Cooperative Institute for Dynamic Earth Research: Fluid and Magma Transport at Plate Boundaries

学科工具的进步和主要基础设施的努力推动了我们理解板块边界动力学以及对生命和基础设施的相关危害的能力取得了令人印象深刻的进步。新的数据集和新的方法提供了有价值的见解，但对板块边界演化的许多方面仍然知之甚少。进步的部分障碍是由于研究的学科性质。需要一种更综合的方法，利用每个相关学科的知识和最新成就，以产生新的想法，并确定新的观察结果，从而区分相互竞争的假设。该奖项支持美国动态地球研究合作研究所（CIDER）的一个夏季项目，该项目以地球地质系统驱动的流体和岩浆输送为主题。CIDER寻求通过促进所有职业水平的研究人员的跨学科教育来降低综合研究的障碍。该团队还打算培养一支能够更有效地参与跨学科研究的员工队伍，目标是在一个重要的和未解决的研究问题上取得更快的进展。这个为期四周的暑期项目汇集了一批来自全国各地机构的高级研究生和博士后，以解决有关板块边界演化的基本问题。这个主题是板块构造基本范式的核心，理解流体和岩浆的作用一直是一个长期的挑战。来自美国各机构的资深参与者，代表了一系列学科，担任小组研究项目的导师和导师。该计划的前两周致力于讲座和辅导，涵盖了各个学科的基本工具和方法。第二个两周是用来开发研究项目的小组与学科专业知识的良好组合。结果将是更好地理解板块边界，包括关于水和碳通过地球系统循环的关键问题，这调节了气候的长期稳定性。该奖项反映了美国国家科学基金会的法定使命，并通过使用基金会的知识价值和更广泛的影响审查标准进行评估，被认为值得支持。

Advances in disciplinary tools and major infrastructure efforts have fueled impressive progress in our ability to understand the dynamics of plate boundaries and the associated hazards to life and infrastructure. New data sets and new methodologies offer valuable insights, yet many aspects of plate boundary evolution are still poorly understood. Part of the impediment to progress is due to the disciplinary nature of research. A more integrated approach that leverages the knowledge and latest achievements in each of the relevant disciplines is needed to generate new ideas and to identify new observations that distinguish between competing hypotheses. This award supports a summer program for the Cooperative Institute for Dynamic Earth Research (CIDER) on the GeoPRISMS-driven theme of fluid and magma transport. CIDER seeks to lower barriers to integrated research by promoting cross-disciplinary education of researchers at all career levels. The team also intend to develop a workforce that can more effectively engage in interdisciplinary research with the goal of enabling more rapid progress on an important and unsolved research problem.The proposed four-week summer program brings together a cohort of senior graduate students and postdocs from institutions across the country to tackle the fundamental questions about the evolution of plate boundaries. This topic is central to the basic paradigm of plate tectonics and understanding the role of fluids and magma has been a long-standing challenge. Senior participants from various US institutions, and representing a range of disciplines, serve as instructors and mentors for group research projects. The first two weeks of the program are devoted to lectures and tutorials, covering the basic tools and approaches of the various disciplines. The second two weeks are used to develop research projects in groups with a good mix of disciplinary expertise. The outcome will be a better understanding of plate boundaries, including key questions about the cycling of water and carbon through the Earth system, which regulates the long-term stability of climate.This award reflects NSF's statutory mission and has been deemed worthy of support through evaluation using the Foundation's intellectual merit and broader impacts review criteria.