For oceanographers and climate scientists, satellite altimeter data is a treasure trove of information – revealing the ocean’s dynamic surface, wave patterns, and wind behavior with remarkable precision.
Yet this scientific gold mine often remains frustratingly inaccessible, buried beneath complex access protocols and time-consuming processing requirements.
At Oceanum, we’re transforming how researchers interact with this crucial data. Our platform provides seamless access to a comprehensive altimeter dataset that includes:
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- Along-track sea surface heights (SSH) – Critical for monitoring sea level rise and ocean circulation
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- Significant wave heights (SWH) – Essential for understanding wave dynamics and coastal impacts
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- Wind speeds (WS) – key for studying air-sea interactions and storm systems
What makes this collection particularly valuable is its temporal depth and consistency. Cross-calibrated from multiple satellite missions (TOPEX/Poseidon through Sentinel-3A), it offers a meticulously homogenized time series spanning from 1992 to present – allowing researchers to track oceanic changes across three decades. Full details of the dataset can be found in the original paper in Nature Scientific Data (https://www.nature.com/articles/s41597-019-0083-9 ), validating its reliability for cutting-edge research on climate variability, ocean dynamics, and environmental trends.
A Jupyter notebook demonstrating how researchers can quickly move from data access to meaningful analysis can be found here: https://github.com/oceanum-io/notebooks/blob/main/datamesh_demo_imos.ipynb
The ocean holds answers to many of our most pressing environmental questions. By removing the barriers to working with altimeter data, we’re helping scientists focus on discovering those answers rather than wrestling with data preparation.
Curious about how this approach could accelerate your research? Learn more: https://oceanum.io/