Coordination Funds

协调基金

• 批准号: 276857794
• 负责人: Professor Dr. Carsten Münker
• 金额: --
• 依托单位: Institut für Geologie und Mineralogie
• 依托单位国家: 德国
• 项目类别: Priority Programmes
• 财政年份: 2015
• 资助国家: 德国
• 起止时间: 2014-12-31 至 2023-12-31
• 项目状态: 已结题
• 来源: https://gepris.dfg.de/gepris/projekt/276857794?language=en
• 关键词: Coordination; Funds

In the proposal it is lined out: "In this follow up proposal, we apply for funding to co-ordinate the second period of the project "Building a Habitable Earth" from 2018 - 2021, based on a report for the first 2 funding years from 2015 to 2017. Beyond general co-ordination tasks, our special focus will continue to be on efficiently cross-linking established and young researchers and on providing interdisciplinary training opportunities for incoming researches. We will continue to provide rapid access to suitable sample materials and techniques to the community. To achieve these goals, we propose to continue several co-ordination measures that have included annual SPP meetings, initial training workshops, field workshops for co-ordinated sample campaigns and more advanced topical workshops. These measures will be complemented by efficient equal opportunity measures and by public outreach measures, all based on a lively internet platform that is well maintained and updated regularly. During the second phase of SPP 1833 we plan to co-ordinate a common SPP volume that will finally be published towards the end of the funding period. The goals of these measures are to enhance interdisciplinarity, visibility of the SPP in the scientific community and the public, and to improve long term access for the entire German Earth Science community to rare early terrestrial and extraterrestrial sample suites. The scientific background of the project is that it is still an open question how Earth became the only known habitable planet. The three most critical parameters were (i) the compositions and sources of Earth’s building materials (ii) the Earth’s early internal processing into crust, mantle, and core and (iii) the evolution of the ocean-atmosphere system. Until now the planetary and early geological processes that made Earth the only known habitable planet could not be well addressed, as suitable sample materials and sufficient analytical tools were limited for a long time. This picture has dramatically changed since a couple of years, and new avenues for innovative research emerged. These include the increased availability of suitable sample materials as well as the development of novel techniques. Therefore the project largely focuses on Earth Science-based observational approaches to study the early geological and extraterrestrial sample record. Only such materials provide a vestige of Earth’s early evolution. Analogue studies or entirely theoretical studies are outside the scope of the Project. The project is the first coordinated Earth Science based research program in Germany that addresses the causes for Earth’s habitability from different angles, focusing on key disciplines such as geology, geochemistry, cosmochemistry, petrology, planetology, and geobiology that can be linked to numerical modelling."

在这份后续提案中，我们根据2015年至2017年前两个资助年度的报告，申请资助协调2018年至2021年“建设一个可居住的地球”项目的第二阶段。除了一般的协调工作外，我们的特别重点将继续是有效地将现有的和年轻的研究人员联系起来，并为新的研究提供跨学科的培训机会。我们将继续为社会提供快速获取合适样本材料和技术的途径。为达致这些目标，我们建议继续推行多项协调措施，包括每年举行的卫生政策小组会议、初步培训工作坊、为协调样本运动而举办的实地工作坊，以及更高级的专题工作坊。这些措施将辅之以有效的机会平等措施和公共宣传措施，所有这些措施都基于一个活跃的互联网平台，该平台得到良好维护和定期更新。在SPP 1833的第二阶段，我们计划协调一个共同的SPP卷，最终将在资助期结束时出版。这些措施的目标是加强跨学科性，SPP在科学界和公众中的知名度，并改善整个德国地球科学界长期获得罕见的早期地球和外星样品套件的机会。该项目的科学背景是，地球如何成为唯一已知的可居住行星仍然是一个悬而未决的问题。三个最关键的参数是（i）地球建筑材料的组成和来源（ii）地球早期内部加工成地壳，地幔和核心（iii）海洋-大气系统的演变。到目前为止，使地球成为唯一已知的可居住行星的行星和早期地质过程无法很好地解决，因为合适的样品材料和足够的分析工具很长一段时间都很有限。几年来，这种情况发生了巨大变化，创新研究的新途径出现了。这些包括增加合适样品材料的可用性以及开发新技术。因此，该项目主要侧重于以地球科学为基础的观测方法，以研究早期地质和地球外样本记录。只有这样的物质提供了地球早期演化的遗迹。研究或完全理论研究不在本项目范围内。该项目是德国第一个基于地球科学的协调研究计划，从不同角度解决地球可居住性的原因，重点关注地质学，地球化学，宇宙化学，岩石学，行星学和地球生物学等关键学科，可以与数值模拟联系起来。"