SAVI: Building a framework between the EU and the USA to harmonize data products relevant to global research infrastructures in the environmental field

职务名称：合作研究：SAVI-在欧盟和美国之间建立一个框架，以协调与环境领域全球研究基础设施相关的数据产品。该奖项被指定为跨虚拟研究所（SAVI）科学奖，由NSF共同资助。国际科学与工程办公室。美国四个环境观测站（国家生态观测网（氖）、海洋观测站倡议（OOI）、高级模块化非相干散射雷达（AMISR）以及由USAray和板块边界观测站（PBO）组成的EarthScope，分别由联合地震研究所和联合国志愿人员组织运作）正在与欧洲联盟的对应方合作，制定与环境领域全球研究基础设施有关的共同数据政策和标准。 该项目的目标包括通过广泛协调数据和构建具有更广泛社会重要性的多学科协同数据产品来发展新的理解。 此外，这些活动将有助于科学界更好地开发耦合模型，更好地捕捉地球系统的关键反馈和相互作用。 需要这些模型来帮助各级决策者更容易获得这些类型的数据。 将这些现有的课程联系起来，为早期职业研究人员和学生提供了一个独特的机会，使他们能够在多学科的环境中学习，不仅从美国的参与者那里受益，还能从欧洲的同行那里受益。 这些观测站将开发研究生和研究生课程，讲习班将设法吸收初入职业的科学家和学生参加。拟议的活动将侧重于应对与社会有关的挑战。通过案例研究，将调查统一数据的方法，目的是使这些观测站的数据更容易纳入有效的决策。 灾害、碳和水可能是第一批解决的问题。该计划为欧洲和美国新一代研究人员的职业发展创造了机会。虚拟研究所为早期职业科学家提供了跨学科、多机构活动的机制，这些活动侧重于环境数据和网络基础设施;为他们提供新的科学工具，以解决协调环境数据方面的挑战性问题，帮助他们有效决策;并向他们展示国际伙伴关系如何帮助解决全球问题。它正在招募一批来自美国和欧洲的学生，在这些国家建立环境数据和网络基础设施专家的协作网络。

Title: Collaborative Research: SAVI- Building a framework between the EU and the USA to harmonize data products relevant to global research infrastructures in the environmental field.This award is designated as a Science Across Virtual Institutes (SAVI) award and is being co-funded by NSF?s Office of International Science and Engineering. Four US environmental observatories (National Ecological Observatory Network (NEON), Ocean Observatories Initiative (OOI), Advanced Modular Incoherent Scatter Radar (AMISR) and collectively EarthScope, comprising USArray and the Plate Boundary Observatory (PBO), operated respectively by the Incorporated Research Institutions for Seismology (IRIS) and UNAVCO) are working together with their respective counterparts from the European Union on developing common data policies and standards relevant to global research infrastructures in the environment field. The project goals include developing new understanding through broad harmonization of data and constructing multi- discipline, synergistic data products that have wider societal importance. In addition, these activities will help the scientific community to better develop coupled models that better capture critical feedbacks and interactions of the earth system. These models are needed to help make these types of data more accessible to decision-makers at many levels. Linking these existing programs provides a unique opportunity for early career researchers and students to learn in a multi-disciplinary environment and to benefit not only from the US participants but also their European counterparts. The observatories will be developing graduate and post-graduate courses and the workshops will seek to include early career scientists and students. The proposed activities will focus on addressing societally relevant challenges. Through case studies, ways of harmonizing data will be investigated with the goal of making the data from these observatories easier to include in effective decision-making. Disasters, carbon and water will likely be the first set of issues addressed.This program is creating opportunities for enhancing the career trajectories of a new generation of researchers in Europe and the U.S. The virtual institute is providing mechanisms for exposing early-career scientists to interdisciplinary, multi-institutional activities focused on environmental data and cyberinfrastructure; arming them with new scientific tools to address challenging questions in harmonizing environmental data to help in effective decision making; and showing them how international partnerships can help to solve global problems. It is recruiting a diverse set of US and European students to create collaborative networks of environmental data and cyberinfrastructure experts across these countries.