Physical and chemical data collected by bottle and CTD in the Gulf of Mexico from the R/V Gyre and R/V Pelican, April 2004 - July 2009 to help resolve the dominant oceanographic processes that control the timing, duration, and severity of hypoxia of the region (NODC Accession 0088164)

Physical and chemical oceanographic observational data collected by bottle and CTD in the Gulf of Mexico from the R/V Gyre and R/V Pelican, April 2004 - July 2009. Data were submitted from the project Mechanisms Controlling Hypoxia on the Louisiana Shelf. This data are part of a comprehensive and multidisciplinary study of the Texas-Louisiana Shelf that included interdisciplinary process cruises and shelf-wide surveys to complement, and provide rates and other parameters necessary for the initiation, control, and skill assessment of a realistic coupled three-dimensional hydrodyamic-biological-geochemical-sediment numerical modeling and statistical (multivariate) modeling elements.本数据集为2004年4月至2009年7月期间，由"吉雷号"（R/V Gyre）与"鹈鹕号"（R/V Pelican）科研调查船在墨西哥湾通过采水瓶（bottle）与温盐深剖面仪（Conductivity-Temperature-Depth, CTD）采集的物理海洋与化学海洋观测数据。本数据来源于"路易斯安那陆架缺氧控制机制（Mechanisms Controlling Hypoxia on the Louisiana Shelf）"研究项目。该数据是得克萨斯-路易斯安那陆架综合多学科研究的组成部分，此项研究涵盖跨学科过程航次与全陆架调查，旨在补充相关研究，并为真实可信的耦合式三维水动力-生物-地球化学-沉积数值模型与统计（多元）模型组件的构建、调控及性能评估提供所需的过程速率与其他参数。