INSPIRE Track 1: The Age of Water and Carbon in Hydroecological Systems: A New Paradigm for Science Innovation and Collaboration through Organic Team Science

该INSPIRE奖部分由地球科学&理事会地球科学部的地球生物学低温地球化学计划、&计算机信息科学工程理事会信息智能系统部&的以人为中心的&计算计划以及计算机信息科学工程理事会高级网络基础设施部的虚拟组织作为社会技术系统计划&资助&。该项目将开发新的科学工作实践和网络基础设施工具，以推进水文学领域的发展湖泊生态学（Lake Ecology）该项目将开发一个“有机团队科学”的社会技术模式，鼓励科学家在不同的科学界开展合作，并通过开放框架共享和规范数据，以解决科学问题。潜在地围绕建模问题创建新的跨学科合作。该项目将通过使已收集的地理空间数据更可用于分析和模拟来推进水文学。它将通过开发一个与更广泛的水文网络相连的湖泊综合水动力学模型来推进湖沼学，以量化水、物质、营养物和能量通量，这对湖沼学具有潜在的变革意义。该项目将与包括NSF Susquehanna/Shale Hills Critical Zone Observatory和GLEON项目在内的合作者共同开展，通过开发网络基础设施，为湖沼学提供气候和地理空间数据和模型，以及支持有机团队科学的新实践，该项目将带来好处。后者可能是对科学基础设施的重大和变革性贡献。水动力学模型可能对湖泊管理者有用。该提案包括向科学界宣传这些发现的计划。

This INSPIRE award is partially funded by the Geobiology & Low Temperature Geochemistry Program in the Division of Earth Sciences in the Directorate for Geoscience; the Human Centered Computing Program in the Division of Information & Intelligent Systems in the Directorate for Computer & Information Science & Engineering; and the Virtual Organizations as Socio-technical Systems Program in the Division of Advanced Cyber-Infrastructure in the Directorate for Computer & Information Science & Engineering.This project will develop new scientific work practices and cyberinfrastructure tools to advance the fields of hydrology and limnology (lake ecology). The project will develop a socio-technical model of "organic team science" in which scientists are motivated to collaborate across diverse scientific communities and to share and normalize data to solve scientific problems through an open framework. potentially creating new cross-disciplinary collaborations around the modelling problems. The project will advance hydrology by making already-collected geospatial data more usable for analysis and simulations. It will advance limnology by developing an integrated hydrodynamic model of lakes as connected to the broader hydrologic network to quantify water, material, nutrient and energy fluxes, which is potentially transformative for limnology. The project will be carried out with collaborators including the NSF Susquehanna/Shale Hills Critical Zone Observatory and the GLEON projects.The project will provide benefits by developing cyberinfrastructure to provide access for limnology to climate and geospatial data and models as well as novel practices for supporting organic team science. The later is potentially a significant and transformative contribution to the infrastructure for science. The hydro-dynamic model could be useful for those managing lakes. The proposal includes plans for outreach to the scientific community to share these findings.