Data from: How many species will Earth lose to climate change?

<b>Datasets S1–S24</b>Dataset S1. Review of studies from 2015–2022Dataset S2. Estimation of niche rates and proportional overlapDataset S3. Climatic data for each site (using EMD)Dataset S4. Estimation of niche rates using mean values among sites (using EMD)Dataset S5. Estimation of niche rates and proportional overlap using the 5-year window.Dataset S6. Estimation of niche rates and proportional overlap using the 10-year window.Dataset S7. Climatic data for each site using the 5-year window.Dataset S8. Climatic data for each site using the 10-year window.Dataset S9. Estimation of niche rates using mean values among sites and the 5-year window.Dataset S10. Estimation of niche rates using mean values among sites and the 10-year window.Data S11. Estimated persistence under different GCMs, assuming species that did not previously disperse upwards will not disperse upwards, and a 95% extinction thresholdData S12. Estimated persistence under different GCMs, assuming species that did not previously disperse upwards will not disperse upwards, and a 50% extinction thresholdData S13. Estimated persistence under different GCMs, assuming species that did not previously disperse upwards will disperse upwards at the mean rate of all upward dispersing species, and a 95% extinction thresholdData S14. Estimated persistence under different GCMs, assuming species that did not previously disperse upwards will disperse upwards at the mean rate of all upward dispersing species, and a 50% extinction thresholdData S15. Estimated persistence under different GCMs, assuming species that did not previously disperse upwards will disperse upwards at the mean rate across all species, and a 95% extinction thresholdData S16. Estimated persistence under different GCMs, assuming species that did not previously disperse upwards will disperse upwards at the mean rate across all species, and a 50% extinction thresholdData S17. Summary of estimates of extinction across different dispersal scenarios and extinction thresholds using RCP 8.5Data S18. Estimated persistence under different GCMs, assuming species that did not previously disperse upwards will not disperse upwards, and a 95% extinction thresholdData S19. Estimated persistence under different GCMs, assuming species that did not previously disperse upwards will not disperse upwards, and a 50% extinction thresholdData S20. Estimated persistence under different GCMs, assuming species that did not previously disperse upwards will disperse upwards at the mean rate of all upward dispersing species, and a 95% extinction thresholdData S21. Estimated persistence under different GCMs, assuming species that did not previously disperse upwards will disperse upwards at the mean rate of all upward dispersing species, and a 50% extinction thresholdData S22. Estimated persistence under different GCMs, assuming species that did not previously disperse upwards will disperse upwards at the mean rate across all species, and a 95% extinction thresholdData S23. Estimated persistence under different GCMs, assuming species that did not previously disperse upwards will disperse upwards at the mean rate across all species, and a 50% extinction thresholdData S24. Summary of estimates of extinction across different dispersal scenarios and extinction thresholds using RCP 4.5<br>

数据集S1–S24
数据集S1：2015–2022年相关研究综述
数据集S2：生态位速率与比例重叠度估算
数据集S3：各站点气候数据（采用经验模态分解（EMD）方法）
数据集S4：基于站点间均值的生态位速率估算（采用EMD方法）
数据集S5：采用5年窗口的生态位速率与比例重叠度估算
数据集S6：采用10年窗口的生态位速率与比例重叠度估算
数据集S7：采用5年窗口的各站点气候数据
数据集S8：采用10年窗口的各站点气候数据
数据集S9：结合站点间均值与5年窗口的生态位速率估算
数据集S10：结合站点间均值与10年窗口的生态位速率估算
数据集S11：不同全球气候模式（GCM）下的物种存续估算，假设此前未向上扩散的物种将不会向上扩散，且灭绝阈值为95%
数据集S12：不同全球气候模式（GCM）下的物种存续估算，假设此前未向上扩散的物种将不会向上扩散，且灭绝阈值为50%
数据集S13：不同全球气候模式（GCM）下的物种存续估算，假设此前未向上扩散的物种将以所有向上扩散物种的平均速率向上扩散，且灭绝阈值为95%
数据集S14：不同全球气候模式（GCM）下的物种存续估算，假设此前未向上扩散的物种将以所有向上扩散物种的平均速率向上扩散，且灭绝阈值为50%
数据集S15：不同全球气候模式（GCM）下的物种存续估算，假设此前未向上扩散的物种将以所有物种的平均速率向上扩散，且灭绝阈值为95%
数据集S16：不同全球气候模式（GCM）下的物种存续估算，假设此前未向上扩散的物种将以所有物种的平均速率向上扩散，且灭绝阈值为50%
数据集S17：采用典型浓度路径8.5（RCP 8.5）情景下不同扩散场景与灭绝阈值的灭绝估算结果汇总
数据集S18：不同全球气候模式（GCM）下的物种存续估算，假设此前未向上扩散的物种将不会向上扩散，且灭绝阈值为95%
数据集S19：不同全球气候模式（GCM）下的物种存续估算，假设此前未向上扩散的物种将不会向上扩散，且灭绝阈值为50%
数据集S20：不同全球气候模式（GCM）下的物种存续估算，假设此前未向上扩散的物种将以所有向上扩散物种的平均速率向上扩散，且灭绝阈值为95%
数据集S21：不同全球气候模式（GCM）下的物种存续估算，假设此前未向上扩散的物种将以所有向上扩散物种的平均速率向上扩散，且灭绝阈值为50%
数据集S22：不同全球气候模式（GCM）下的物种存续估算，假设此前未向上扩散的物种将以所有物种的平均速率向上扩散，且灭绝阈值为95%
数据集S23：不同全球气候模式（GCM）下的物种存续估算，假设此前未向上扩散的物种将以所有物种的平均速率向上扩散，且灭绝阈值为50%
数据集S24：采用典型浓度路径4.5（RCP 4.5）情景下不同扩散场景与灭绝阈值的灭绝估算结果汇总