oceanographic data
World Data Ocean keeps oceanographic data in one place: 2 stories so far. The section currently leads with “Mapping marine phosphorus cycling with a global alkaline phosphatase dataset” and “Wave-Powered Upwelling Boosts Kelp Growth in Gulf of Maine Study”. A new global dataset of alkaline phosphatase activity now maps marine phosphorus cycling with empirical, peer-reviewed precision. In the Gulf of Maine, wave-powered upwelling could turn the tide for kelp aquaculture. A Global Hub for Ocean Intelligence 4 World Data Ocean is a centralized digital platform where researchers, scientists, and ocean enthusiasts converge to… The list below is every oceanographic data story on World Data Ocean, newest first.
Mapping marine phosphorus cycling with a global alkaline phosphatase dataset
A new global dataset of alkaline phosphatase activity now maps marine phosphorus cycling with empirical, peer-reviewed precision. Understanding this nutrient's biological availability is essential for predicting ocean productivity and climate indicators. This integrated data ecosystem complements related work such as NOAA's Global Drifter Network, which delivers real-time ocean intelligence to sharpen forecasts. Together, these efforts build a measurable foundation for shared ocean stewardship, from orbit to ocean floor.
Wave-Powered Upwelling Boosts Kelp Growth in Gulf of Maine Study
In the Gulf of Maine, wave-powered upwelling could turn the tide for kelp aquaculture. A coupled modeling study, grounded in multiyear empirical data, finds that this approach can cool surface waters by an average of 1.0 °C and boost nitrate concentrations from June through September. The result? A potential yield increase of nearly 10 percent. This is pragmatic ocean intelligence: working with natural physical processes to address nutrient limitation and seasonal warmth.