| Bingham Canyon États-Unis | −4,15 ± 3,25 ε | −8,8 / −1,3 ε | 4 | roches intrusives altérées (latite porphyrique, lamprophyre, monzonite ; roche totale) | Fitzpayne et al. (2018), Assessing Thallium Elemental Systematics and Isotope Ratio Varia… |
| Bingham Canyon États-Unis | −2,03 ± 1,95 ε | −4,2 / 0,9 ε | 7 | roches sédimentaires encaissantes non bréchifiées (grès, calcaires silicifiés, quartzites ; roche totale) | Fitzpayne et al. (2018), Assessing Thallium Elemental Systematics and Isotope Ratio Varia… |
| Bingham Canyon États-Unis | 2,07 ± 4,8 ε | −2,3 / 7,2 ε | 3 | brèches hydrothermales (calcaire silicifié, quartzites ; roche totale) | Fitzpayne et al. (2018), Assessing Thallium Elemental Systematics and Isotope Ratio Varia… |
| District de Battle Mountain (Copper Basin, Elder Creek) États-Unis | 0,8 ± 1,98 ε | −0,6 / 2,2 ε | 2 | feldspath potassique igné de granodiorite non altérée | Rader et al. (2023), New constraints on fluid chemistry and elemental mobility during hyd… |
| District de Battle Mountain (Copper Basin, Elder Creek) États-Unis | −1,53 ± 1,72 ε | −2,9 / 0,4 ε | 3 | mica igné (phlogopite, annite) de granodiorite non altérée | Rader et al. (2023), New constraints on fluid chemistry and elemental mobility during hyd… |
| District de Battle Mountain (Copper Basin, Elder Creek) États-Unis | −2,76 ± 1,37 ε | −5 / −1,6 ε | 5 | feldspath potassique d'altération potassique faible | Rader et al. (2023), New constraints on fluid chemistry and elemental mobility during hyd… |
| District de Battle Mountain (Copper Basin, Elder Creek) États-Unis | −3,85 ± 0,68 ε | −4,8 / −3,2 ε | 4 | mica (phlogopite, annite) d'altération potassique faible | Rader et al. (2023), New constraints on fluid chemistry and elemental mobility during hyd… |
| District de Battle Mountain (Copper Basin, Elder Creek) États-Unis | −3,57 ± 0,8 ε | −5 / −2,4 ε | 9 | feldspath potassique d'altération potassique forte (roche et filonnets) | Rader et al. (2023), New constraints on fluid chemistry and elemental mobility during hyd… |
| District de Battle Mountain (Copper Basin, Elder Creek) États-Unis | −4,4 ± 0,4 ε | | 1 | phlogopite d'altération potassique forte | Rader et al. (2023), New constraints on fluid chemistry and elemental mobility during hyd… |
| District de Battle Mountain (Copper Basin, Elder Creek) États-Unis | −1,76 ± 0,87 ε | −3,1 / −0,8 ε | 5 | feldspath potassique d'altération sodi-calcique (roche et filonnets) | Rader et al. (2023), New constraints on fluid chemistry and elemental mobility during hyd… |
| District de Battle Mountain (Copper Basin, Elder Creek) États-Unis | −2,8 ± 2,12 ε | −4,3 / −1,3 ε | 2 | mica (annite, phlogopite) d'altération sodi-calcique | Rader et al. (2023), New constraints on fluid chemistry and elemental mobility during hyd… |
