Stepwise exhumation of northern Tibet since the Cretaceous [Dataset]

Table S1. Summary of the lithologies, zircon U–Pb and apatite U–Pb, FT, and He ages, and locations of the granitic samples from the Lhasa–Qiangtang collisional zone. Table S2. Summary of published low-temperature thermochronological data in Tibetan Plateau (as shown in Figure 1A). Table S3. Apatite U-Pb data for granitic samples in the Lhasa-Qiangtang collision zone. Table S4. Apatite fission track data for granitic samples in the Lhasa-Qiangtang collision zone. Table S5. Apatite (U-Th)/He data for granitic samples in the Lhasa-Qiangtang collision zone.附表S1：拉萨-羌塘碰撞带花岗岩样品的岩性、锆石U-铅（zircon U–Pb）同位素年龄、磷灰石U-铅（apatite U–Pb）同位素年龄、裂变径迹（Fission Track，FT）年龄、氦（He）同位素年龄及采样位置汇总 附表S2：青藏高原已发表低温热年代学数据汇总（如图1A所示） 附表S3：拉萨-羌塘碰撞带花岗岩样品的磷灰石U-铅（apatite U-Pb）同位素数据 附表S4：拉萨-羌塘碰撞带花岗岩样品的磷灰石裂变径迹（apatite fission track）数据 附表S5：拉萨-羌塘碰撞带花岗岩样品的磷灰石（铀-钍）/氦（(U-Th)/He）同位素数据