein scheelite | Wu et al. (2026), In situ trace elements and Sr isotopes of scheelite from the tungsten d… |
| La Parrilla Spain | 0.7148 | | 1 | vein scheelite | Tornos et al. (2008), Geochemistry and origin of calcic tungsten-bearing skarns, Los Sant… |
| Rosario River fan shallow lakes Argentina | 0.71581 ± 0.00049 | 0.71547 / 0.71638 | 3 | | Garcia et al. (2020), Characterization of lithium cycling in the Salar De Olaroz, Central… |
| Los Santos Spain | 0.7118 ± 0.0001 | 0.7117 / 0.7119 | 4 | scheelite (ore concentrate) | Tornos et al. (2008), Geochemistry and origin of calcic tungsten-bearing skarns, Los Sant… |
| Los Santos Spain | 0.7127 ± 0.0004 | 0.7124 / 0.7129 | 2 | plagioclase skarn | Tornos et al. (2008), Geochemistry and origin of calcic tungsten-bearing skarns, Los Sant… |
| Los Santos Spain | 0.7124 ± 0.0006 | 0.7119 / 0.7128 | 2 | pyroxene skarn | Tornos et al. (2008), Geochemistry and origin of calcic tungsten-bearing skarns, Los Sant… |
| Los Santos Spain | 0.713 ± 0.0026 | 0.7112 / 0.7149 | 2 | nearby leucogranite dikes (whole rock) | Tornos et al. (2008), Geochemistry and origin of calcic tungsten-bearing skarns, Los Sant… |
| Los Santos Spain | 0.7097 ± 0.0001 | 0.7096 / 0.7097 | 2 | host marble | Tornos et al. (2008), Geochemistry and origin of calcic tungsten-bearing skarns, Los Sant… |
| Los Santos Spain | 0.7187 ± 0.0029 | 0.7166 / 0.7207 | 2 | host pelitic hornfels | Tornos et al. (2008), Geochemistry and origin of calcic tungsten-bearing skarns, Los Sant… |
| Bahariya Oasis iron ores (El Gedida mine) Égypte | 0.710208 ± 0.000673 | 0.709688 / 0.711067 | 5 | fragmented barite (base of the ore) | Baioumy (2015), Rare earth elements, S and Sr isotopes and origin of barite from Bahariya… |
| Bahariya Oasis iron ores (El Gedida mine) Égypte | 0.709842 ± 0.001508 | 0.708696 / 0.712055 | 6 | interstitial barite (pockets within the ore) | Baioumy (2015), Rare earth elements, S and Sr isotopes and origin of barite from Bahariya… |
| Bahariya Oasis iron ores (El Gedida mine) Égypte | 0.710135 ± 0.001627 | 0.707422 / 0.712237 | 6 | disseminated barite (top of the ore) | Baioumy (2015), Rare earth elements, S and Sr isotopes and origin of barite from Bahariya… |
| Morille Spain | 0.7109 ± 0.0001 | 0.7108 / 0.711 | 2 | scheelite (ore concentrate) | Tornos et al. (2008), Geochemistry and origin of calcic tungsten-bearing skarns, Los Sant… |
| Archibarca alluvial fan groundwater Argentina | 0.71158 | | 1 | | Garcia et al. (2020), Characterization of lithium cycling in the Salar De Olaroz, Central… |
| Neves-Corvo Portugal | 0.71031 ± 0.00065 | | 8 | tin and copper ores and mineralised volcanic rock (Rb-Sr errorchron) | Relvas et al. (2001), Multiple sources for ore-forming fluids in the Neves Corvo VHMS dep… |
| Neves-Corvo Portugal | 0.711313 ± 0.000477 | 0.710881 / 0.711825 | 3 | ore-related siderite | Relvas et al. (2001), Multiple sources for ore-forming fluids in the Neves Corvo VHMS dep… |
| Piaohechuan (No. 4 intrusion) China | 0.706034 ± 0.000333 | 0.705675 / 0.706472 | 4 | sulfide ore (breccia, network, globular), present-day ratio | Wei et al. (2015), Textural Relationship of Sulfide Ores, PGE, and Sr-Nd-Os Isotope Compo… |
| Piaohechuan (No. 4 intrusion) China | 0.70479 ± 0.00017 | 0.70464 / 0.70499 | 4 | sulfide ore, initial ratio (87Sr/86Sr)i at 216 Ma | Wei et al. (2015), Textural Relationship of Sulfide Ores, PGE, and Sr-Nd-Os Isotope Compo… |
