![]() This will require coordinated application of newly-developed in situ and remote sensing techniques, and it will provide an unprecedented view of the physics of submesoscale eddies and fronts and their effects on vertical transport in the upper ocean. S-MODE will test the hypothesis that submesoscale ocean dynamics make important contributions to vertical exchange of climate and biological variables in the upper ocean. There is thus a pressing need for a comprehensive benchmark data set on these submesoscale motions to address this important source of uncertainty in simulating the global ocean. The resolution and detail of these simulations has surpassed our ability to ‘ground truth’ them with spaceborne or in situ sensors. ![]() State-of-the-art computer models agree in predicting that these eddies have important long-term effects on the upper-ocean, but their predictions are sensitive to relatively small details in model physics and implementation. As the computational resolution of global ocean models has improved, scientists have begun to suspect that kilometer-scale eddies and fronts, called “submesoscale” variability, have a net effect on ocean-atmosphere heat exchange that is larger than the heating from the greenhouse effect (Su et al. Breaking Nigerian News - Leading Nigeria Newspaper - Top News from Nigeria. Sub-Mesoscale Ocean Dynamics Experiment (S-MODE) Mission OverviewĪ major difficulty in simulating Earth’s climate system is that there are interactions across scales, so that the large time and space scales can be sensitive to processes on small scales. The three-story, brick and concrete structure houses a multipurpose. ![]() Visit the WHOI S-MODE Site for curated satellite, radar, and model data products, as well as real time position information for all in situ platforms. Hey guys I missed a few upload dates since I was unwell for a week, and then the week after that was exam week, so I didnt have time to record a new cover.
0 Comments
Leave a Reply. |