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Ocean color instrument intercomparisons and cross-calibrations by the SIMBIOS project

机译:海洋彩色仪器互通和交叉校准由SIMBIOS项目

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The Sensor Intercomparison and Merger for Biological and Interdisciplinary Oceanic Studies (SIMBIOS) Project has a worldwide, ongoing ocean color data collection program, plus an operational data processing and analysis capability, SIMBIOS data collection takes place via the SIMBIOS Science Team and the Aerosol Robotic Network (AERONET). In addition, SIMBIOS has a calibration and product validation component. The primary purpose of these calibration and product validation activities are to (1) reduce measurement error by identifying and characterizing true error sources such as real changes in the satellite sensor or problems in the atmospheric correction algorithm, in order to differentiate these errors from natural variability in the marine light field; and (2) evaluate the various bio-optical algorithms being used by different ocean color missions. For each sensor, the SIMBIOS Project reviews the sensor design and processing algorithms being used by the particular ocean color project, compares the algorithms with alternative methods when possible, and provides the results to the appropriate project office, e.g., Centre National D'Etudes Spatialle (CNES) and National Space Development Agency of Japan (NASDA) for Polarization and Directionality of the Earth's Reflectance (POLDER) and Ocean Color and Temperature Sensor (OCTS), respectively. In the near future the Project is looking forward to collaborate with Global Imager (GLI), Ocean Color Imager (OCI) and international entities such as the International Ocean-Colour Coordinating Group (IOCCG) and Space Application Institute (Joint Research Center).
机译:生物和跨学科海洋研究(SIMBIOS)项目的传感器互相和合并在全球范围内,正在进行的海洋彩色数据收集程序,以及运营数据处理和分析能力,SIMBIOS数据收集通过SIMBIOS科学团队和气溶胶机器人网络进行(Aeroonet)。此外,SIMBIOS还具有校准和产品验证组件。这些校准和产品验证活动的主要目的是(1)通过识别和表征真正的误差源(如卫星传感器或大气校正算法问题)的真实变化等真实变化来减少测量误差,以便将这些误差与自然变异性区分开来在海洋光场; (2)评估不同海洋颜色任务使用的各种生物光学算法。对于每个传感器,SIMBIOS项目审查了特定海洋颜色项目使用的传感器设计和处理算法,将算法与替代方法进行比较,并将结果提供给适当的项目办公室,例如Center National D'Etudes Spatialle (CNES)和日本国家空间开发机构(纳斯达)分别用于地球反射率(圩田)和海洋颜色和温度传感器(OCT)的极化和方向性。在不久的将来,该项目期待与全球成像仪(GLI),海洋彩色成像仪(OCI)和国际实体合作,如国际海洋协调组(IOCCG)和空间应用研究所(联合研究中心)。

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