SHINE Workshop Coordination for the Period during January 1, 2010 to December 31, 2014

该奖项是为监督和管理由SHINE（太阳、日球层和行星际环境）项目团体提供的为期五年的年度科学研讨会而颁发的。SHINE联合了太阳、行星际和日球圈研究领域的美国科学家，他们致力于促进对以磁场和粒子形式的能量由太阳产生并在行星际空间加速的过程的理解，以及对这些磁场和粒子被运送到地球和太阳系其他地方的机制的理解。SHINE研究的重点是太阳事件和现象之间的联系及其与日球层太阳风结构的关系，以及太阳风的起源和演变，行星际介质湍流的性质，太阳高能粒子从太阳穿过日球层的产生和运输。SHINE活动的目标是丰富和加强我们对这些现象的物理理解和预测能力。在这个研讨会支持项目的过程中，SHINE指导和培训下一代科学家，同时促进社区的思想交流并为未来的研究提供方向。除了为研讨会的活动提供所有后勤支持外，这项具体的五年努力将每年全额资助至少55名美国学生和5名美国博士后，以及最多5名能够为SHINE科学界做出独特贡献的外国学生和科学家。作为一个从事空间气象科学的社区研究小组，SHINE还与NSF内支持磁层物理学、电离层物理学和航空学研究的其他社区科学项目结盟。

This award is for the oversight and management of the annual science workshops offered by the SHINE (Solar, Heliospheric, and INterplanetary Environment) program community over the five years. SHINE unites the U.S. scientists within the solar, interplanetary, and heliospheric research communities, who are dedicated to promote enhanced understanding of the processes by which energy in the form of magnetic fields and particles are produced by the Sun and accelerated in interplanetary space, and on the mechanisms by which these fields and particles are transported to the Earth and elsewhere in the solar system. SHINE research focuses upon the connection between events and phenomena on the Sun and their relation to solar wind structures in the heliosphere, as well as the origin and evolution of the solar wind, the nature of turbulence in the interplanetary medium, and the production and transport of solar energetic particles from the Sun through the heliosphere. The goal of SHINE activities is to enrich and strengthen our physical understanding of, and predictive capabilities for, such phenomena. Over the course of this workshop support project, SHINE mentors and trains next-generation scientists, while facilitating the community's exchange of ideas and providing directions for future research. In addition to providing all logistical support for the workshop's activities, this specific five-year effort will fully fund the participation of at least 55 U.S. students and 5 U.S. postdoctoral fellows annually, as well as up to five foreign students and scientists able to make unique contributions to the SHINE science community. As a community-based research group engaged in space weather science, SHINE is also allied with other community science programs within the NSF that support research in magnetosphere physics, ionospheric physics, and aeronomy.