Workshop-NEON: Integrated Carbon and Water for Ecological and Biogeochemical Synthesis (ICWEBS); Wind River Experimen. Forest, WA; Sept. 2016; Boulder, CO; March, 2017; AGU-2017

研讨会-NEON：生态和生物地球化学合成的综合碳和水（ICWEBS）；

• 批准号: 1550814
• 负责人: David Noone
• 金额: $ 10万
• 依托单位: Oregon State University
• 依托单位国家: 美国
• 项目类别: Standard Grant
• 财政年份: 2015
• 资助国家: 美国
• 起止时间: 2015-12-01 至 2017-11-30
• 项目状态: 已结题
• 来源: https://www.nsf.gov/awardsearch/showAward?AWD_ID=1550814&HistoricalAwards=false
• 关键词: Workshop; NEON; Integrated; Carbon; Water

A synthesis team (Integrated Carbon and Water for Ecological and Biogeochemical Synthesis, ICWEBS) will be established to evaluate and coordinate approaches for making best use of atmospheric data collected by the National Ecological Observatory Network (NEON). This will be facilitated by organizing a symposium that will bring together 80-120 experts in the field, followed by workshops. The symposium will result in a series of recommendations for calibration and processing of data that is collected by NEON, as well as examples of how the NEON data can be integrated with other data sets. Several tangible outcomes will emerge form the proposed work: 1) video tutorials that will be open to students and early career scientists and made available via the internet, 2) articles that will be published in widely read scientific journals or an edited book. Through these communications, ideas on how to make best use of atmospheric data collected by NEON will be made available to a wide variety of institutions throughout the United States. The workshops will provide learning opportunities for early career scientists and graduate students.The National Ecological Observatory Network (NEON) will provide the scientific community data on isotopes of water and carbon dioxide at unprecedented temporal and spatial scales. This data along with appropriate theoretical frameworks will enable the community to make significant advances in understanding carbon and water exchange between the biosphere and the atmosphere. A synthesis team (Integrated Carbon and Water for Ecological and Biogeochemical Synthesis, ICWEBS) will be established to evaluate and coordinate approaches for making best use of isotopic data collected by NEON. The synthesis team will organize a symposium involving 80-120 participants to be held late September 2016 near a NEON core site. This symposium will be followed up with workshops with ca 20 people involved in each. By providing: 1) specific recommendations for calibration and processing approaches for the NEON isotopic data streams, 2) examples of the integration of NEON into models of varying levels of complexity, and by 3) broadening of the awareness and utilization of the isotopic data, the proposed workshops will provide the scientific community with the best approaches and most effective ways of using the isotopic data collected by NEON. Peer reviewed articles resulting from the workshops will be disseminated widely in journals and/or an edited book.

将建立一个综合小组(生态和生物地质化学综合碳和水综合小组，ICWEBS)，以评估和协调最佳利用国家生态观测网(NEON)收集的大气数据的方法。为此，将组织一次研讨会，汇聚该领域的80-120名专家，然后举办讲习班。专题讨论会将就霓虹灯收集的数据的校准和处理提出一系列建议，并举例说明如何将霓虹灯数据与其他数据集结合起来。拟议的工作将产生几个切实的成果：1)向学生和早期职业科学家开放并通过互联网提供的视频教程，2)将在广泛阅读的科学期刊或编辑过的书籍上发表的文章。通过这些通信，关于如何最好地利用霓虹灯收集的大气数据的想法将提供给美国各地的各种机构。这些讲习班将为早期职业科学家和研究生提供学习机会。国家生态观测网络(NEON)将在前所未有的时间和空间尺度上提供科学界关于水和二氧化碳同位素的数据。这些数据和适当的理论框架将使该社区能够在理解生物圈和大气之间的碳和水交换方面取得重大进展。将设立一个综合小组(生态和生物地球化学综合碳和水合成小组，ICWEBS)，评估和协调最佳利用霓虹灯收集的同位素数据的方法。合成小组将于2016年9月下旬在霓虹核附近组织一次有80-120人参加的研讨会。在这次研讨会之后，将举行研讨会，每个研讨会有20人参加。通过提供：1)对霓虹灯同位素数据流的校准和处理方法提出具体建议，2)将霓虹灯纳入不同复杂程度的模型的例子，以及3)扩大对同位素数据的认识和利用，拟议的讲习班将向科学界提供使用霓虹灯收集的同位素数据的最佳方法和最有效的方法。讲习班产生的经同行评审的文章将在期刊和/或编辑过的书籍中广泛传播。