Supplementary dataset for Chavez et al "Provenance of the Middle Jurassic-Cretaceous sedimentary rocks of the Arequipa Basin (South Peru) and implication for the geodynamic evolution of the Central Andes"

Supplementary Dataset for a paper submitted to Gondwana research:
Table S1: Data reporting Information for LA- ICP-MS U-Th-Pb data analyzed at the Laboratory of Geochronology (University of Brasilia). Table S2: Lu-Hf isotopes results.
Table S3: U-Pb ages ARE304, Base of Puente Formation.
Table S4: U-Pb ages ARE312, Top of Puente Formation.
Table S5: U-Pb ages ARE305, Paleo channel of the base in Cachios Formation.
Table S6: U-Pb ages ARE306, Paleo channel in the top of Cachios Formation
Table S7: U-Pb ages ARE14, Top of the sequence, Labra Formation.
Table S8: U-Pb ages ARE367, Sandstone sequence in Gramadal Formation.
Table S9: U-Pb ages ARE16, Base of the Hualhuani Formation.
Table S10: U-Pb ages ARE17, Top of the Hualhuani Formation.
Table S11: U-Pb ages ARE339, Top of Murco Formation.
Table S12: U-Pb ages ARE332, siltstone of the Chilcane Formation.
Table S13: U-Pb ages and Crystallisation – Depositional age calculus for the Puente formation samples
Table S14: U-Pb ages and Crystallisation – Depositional age calculus for the cachios formation samples
Table S15: U-Pb ages and Crystallisation – Depositional age calculus for the Labra formation sample
Table S16: U-Pb ages and Crystallisation – Depositional age calculus for the Gramadal formation samples
Table S17: U-Pb ages and Crystallisation – Depositional age calculus for the Hualhuani formation samples
Table S18: U-Pb ages and Crystallisation – Depositional age calculus for the Murco formation sample
Table S19: U-Pb ages and Crystallisation – Depositional age calculus for the Chilcane formation sample
Supplementary Figure 1: Cathodoluminescence images of dated zircons
Table 1: Synthesis of the potential source location for the U-Pb zircon age (see text for details and references); CC: Coastal Cordillera, Alt: Altiplano, EC: Eastern Cordillera; Craton: Amazon craton;
Table 2: Sr-Sm-Nd systematics of analyzed sedimentary rocks
Table 3: Percentages of U–Pb ages representing known orogenic events (bold) on the Amazonian craton and adjacent regions. Age ranges are from Tassinari et al. (2000) and Reimann et al. (2010).

投稿至《Gondwana Research》的论文配套数据集：
表S1：巴西利亚大学地质年代学实验室分析的激光剥蚀电感耦合等离子体质谱（LA-ICP-MS）U-Th-Pb数据报告信息
表S2：Lu-Hf同位素测试结果
表S3：ARE304样品U-Pb年龄数据，普恩特组（Puente Formation）底部
表S4：ARE312样品U-Pb年龄数据，普恩特组（Puente Formation）顶部
表S5：ARE305样品U-Pb年龄数据，卡奇奥斯组（Cachios Formation）底部古河道
表S6：ARE306样品U-Pb年龄数据，卡奇奥斯组（Cachios Formation）顶部古河道
表S7：ARE14样品U-Pb年龄数据，地层序列顶部，拉布拉组（Labra Formation）
表S8：ARE367样品U-Pb年龄数据，格拉马达尔组（Gramadal Formation）砂岩序列
表S9：ARE16样品U-Pb年龄数据，瓦卢阿尼组（Hualhuani Formation）底部
表S10：ARE17样品U-Pb年龄数据，瓦卢阿尼组（Hualhuani Formation）顶部
表S11：ARE339样品U-Pb年龄数据，穆尔科组（Murco Formation）顶部
表S12：ARE332样品U-Pb年龄数据，奇尔卡内组（Chilcane Formation）粉砂岩
表S13：普恩特组（Puente Formation）样品的U-Pb年龄数据、结晶-沉积年龄计算结果
表S14：卡奇奥斯组（Cachios Formation）样品的U-Pb年龄数据、结晶-沉积年龄计算结果
表S15：拉布拉组（Labra Formation）样品的U-Pb年龄数据、结晶-沉积年龄计算结果
表S16：格拉马达尔组（Gramadal Formation）样品的U-Pb年龄数据、结晶-沉积年龄计算结果
表S17：瓦卢阿尼组（Hualhuani Formation）样品的U-Pb年龄数据、结晶-沉积年龄计算结果
表S18：穆尔科组（Murco Formation）样品的U-Pb年龄数据、结晶-沉积年龄计算结果
表S19：奇尔卡内组（Chilcane Formation）样品的U-Pb年龄数据、结晶-沉积年龄计算结果
补充图1：定年锆石的阴极发光（Cathodoluminescence）图像
表1：U-Pb锆石年龄潜在物源区综合（详细信息与参考文献见正文）；缩写说明：CC为海岸科迪勒拉（Coastal Cordillera），Alt为阿尔蒂普拉诺高原（Altiplano），EC为东部科迪勒拉（Eastern Cordillera）；Craton指亚马逊克拉通（Amazon craton）
表2：测试沉积岩的Sr-Sm-Nd同位素体系数据
表3：亚马逊克拉通及邻区代表已知造山事件（黑体标注）的U-Pb年龄占比。年龄区间参考Tassinari等人（2000）与Reimann等人（2010）的研究