Workshop on advancing integrative volcanology with community experiments: Albuquerque, NM, November 28-30, 2018

该奖项支持2018年11月举行的社区讲习班，以综合多学科观点，说明社区项目如何推动综合火山学。最近关于火山系统研究的社区报告指出的关键挑战之一是加强社区组织，以克服观察和纪律限制。拟议的讲习班将有助于促进社区组织，鼓励早期职业科学家在指导领域中发挥积极作用，并为雄心勃勃和创新的近期项目奠定基础。具有开放数据和协调火山系统跨学科研究的框架的社区项目将有利于下一代火山科学家的培训和机会，并使对火山学的投资取得比个人调查员或小组项目所能取得的成果更大的成果。总体目标是促进对火山系统生命周期的基于过程的了解，这些生命周期是对生命和基础设施的重大危害，也是地质过程、中心地热能和有经济价值的元素和矿物集中的长期驱动因素。火山系统背后复杂的地球物理和地球化学过程以及地质历史需要广泛的观测资源和跨学科参与来建立火山过程模型。迄今为止已经取得了很大进展，主要是利用由个人调查人员或小组推动的研究项目，他们执行项目的所有部分(收集观察、分析、解释)，并最终可能在项目完成后公开其数据。越来越多的人认识到，持续取得进展可从集中资源收集各种尖端观测、扩大开放获取的数据和数据产品以及加强观测方法和理论方法之间的协调中获益。拟议的讲习班将为动机良好和重点突出的讨论提供机会，从而就社区火山实验如何在不久的将来成为一种日益有用的运作模式提出建议。研讨会的目标包括确定适合社区实验的关键问题，潜在实验设计和地点的要素，以及综合研究框架的关键方面，以最大化社区实验的好处。该奖项反映了NSF的法定使命，并通过使用基金会的智力优势和更广泛的影响审查标准进行评估，被认为值得支持。

This award supports a community workshop in November 2018 to synthesize multidisciplinary perspectives on how community projects can advance integrative volcanology. One of the key challenges identified by recent community reports on research in volcanic systems is enhancing community organization to overcome observational and disciplinary limitations. The proposed workshop would help foster community organization, encourage early career scientists to take an active role in guiding the field, and set the stage for ambitious and innovative near-future projects.Community projects with open data and a framework for coordinating interdisciplinary research on volcanic systems would benefit training and opportunities for the next generation of volcano scientists and maximize outcomes from investment in volcanology beyond what is possible with individual investigator or small group projects. The overarching goal is to advance process-based understanding of the life cycles of volcanic systems that are important hazards to life and infrastructure as well as longterm drivers of geological processes central geothermal energy and concentration of economically valuable elements and minerals.The complex geophysical and geochemical processes and geological history underlying volcanic systems demands extensive observational resources and interdisciplinary engagement to develop models of volcanic processes. Much progress has been made to date primarily using research projects driven by individual investigators or small groups who perform all parts of the project (collection of observation, analysis, interpretation) and may eventually make their data openly available after project completion. There is growing recognition that continued advances could benefit greatly from pooling resources to collect diverse cutting-edge observations, expansion of open-access data and data products, and increasing coordination among observational and theoretical approaches. The proposed workshop will provide an opportunity for well-motivated and focused discussions leading to recommendations for how community volcano experiments could be an increasingly useful mode of operation in the near future. Workshop goals include identifying the key problems suited to community experiments, elements of potential experiment designs and locations, and key aspects of integrative research frameworks to maximize the benefit of community experiments.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.