Sadisdorf
Eastern Erzgebirge, Saxony, Germany
Other hydrothermalSn-W-Li
- Type
- Tin greisen and breccia
Greisenised tin-tungsten-lithium granite cupola of the eastern Erzgebirge (Late Carboniferous). Indicative coordinates.
δ124Sn in ‰ (per mil) Values of the same system
Standard : NIST SRM 3161a
| Value | Range | n | Mineral or matrix | Source |
|---|---|---|---|---|
| 0.46 ‰ | 1 | cassiterite One analysis, Table 2. Ore age used by the authors: 320 Ma. | Mathur et al. (2025), Global Sn isotope compositions of cassiterite identify the magmatic… |
206Pb/204Pb isotope ratio, no unit Values of the same system
Standard : NIST SRM 981
| Value | Range | n | Mineral or matrix | Source |
|---|---|---|---|---|
| 18.597 ± 0.268 | 18.241 / 18.883 | 4 | sulfide ore (ore minerals hand-picked) Mean and standard deviation recalculated from 4 samples, Table 5 (99, 218, 219 et 221: arsenopyrite, chalcopyrite and molybdenite; fahlore; chalcopyrite and cassiterite; chalcopyrite, cassiterite and emplectite (Kupfergrube mine)). Strong scatter due to radiogenic lead from a superimposed late or post-Variscan uranium mineralisation, common in the Erzgebirge according to the authors. | Niederschlag et al. (2003), The determination of lead isotope ratios by multiple collecto… |
207Pb/204Pb isotope ratio, no unit Values of the same system
Standard : NIST SRM 981
| Value | Range | n | Mineral or matrix | Source |
|---|---|---|---|---|
| 15.625 ± 0.019 | 15.598 / 15.642 | 4 | sulfide ore (ore minerals hand-picked) Mean and standard deviation recalculated from 4 samples, Table 5 (99, 218, 219 et 221: arsenopyrite, chalcopyrite and molybdenite; fahlore; chalcopyrite and cassiterite; chalcopyrite, cassiterite and emplectite (Kupfergrube mine)). Strong scatter due to radiogenic lead from a superimposed late or post-Variscan uranium mineralisation, common in the Erzgebirge according to the authors. | Niederschlag et al. (2003), The determination of lead isotope ratios by multiple collecto… |
208Pb/204Pb isotope ratio, no unit Values of the same system
Standard : NIST SRM 981
| Value | Range | n | Mineral or matrix | Source |
|---|---|---|---|---|
| 38.523 ± 0.291 | 38.17 / 38.88 | 4 | sulfide ore (ore minerals hand-picked) Mean and standard deviation recalculated from 4 samples, Table 5 (99, 218, 219 et 221: arsenopyrite, chalcopyrite and molybdenite; fahlore; chalcopyrite and cassiterite; chalcopyrite, cassiterite and emplectite (Kupfergrube mine)). Strong scatter due to radiogenic lead from a superimposed late or post-Variscan uranium mineralisation, common in the Erzgebirge according to the authors. | Niederschlag et al. (2003), The determination of lead isotope ratios by multiple collecto… |
Deposits of the same type
- Altenberg Germany
- Cínovec-Krupka (eastern Erzgebirge) Czechia
- Hora Svaté Kateřiny Czechia
- Freiberg Germany
- Marienberg Germany
- Annaberg Germany
- Bärenstein (Erzgebirge) Germany
- Central Erzgebirge (Ehrenfriedersdorf, Geyer) Germany
Cite this page
IsoFind Atlas (2026). Sadisdorf, isotope signatures. https://www.isofind.tech/isotopes/en/deposits/sadisdorf/ (accessed 2026-10-13).
@misc{isofind2026sadisdorfisotopesignatures,
title = {Sadisdorf, isotope signatures},
author = {{IsoFind Atlas}},
year = {2026},
url = {https://www.isofind.tech/isotopes/en/deposits/sadisdorf/},
note = {Accessed 2026-10-13}
}Updated : 2026-10-13