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Satellite validation
We connect satellite products with field measurements to improve confidence, accuracy, and regional relevance.
Regional Observational Portal System (ROPS)
We monitor coastal and inland waters by connecting in situ observations, remote sensing, and artificial intelligence—turning complex aquatic data into knowledge for science and sustainable management.
Multi-scale monitoring across dynamic water environments
What we are doing
We bring complementary observations and analytical methods together to understand change across seasons, ecosystems, and spatial scales.
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We connect satellite products with field measurements to improve confidence, accuracy, and regional relevance.
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Long-term in situ observations reveal seasonal cycles, variability, trends, and ecosystem response to change.
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Machine learning combines diverse observations to retrieve water properties, identify patterns, and support prediction.
Bio-optical intelligence
Our research connects optical properties to reveal water condition, ecosystem response, and long-term change.
Inherent optical properties that connect water constituents to the light measured in situ and from space.
Biomass, size classes, and functional types as indicators of ecosystem structure and productivity.
Classification of optically distinct waters for more reliable regional monitoring and interpretation.
Long-term SST records reveal warming trends, marine heatwaves, and their impact on coastal ecosystems and fisheries.
Research behind ROPS
ROPS is developed alongside the interdisciplinary research of LaBO2. The laboratory advances aquatic bio-optics, phytoplankton ecology, remote sensing, field observation, and artificial intelligence through domestic and international collaboration.
Working together
Research and impact are stronger when institutions, disciplines, and regions connect.
We welcome scientists, institutions, data providers, and local partners interested in field campaigns, satellite validation, AI, and aquatic research.