2017 Chemical Oceanography Gordon Research Conference: Synthesizing Multifaceted Data in Chemical Oceanography

每两年，化学海洋学戈登研究会议汇集了科学界的领先成员，研究生，博士后和早期职业科学家在非正式环境中讨论海洋化学的新的，前沿的研究项目。国家科学基金会，沿着与戈登研究会议，将共同赞助至少15名研究生/博士后/早期职业科学家和30名特邀演讲者/讨论领导人/主席参加2017年化学海洋学戈登研究会议。2017年，化学海洋学戈登研究会议将于2017年7月23日至28日在新罕布什尔州新伦敦的科尔比索耶学院举行。会议的主题将是“综合化学海洋学的多方面数据”，目的是突出化学海洋学领域解决尖端问题的新方法。 会议的主要目标是提供一个论坛，将海洋化学领域的主要贡献者科学家以及研究生和博士后沿着在一起，就新的创新研究交换意见。在2017年戈登会议上的演讲和讨论将围绕以下会议主题进行：（1）时间序列-在空间和时间上合成观测;（2）自主测量-填补空间/时间连续体中的空白;（3）生物泵的新视角;（4）化学海洋学的多元方法;（5）通过海洋模型进行数据同化和合成;（6）通过海洋模型进行数据同化和合成。（6）耦合的生物地球化学循环;（7）有机地球化学-确定DOM的来源和循环;（8）沉积过程-从局部尺度扩大到全球尺度;（9）古海洋学-跨空间和时间的综合测量。 化学海洋学戈登研究会议已被公认为在海洋化学跨学科领域交流思想和建立新的科学联盟的重要场所。

Every two years, the Chemical Oceanography Gordon Research Conference brings together leading members of the scientific community, graduate students, postdocs, and early career scientists to discuss new, cutting-edge research projects in marine chemistry within an informal setting. The National Science Foundation, along with the Gordon Research Conference, will co-sponsor the participation of at least 15 graduate students/postdocs/early career scientists and 30 invited speakers/discussion leaders/chairs to the 2017 Chemical Oceanography Gordon Research Conference. In 2017, the Chemical Oceanography Gordon Research Conference will be held July 23-28, 2017 at Colby Sawyer College in New London, New Hampshire. The theme for the conference will be "Synthesizing Multifaceted Data in Chemical Oceanography" with the aim of highlighting new approaches available in the field of chemical oceanography to address cutting edge questions. The primary goal of the conference is to provide a forum that brings together scientists that are leading contributors in the field of marine chemistry along with graduate students and postdocs to exchange ideas on new, innovative research. Presentations and discussions at the 2017 Gordon Conference will center around the following session topics: (1) Time Series- Synthesizing Observations over Space and Time; (2) Autonomous Measurements-Filling Gaps in the Space/Time Continuum; (3) New Perspectives on the Biological Pump; (4) Multi-Element Approaches to Chemical Oceanography; (5) Data Assimilation and Synthesis Through Ocean Models; (6) Coupled Biogeochemical Cycles; (7) Organic Geochemistry-Identifying Sources and Cycling of DOM; (8) Sediment Processes-Scaling up from Local to Global Scales; and (9) Paleoceanography-Integrating Measurements Across Space and Time. The Chemical Oceanography Gordon Research Conference has become recognized as an important venue to exchange ideas in the interdisciplinary field of marine chemistry and to forge new scientific alliances.