AuScope地球化学实验室网络

A. Prent, B. McInnes, A. Gleadow, S. O’Reilly, S. Boone, B. Kohn, E. Matchan, T. Rawling
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摘要

AuScope是一个由地球科学研究所组成的澳大利亚联盟,致力于发展国家研究基础设施。AuScope于2019年获得联邦资金,用于建立AuScope地球化学实验室网络(AGN),目的是协调基于fair的开放数据计划,支持用户访问实验室设施,并加强国家范围内的分析能力。正在进行的活动包括评估研究人员使用国际地理样本编号(IGSN)系统注册样本的最佳实践,并结合规定的元数据收集最低限度。最初的活动将侧重于在高价值数据集上测试元数据模式,如地质年代学(SHRIMP U-Pb,科廷大学)、地球化学(hf -同位素,麦考瑞大学)和低温热年代学分析(裂变径迹/U-He,墨尔本大学)。总的来说,这些数据集将形成一个以同位素图谱电子研究平台形式的地球化学数据存储库,该平台可通过AuScope发现门户向公众开放。随着时间的推移,该存储库将汇集大量公共资助的地球化学数据,为定量了解塑造澳大利亚大陆及其资源的地球系统过程的演变提供关键资源。
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The AuScope Geochemistry Laboratory Network

AuScope is an Australian consortium of Earth Science institutes cooperating to develop national research infrastructure. AuScope received federal funding in 2019 to establish the AuScope Geochemistry Laboratory Network (AGN), with the objective of coordinating FAIR-based open data initiatives, support user access to laboratory facilities, and strengthen analytical capability on a national scale. 

Activities underway include an assessment of best practices for researchers to register samples using the International Geo Sample Number (IGSN) system in combination with prescribed minima for meta-data collection. Initial activities will focus on testing meta-data schema on high value datasets such as geochronology (SHRIMP U-Pb, Curtin University), geochemistry (Hf-isotopes, Macquarie University) and low-temperature thermochronology analyses (fission track/U-He, University of Melbourne). Collectively, these datasets will lead to a geochemical data repository in the form of an Isotopic Atlas eResearch Platform that is available to the public via the AuScope Discovery Portal. Over time, the repository will aggregate a large volume of publicly funded geochemical data, providing a key resource in quantitatively understanding the evolution of Earth system processes that have shaped the Australian continent and its resources.

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