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Mission to provide long time series of ocean color radiance data for climate, research, and operational applications. Framework focuses on maximizing accuracy and stability of records from satellite missions. Collaboration aims to enhance calibration approaches and share experiences for improved sensor calibration.
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IOCCG Task Force on Satellite Sensor Calibration Ewa Kwiatkowska (EUMETSAT) Gerhard Meister (NASA) IOCCG#24, 4-6 April 2019, University of Science Technology, Hanoi, Vietnam
Motivation for the sensor calibration task force Recommendation from the INSITU-OCR White Paper OCR-VC – aims to “provide long time series of calibrated ocean colour radiance at key wavelength bands from measurements obtained from multiple satellites. OCR-VC activities will include calibration, validation, merging of satellite and in situ data, product generation, as well as development and demonstrations of new and improved applications.” Mission Statement • Create a framework for active and hands-on collaboration among instrument calibration and characterization experts from the Agencies engaged in the OCR-VC initiative. • The collaboration focuses on calibration needs specific to ocean-color measurements and has the objective to maximize the accuracy and temporal and spatial stability of OCR records from individual missions for the purpose of climate, research and operational applications. 2 IOCCG#24, 4-6 April 2019, University of Science Technology, Hanoi, Vietnam
Meetings and collaborations • Biennial IOCS meetings • Side-meetings (e.g. S3VT) • Inter-agency collaborations (e.g. visiting scientists) • Breakout workshop at IOCS’19 is very strongly supported IOCCG#24, 4-6 April 2019, University of Science Technology, Hanoi, Vietnam
Measureable benefits of task force collaborations • “the best way to get an overview of the calibration status and approaches for all ocean color missions” • Sentinel-3 OLCI in-flight diffuser characterization • Strategy and requirements for the PACE OCI Solar Calibration • Improved prelaunch calibration approaches via shared experience from similar sensors • Lunar calibration, community lunar model: GSICS implementation of the ROLO (GIRO) IOCCG#24, 4-6 April 2019, University of Science Technology, Hanoi, Vietnam