New metal isotope techniques to explore past depositional environments of the Centralian Superbasin, Australia

J. Farkas, A. Collins, S. Löhr, C. Verdel, M. Blades, C. Holmden, S. Schmid, D. Subarkah, R. Klaebe, Shaun Yardley
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Abstract

The Centralian Superbasin (CSB) is a ~ 2 million km2 Neoproterozoic to early Palaeozoic (ca. 850−400 Ma) intracratonic depositional system, which stretches across four states (WA, NT, SA and QLD) and is of fundamental scientific and economic significance to Australia. Sedimentary sequences within the CSB, comprising the Amadeus/Warburton, Georgina and Officer Basins, record a critical phase of Earth history, encompassing the Neoproterozoic rise of atmospheric oxygen, major reorganisations in the global carbon cycle and the emergence of the first complex life.
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新的金属同位素技术探索澳大利亚中第三系超级盆地过去的沉积环境
中央超级盆地(CSB)是一个约200万平方公里的新元古代至早古生代(约850 ~ 400 Ma)克拉通内沉积体系,横跨WA、NT、SA和QLD四州,对澳大利亚具有重要的科学和经济意义。CSB内的沉积序列,包括Amadeus/Warburton盆地、Georgina盆地和Officer盆地,记录了地球历史的一个关键阶段,包括新元古代大气氧气的上升、全球碳循环的主要重组和第一个复杂生命的出现。
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