| Archibarca River (Salar de Olaroz tributary) Argentina | 0.71149 | | 1 | | Garcia et al. (2020), Characterization of lithium cycling in the Salar De Olaroz, Central… |
| Rosario River (Salar de Olaroz tributary) Argentina | 0.71562 | | 1 | | Garcia et al. (2020), Characterization of lithium cycling in the Salar De Olaroz, Central… |
| Dereköy magnetite sands (Sagalassos territory) Turkey | 0.70375 ± 0.00003 | 0.70372 / 0.70379 | 4 | magnetite sand | Degryse et al. (2007), Tracing the resources of iron working at ancient Sagalassos (south… |
| Salar de Olaroz Argentina | 0.71466 ± 0.00084 | 0.7134 / 0.7151 | 4 | shallow brine | Garcia et al. (2020), Characterization of lithium cycling in the Salar De Olaroz, Central… |
| Salar de Olaroz Argentina | 0.71484 ± 0.0002 | 0.71459 / 0.71521 | 16 | deep brine | Garcia et al. (2020), Characterization of lithium cycling in the Salar De Olaroz, Central… |
| Salar de Olaroz Argentina | 0.71196 ± 0.00022 | 0.7118 / 0.71211 | 2 | Toro ignimbrite | Garcia et al. (2020), Characterization of lithium cycling in the Salar De Olaroz, Central… |
| Salar de Olaroz Argentina | 0.71392 ± 0.00162 | 0.71278 / 0.71507 | 2 | Sijes Formation tuffs | Garcia et al. (2020), Characterization of lithium cycling in the Salar De Olaroz, Central… |
| Salar de Olaroz Argentina | 0.71268 ± 0.00097 | 0.7116 / 0.71396 | 4 | Sijes Formation sediments | Garcia et al. (2020), Characterization of lithium cycling in the Salar De Olaroz, Central… |
| Salar de Olaroz Argentina | 0.71348 ± 0.00258 | 0.71101 / 0.71654 | 5 | Trinchera Formation fluvial sediments | Garcia et al. (2020), Characterization of lithium cycling in the Salar De Olaroz, Central… |
| Leduc Formation lithium brines (Alberta basin) Canada | | 0.72244 / 0.72898 | | northwestern group brine | Butler et al. (2025), The Origin and Enrichment of Sedimentary Basin Lithium Brines: A Ca… |
| Leduc Formation lithium brines (Alberta basin) Canada | | 0.70869 / 0.7104 | | northeastern group brine | Butler et al. (2025), The Origin and Enrichment of Sedimentary Basin Lithium Brines: A Ca… |
| Leduc Formation lithium brines (Alberta basin) Canada | | 0.70872 / 0.70885 | | southeastern group brine | Butler et al. (2025), The Origin and Enrichment of Sedimentary Basin Lithium Brines: A Ca… |
| Deep lithium-bearing brines of the Jiangling Basin China | 0.71065 ± 0.00037 | 0.710325 / 0.710971 | 4 | sedimentary brine of the Xin'gouzui Formation (Lower Eocene, boreholes GK1 and GK2) | Yu et al. (2024), Factors controlling lithium accumulation in brines from Upper Cretaceou… |
| Deep lithium-bearing brines of the Jiangling Basin China | 0.706926 | | 1 | brine in Palaeocene basalt of the Shashi Formation (borehole SK4) | Yu et al. (2024), Factors controlling lithium accumulation in brines from Upper Cretaceou… |
| Deep lithium-bearing brines of the Jiangling Basin China | 0.71023 ± 0.000007 | 0.710223 / 0.710236 | 3 | saline water of the Honghuatao Formation (Upper Cretaceous, borehole WK1) | Yu et al. (2024), Factors controlling lithium accumulation in brines from Upper Cretaceou… |
