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The Models We Used to Observed Interactions Between Near-Inertial Waves and Mesoscale Eddies
This story was originally published on HackerNoon at: https://hackernoon.com/the-models-we-used-to-observed-interactions-between-near-inertial-waves-and-mesoscale-eddies.
The authors use the PM model and the YBJ model to simulate the wind stress.
Check more stories related to science at: https://hackernoon.com/c/science.
You can also check exclusive content about #science, #oceanography, #studying-the-ocean, #near-inertial-waves, #near-inertial-waves-definition, #what-are-mesoscale-eddies, #the-ybj-model-explained, #what-is-the-ybj-model, and more.
This story was written by: @oceanography. Learn more about this writer by checking @oceanography's about page,
and for more stories, please visit hackernoon.com.
The authors use the PM model and the YBJ model to simulate the wind stress. They use a domain that is 400 km×400 km in the horizontal and 4 km deep. The stratification and the wind forcing are taken to be horizontally uniform, capturing the forcing at a scale much larger than the mesoscale.
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By HackerNoonThis story was originally published on HackerNoon at: https://hackernoon.com/the-models-we-used-to-observed-interactions-between-near-inertial-waves-and-mesoscale-eddies.
The authors use the PM model and the YBJ model to simulate the wind stress.
Check more stories related to science at: https://hackernoon.com/c/science.
You can also check exclusive content about #science, #oceanography, #studying-the-ocean, #near-inertial-waves, #near-inertial-waves-definition, #what-are-mesoscale-eddies, #the-ybj-model-explained, #what-is-the-ybj-model, and more.
This story was written by: @oceanography. Learn more about this writer by checking @oceanography's about page,
and for more stories, please visit hackernoon.com.
The authors use the PM model and the YBJ model to simulate the wind stress. They use a domain that is 400 km×400 km in the horizontal and 4 km deep. The stratification and the wind forcing are taken to be horizontally uniform, capturing the forcing at a scale much larger than the mesoscale.