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Near-inertial wave propagation between stratified and homogeneous layers: Observations
This story was originally published on HackerNoon at: https://hackernoon.com/near-inertial-wave-propagation-between-stratified-and-homogeneous-layers-observations.
This study examines near-inertial gravity wave propagation in deep Mediterranean Sea, focusing on transitions between stratified and homogeneous layers.
Check more stories related to science at: https://hackernoon.com/c/science.
You can also check exclusive content about #science, #gravity-waves, #near-inertial-waves, #wave-propagation, #ocean-turbulence, #wave-refraction, #acoustic-doppler-current, #deep-sea-stratification, and more.
This story was written by: @oscillation. Learn more about this writer by checking @oscillation's about page,
and for more stories, please visit hackernoon.com.
The time-series between days 110 and 265 during spring and summer 2005 showed some 10-day periods of relatively constant temperature and current speeds. During such periods, |w| |e| near the ADCP (Fig. 2d), not only in low-frequency variations that are negatively biased due to the passage of meso-scale eddies (van Haren et al. 2006), but also in relatively higher frequency variations that reflect near-inertial motions.
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By HackerNoonThis story was originally published on HackerNoon at: https://hackernoon.com/near-inertial-wave-propagation-between-stratified-and-homogeneous-layers-observations.
This study examines near-inertial gravity wave propagation in deep Mediterranean Sea, focusing on transitions between stratified and homogeneous layers.
Check more stories related to science at: https://hackernoon.com/c/science.
You can also check exclusive content about #science, #gravity-waves, #near-inertial-waves, #wave-propagation, #ocean-turbulence, #wave-refraction, #acoustic-doppler-current, #deep-sea-stratification, and more.
This story was written by: @oscillation. Learn more about this writer by checking @oscillation's about page,
and for more stories, please visit hackernoon.com.
The time-series between days 110 and 265 during spring and summer 2005 showed some 10-day periods of relatively constant temperature and current speeds. During such periods, |w| |e| near the ADCP (Fig. 2d), not only in low-frequency variations that are negatively biased due to the passage of meso-scale eddies (van Haren et al. 2006), but also in relatively higher frequency variations that reflect near-inertial motions.