| Al-Hisa Jordanie | 1,96 ± 8,65 ‰ | | 1 | fluorapatite carbonatée extraite (CFA) | Hill et al. (2024), Reconstructing the depositional environment and diagenetic modificati… |
| Apatite de Kola Russie | −0,15 ± 23,6 ‰ | | 1 | apatite magmatique (fraction lessivée) | Hill et al. (2024), Reconstructing the depositional environment and diagenetic modificati… |
| Bassin phosphaté de Gafsa Tunisie | 0,96 ± 10,97 ‰ | | 1 | fluorapatite carbonatée extraite (CFA) | Hill et al. (2024), Reconstructing the depositional environment and diagenetic modificati… |
| Bayóvar-Sechura Pérou | 17,05 ± 6,6 ‰ | | 1 | fluorapatite carbonatée extraite (CFA) | Hill et al. (2024), Reconstructing the depositional environment and diagenetic modificati… |
| Formation de Phosphoria États-Unis | 3,08 ± 5,75 ‰ | −3,3 / 7,88 ‰ | 3 | fluorapatite carbonatée extraite (CFA) | Hill et al. (2024), Reconstructing the depositional environment and diagenetic modificati… |
| Hahotoé-Kpogamé Togo | 15,81 ± 6,41 ‰ | | 1 | fluorapatite carbonatée extraite (CFA) | Hill et al. (2024), Reconstructing the depositional environment and diagenetic modificati… |
| Jhamarkotra Inde | 12,43 ± 29,42 ‰ | −16,83 / 42,01 ‰ | 3 | fluorapatite carbonatée extraite (CFA) | Hill et al. (2024), Reconstructing the depositional environment and diagenetic modificati… |
| Kaiyang Chine | 75,63 ± 12,4 ‰ | | 1 | fluorapatite carbonatée extraite (CFA) | Hill et al. (2024), Reconstructing the depositional environment and diagenetic modificati… |
| Khouribga et Youssoufia Maroc | −1,88 ± 2,29 ‰ | −4,37 / 0,13 ‰ | 3 | fluorapatite carbonatée extraite (CFA) | Hill et al. (2024), Reconstructing the depositional environment and diagenetic modificati… |
| Palabora Afrique du Sud | 0,33 ± 13,85 ‰ | | 1 | apatite magmatique (fraction lessivée) | Hill et al. (2024), Reconstructing the depositional environment and diagenetic modificati… |
| Phosphates cambriens du Yunnan (Jinning, Kunming) Chine | −21,53 ± 9,45 ‰ | | 1 | fluorapatite carbonatée extraite (CFA) | Hill et al. (2024), Reconstructing the depositional environment and diagenetic modificati… |
| Phosphates du Néguev (Rotem, Oron, Nahal Zin, Arad) Israël | 1,56 ± 10,66 ‰ | −9,5 / 18,48 ‰ | 5 | fluorapatite carbonatée extraite (CFA) | Hill et al. (2024), Reconstructing the depositional environment and diagenetic modificati… |
| Phosphates dévoniens du Sichuan (Shijiao, Hanyuan) Chine | 115,87 ± 8,33 ‰ | | 1 | fluorapatite carbonatée extraite (CFA) | Hill et al. (2024), Reconstructing the depositional environment and diagenetic modificati… |
| Phosphates miocènes de Caroline du Nord États-Unis | 22,9 ± 8,58 ‰ | | 1 | fluorapatite carbonatée extraite (CFA) | Hill et al. (2024), Reconstructing the depositional environment and diagenetic modificati… |
| Phosphates miocènes de Floride États-Unis | 18,94 ± 24,29 ‰ | −8,06 / 39,03 ‰ | 3 | fluorapatite carbonatée extraite (CFA) | Hill et al. (2024), Reconstructing the depositional environment and diagenetic modificati… |
| Phosphates néoprotérozoïques du Hubei (Yichang, Jingmen, Jingzhou) Chine | 159,54 ± 61,8 ‰ | 115,84 / 203,24 ‰ | 2 | fluorapatite carbonatée extraite (CFA) | Hill et al. (2024), Reconstructing the depositional environment and diagenetic modificati… |
