| Champ minier du nord des Pennines (Alston Moor, Hilton, Scordale) Royaume-Uni | −4,2 ± 3,1 ‰ | −10,4 / −2,15 ‰ | 6 | smithsonite supergène | Boni et al. (2019), Stable isotopes of nonsulphide Zn-Pb ores in Britain and Ireland: flu… |
| Champ minier du nord des Pennines (Alston Moor, Hilton, Scordale) Royaume-Uni | −11,4 ± 3,4 ‰ | −13,8 / −9 ‰ | 2 | cérusite supergène | Boni et al. (2019), Stable isotopes of nonsulphide Zn-Pb ores in Britain and Ireland: flu… |
| Champ minier du nord du pays de Galles (Halkyn, Holywell, Talargoch) Royaume-Uni | −5,3 ± 5,2 ‰ | −11,4 / 0,7 ‰ | 4 | smithsonite supergène | Boni et al. (2019), Stable isotopes of nonsulphide Zn-Pb ores in Britain and Ireland: flu… |
| Champ minier du nord du pays de Galles (Halkyn, Holywell, Talargoch) Royaume-Uni | −19,2 ± 0,2 ‰ | −19,4 / −19,1 ‰ | 2 | cérusite supergène | Boni et al. (2019), Stable isotopes of nonsulphide Zn-Pb ores in Britain and Ireland: flu… |
| Dae Hwa Corée du Sud | −4,6 ± 1,5 ‰ | −7,6 / −1,6 ‰ | 10 | carbonates tardifs (calcite, dolomite, sidérite) | Shelton et al. (1987), Stable isotope studies of the Dae Hwa tungsten-molybdenum mine, Re… |
| Dalucao Chine | −8,05 ± 0,07 ‰ | −8,1 / −8 ‰ | 2 | bastnäsite | Wan et al. (2005), Stable isotope composition of the Dalucao rare earth deposit in wester… |
| District stannifère de Cornouailles Royaume-Uni | −1 ‰ | | 1 | smithsonite supergène de Penberthy Croft (St Hilary, Mount's Bay) | Boni et al. (2019), Stable isotopes of nonsulphide Zn-Pb ores in Britain and Ireland: flu… |
| Flat Tyre Australie | −4,5 ± 2,7 ‰ | −9,7 / −2,6 ‰ | 6 | dolomite de la matrice (FD1, antérieure au minerai) | Polito et al. (2006), Zinc deposits and related mineralization of the Burketown mineral f… |
| Flat Tyre Australie | −4,3 ± 1,4 ‰ | −7,1 / −2,5 ‰ | 23 | dolomite des filons (FD2, synminérale) | Polito et al. (2006), Zinc deposits and related mineralization of the Burketown mineral f… |
| Flat Tyre Australie | −6,9 ± 3,2 ‰ | −10,7 / −3,3 ‰ | 6 | calcite des filons tardifs (FCa1) | Polito et al. (2006), Zinc deposits and related mineralization of the Burketown mineral f… |
| Goutouling (champ minier de Furong) Chine | −2,6 ± 3 ‰ | −6,1 / −0,7 ‰ | 3 | calcite du minerai de greisen (filon n° 55) | Shuang et al. (2010), REE, Mn, Fe, Mg and C, O isotopic geochemistry of calcites from Fur… |
| Goutouling (champ minier de Furong) Chine | −3,4 ‰ | | 1 | calcite du minerai de granite altéré (filon n° 55) | Shuang et al. (2010), REE, Mn, Fe, Mg and C, O isotopic geochemistry of calcites from Fur… |
| Leadhills-Wanlockhead Royaume-Uni | −18,4 ‰ | | 1 | cérusite supergène | Boni et al. (2019), Stable isotopes of nonsulphide Zn-Pb ores in Britain and Ireland: flu… |
| Mines de Glendalough et de Glendasan (Luganure) Irlande | −7,2 ‰ | | 1 | smithsonite supergène | Boni et al. (2019), Stable isotopes of nonsulphide Zn-Pb ores in Britain and Ireland: flu… |
| Montevecchio Italie | −4,98 ‰ | | 1 | smithsonite ferrifère (monheimite) | Boni et al. (2003), The calamine of southwest Sardinia: geology, mineralogy, and stable i… |
