Collaborative Research: Building a Cyberinfrastructure for the Critical Zone Exploration Network

合作研究：构建关键区域探索网络的网络基础设施

• 批准号: 0533557
• 负责人: Daniel Richter
• 金额: $ 4.98万
• 依托单位: Duke University
• 依托单位国家: 美国
• 项目类别: Continuing Grant
• 财政年份: 2006
• 资助国家: 美国
• 起止时间: 2006-04-15 至 2008-03-31
• 项目状态: 已结题
• 来源: https://www.nsf.gov/awardsearch/showAward?AWD_ID=0533557&HistoricalAwards=false
• 关键词: Collaborative; Research; Building; Cyberinfrastructure; Critical

Daniel Richter EAR-0533557This award will initiate a cyberinfrastructure to promote interdisciplinary research investigating the zone defined by the outer limits of vegetation and the lower boundary of ground water, identified by the National Research Council as the Critical Zone. A complex interplay of physical, chemical, and biological reactions controls processes within this Critical Zone and has become the focus of research among a community of scientists derived from ecology, soil science, biology, geochemistry, hydrology, and geomorphology. An interdisciplinary team of scientists from these disciplines created the Weathering System Science Consortium (WSSC) in 2003 specifically to advance study of the Critical Zone. In an NSF-sponsored meeting in 2005, this consortium proposed a program the Critical Zone Exploration Network (CZEN) to study four broad research questions targeting the Critical Zone. CZEN is envisioned as a network of sites, people, tools, and ideas, which will investigate the response of the Critical Zone to global change, will promote systematic data and sample collection, will provide databases and sample storage facilities, and will train the next generation of Critical Zone scientists. The CZEN cyberinfrastructure must meet the needs of scientists from an array of disciplines and institutions. Many of these disciplines have their own conceptualizations, nomenclature, and methodologies for weathering processes. This research project will develop an integrative language (an ontology) for Critical Zone Science that will serve to bridge discipline boundaries. Building this ontology through a community-based effort will not only produce a focused, highly integrative communication standard for advancing the science of the Critical Zone, it will foster new collaboration and partnerships among groups that have not traditionally interacted. The development of this cyberinfrastructure will centralize Critical Zone data and metadata and increase usefulness of Critical Zone studies. A web-based knowledge-management environment to facilitate collaboration and sharing of data collected world-wide will be created to meet these goals. This project will contribute directly to the developing CZEN initiative by fostering interaction among the wide range of scientists and scientific disciplines that study the earths Critical Zone.

丹尼尔里希特-0533557该奖项将启动一个网络基础设施，以促进跨学科的研究，调查由植被的外部界限和地下水的下边界，由国家研究理事会确定为关键区定义的区域。物理、化学和生物反应的复杂相互作用控制着这个关键区域内的过程，并已成为生态学、土壤学、生物学、地球化学、水文学和地貌学科学家社区的研究重点。一个由这些学科的科学家组成的跨学科团队于2003年创建了风化系统科学联盟（WSSC），专门用于推进临界区的研究。 在2005年NSF主办的一次会议上，该联盟提出了一个关键区探索网络（CZEN）计划，以研究针对关键区的四个广泛的研究问题。CZEN被设想为一个网站，人员，工具和想法的网络，将调查临界区对全球变化的反应，将促进系统的数据和样本收集，将提供数据库和样本存储设施，并将培训下一代临界区科学家。CZEN网络基础设施必须满足来自一系列学科和机构的科学家的需求。这些学科中的许多学科都有自己的风化过程的概念、命名和方法。本研究项目将为临界区科学开发一种综合语言（本体论），以弥合学科界限。通过基于社区的努力构建这种本体，不仅会产生一个有重点的，高度整合的通信标准，以推进临界区的科学，它将促进传统上没有互动的群体之间的新的合作和伙伴关系。这一网络基础设施的发展将集中临界区数据和元数据，并提高临界区研究的有用性。为实现这些目标，将建立一个以网络为基础的知识管理环境，以促进协作和分享在世界各地收集的数据。 该项目将通过促进研究地球临界区的广大科学家和科学学科之间的互动，直接促进正在发展的CZEN倡议。