| Deep lithium-bearing brines of the Jiangling Basin China | 0.712313 ± 0.000237 | 0.712145 / 0.71248 | 2 | oilfield brine of the Honghuatao Formation (Upper Cretaceous, boreholes SH9 and SH10) | Yu et al. (2024), Factors controlling lithium accumulation in brines from Upper Cretaceou… |
| Deep lithium-bearing brines of the Jiangling Basin China | 0.710343 ± 0.000388 | 0.709885 / 0.710679 | 4 | oilfield brine of the Xin'gouzui Formation (Lower Eocene, boreholes S32CZ, L23, L72 and L76x) | Yu et al. (2024), Factors controlling lithium accumulation in brines from Upper Cretaceou… |
| Shadong China | 0.70797 | 0.70536 / 0.71225 | 14 | quartz-vein scheelite | Wu et al. (2026), In situ trace elements and Sr isotopes of scheelite from the tungsten d… |
| Shadong China | 0.70889 | 0.70808 / 0.7093 | 4 | skarn scheelite | Wu et al. (2026), In situ trace elements and Sr isotopes of scheelite from the tungsten d… |
| Shaojiwan China | 0.712 ± 0.0007 | 0.7113 / 0.7129 | 5 | sphalerite (initial ratio at 200 Ma) | Zhou et al. (2013), Geological and sulfur-lead-strontium isotopic studies of the Shaojiwa… |
| Rosario River fan hot springs Argentina | 0.71681 | 0.7168 / 0.71682 | 2 | | Garcia et al. (2020), Characterization of lithium cycling in the Salar De Olaroz, Central… |
| Ulaan Mongolia | 0.711454 ± 0.000072 | | 6 | ore minerals (sphalerite, pyrite, galena, quartz, fluorite; isochron initial ratio) | Wu et al. (2024), Genesis of the Ulaan silver-lead-zinc deposit in Northeast Mongolia: Co… |
| Wutonggou China | 0.7146 | 0.71044 / 0.71861 | 12 | quartz-vein scheelite | Wu et al. (2026), In situ trace elements and Sr isotopes of scheelite from the tungsten d… |
| Wutonggou China | 0.71385 | 0.71208 / 0.71559 | 6 | skarn scheelite | Wu et al. (2026), In situ trace elements and Sr isotopes of scheelite from the tungsten d… |
| Xiaobaishitou China | 0.70616 | 0.70367 / 0.708 | 13 | skarn scheelite | Wu et al. (2026), In situ trace elements and Sr isotopes of scheelite from the tungsten d… |
| West Xiaodushan China | 0.70804 | 0.70607 / 0.70923 | 31 | quartz-vein scheelite | Wu et al. (2026), In situ trace elements and Sr isotopes of scheelite from the tungsten d… |
| Yangla China | 0.72056 ± 0.00066 | 0.71931 / 0.72117 | 15 | Oligocene scheelite (30 Ma W mineralisation) | Li et al. (2024), Genesis of tungsten mineralization in the Yangla copper-polymetallic de… |
| Yangtze River (Changjiang) China | 0.711336 | | 1 | filtered river water (0.45 µm) | Yu et al. (2024), Factors controlling lithium accumulation in brines from Upper Cretaceou… |
| Wilton natural wetland (Wisconsin) United States | | 0.71026 / 0.71087 | | pore water (mini-piezometers and lysimeters, 0 to 1 m) | Hunt et al. (1998), Using stable isotopes of water and strontium to investigate the hydro… |
| Wilton natural wetland (Wisconsin) United States | 0.71368 ± 0.00117 | 0.71285 / 0.7145 | 2 | peat leachate (HNO3) | Hunt et al. (1998), Using stable isotopes of water and strontium to investigate the hydro… |
| Wilton constructed wetland (Wisconsin) United States | | 0.70859 / 0.71114 | | pore water (mini-piezometers and lysimeters, 0 to 1 m) | Hunt et al. (1998), Using stable isotopes of water and strontium to investigate the hydro… |
| Wilton constructed wetland (Wisconsin) United States | 0.71152 ± 0.00187 | 0.7102 / 0.71285 | 2 | peat leachate (HNO3) | Hunt et al. (1998), Using stable isotopes of water and strontium to investigate the hydro… |