| Ross Island (Killarney) Irlande | −4 ± 1,1 ‰ | −4,7 / −3,2 ‰ | 2 | smithsonite supergène (Blue Hole) | Boni et al. (2019), Stable isotopes of nonsulphide Zn-Pb ores in Britain and Ireland: flu… |
| Roughtongill (Caldbeck Fells) Royaume-Uni | −18,6 ‰ | | 1 | cérusite supergène | Boni et al. (2019), Stable isotopes of nonsulphide Zn-Pb ores in Britain and Ireland: flu… |
| San Giovanni (Iglesias) Italie | −5,12 ± 4,4 ‰ | −8,23 / −2,01 ‰ | 2 | smithsonite supergène | Boni et al. (2003), The calamine of southwest Sardinia: geology, mineralogy, and stable i… |
| San Giovanni (Iglesias) Italie | −7,06 ‰ | | 1 | hydrozincite supergène | Boni et al. (2003), The calamine of southwest Sardinia: geology, mineralogy, and stable i… |
| San Giovanni (Iglesias) Italie | −1,98 ± 1,27 ‰ | −2,87 / −1,08 ‰ | 2 | calcite de paléokarst hydrothermal (sédiment interne et cristaux) | Boni et al. (2003), The calamine of southwest Sardinia: geology, mineralogy, and stable i… |
| San Rafael Pérou | −5,4 ± 2,5 ‰ | −8,5 / −3,2 ‰ | 5 | calcite tardive (filons de tourmaline rouverts) | Wagner et al. (2009), Stable isotope constraints on ore formation at the San Rafael tin-c… |
| San Rafael Pérou | −1,1 ± 3,6 ‰ | −6,5 / 4,3 ‰ | 7 | sidérite des filons | Wagner et al. (2009), Stable isotope constraints on ore formation at the San Rafael tin-c… |
| Shelve (mine Ladywell) Royaume-Uni | −19,5 ‰ | | 1 | cérusite supergène | Boni et al. (2019), Stable isotopes of nonsulphide Zn-Pb ores in Britain and Ireland: flu… |
| Shuitoushan Chine | −7,19 ± 0,84 ‰ | −7,78 / −6,59 ‰ | 2 | calcite hydrothermale du stade I | Chen et al. (2023), Shuitoushan magmatic hydrothermal lead-zinc deposit in western Yunnan… |
| Shuitoushan Chine | −0,05 ± 0,78 ‰ | −0,6 / 0,5 ‰ | 2 | calcite hydrothermale du stade II | Chen et al. (2023), Shuitoushan magmatic hydrothermal lead-zinc deposit in western Yunnan… |
| Shuitoushan Chine | −5,75 ± 1,06 ‰ | −6,5 / −5 ‰ | 2 | calcite hydrothermale du stade III | Chen et al. (2023), Shuitoushan magmatic hydrothermal lead-zinc deposit in western Yunnan… |
| Shuitoushan Chine | −6,5 ± 1,41 ‰ | −7,5 / −5,5 ‰ | 2 | roches encaissantes (marbre et calcaire) | Chen et al. (2023), Shuitoushan magmatic hydrothermal lead-zinc deposit in western Yunnan… |
| Swaledale (Grinton Moor) Royaume-Uni | −1,4 ± 0,7 ‰ | −1,9 / −0,9 ‰ | 2 | smithsonite supergène | Boni et al. (2019), Stable isotopes of nonsulphide Zn-Pb ores in Britain and Ireland: flu… |
| Tungsten Queen États-Unis | −9,6 ± 1,8 ‰ | −11,1 / −7,6 ‰ | 3 | rhodochrosite et calcite du filon | Casadevall and Rye (1980), The Tungsten Queen deposit, Hamme district, Vance County, Nort… |
| Xiuwacu Chine | | −8,8 / −5,2 ‰ | 4 | CO2 des inclusions du quartz à scheelite | Zhang et al. (2021), Stable isotope and fluid inclusion constraints on the source and evo… |
| Xiuwacu Chine | | −1,8 / −1,4 ‰ | 2 | calcite du stade tardif à calcite et quartz | Zhang et al. (2021), Stable isotope and fluid inclusion constraints on the source and evo… |
