Movie:Sediment and Ocean processes: Difference between revisions
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{{Upload movie | {{Upload movie | ||
|Movie type=Animation | |Movie type=Animation | ||
|Upload movie= | |Upload movie=M1g9fulXpyk | ||
|Upload image movie=ROMS.jpg | |Upload image movie=ROMS.jpg | ||
|Caption movie=Po and Apennine Sediment Transport and Accumulation | |||
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{{Attribute movie1 | {{Attribute movie1 | ||
|Movie domain= | |Movie domain=coastal, marine | ||
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{{Attribute movie2 | {{Attribute movie2 | ||
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{{Attribute movie3 | {{Attribute movie3 | ||
|Animation model name= | |Animation model name=ROMS | ||
|First name contributor=Courtney | |||
|Last name contributor=Harris | |||
|Location movie=Adriatic Sea | |Location movie=Adriatic Sea | ||
|Timespan movie=1 year | |||
}} | }} | ||
{{Movie description | {{Movie description | ||
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The movie itself is comprised of four separate factors all running at the same time, showing their interactions with each other. They are; “Wind, Waves” where color is indicates wave height in meters and the arrows indicate wind direction and strength. Notice that as wind speed increases (indicated by longer arrows) wave height also increases. The second is “Hydro” and shows salinity in parts per million (color scale), and water current movement (arrows). The “Fluv Sed.” Animation shows influx of fluvial, or river generated, sediment into the system in kg/m2. There is a higher concentration of rivers on the Italian (left) side of the animation which causes the discrepancy in the coloring of the map. The “Susp Sed.” Animation shows the concentration of suspended sediment, also in kg/m^2. Notice the relationship between the wind direction and the movement of the suspended sediment. The final animation is “Bed Sed.” and shows the deposition of sediment on the bed of the Adriatic Sea, also in kg/m^2. | The movie itself is comprised of four separate factors all running at the same time, showing their interactions with each other. They are; “Wind, Waves” where color is indicates wave height in meters and the arrows indicate wind direction and strength. Notice that as wind speed increases (indicated by longer arrows) wave height also increases. The second is “Hydro” and shows salinity in parts per million (color scale), and water current movement (arrows). The “Fluv Sed.” Animation shows influx of fluvial, or river generated, sediment into the system in kg/m2. There is a higher concentration of rivers on the Italian (left) side of the animation which causes the discrepancy in the coloring of the map. The “Susp Sed.” Animation shows the concentration of suspended sediment, also in kg/m^2. Notice the relationship between the wind direction and the movement of the suspended sediment. The final animation is “Bed Sed.” and shows the deposition of sediment on the bed of the Adriatic Sea, also in kg/m^2. | ||
}} | }} | ||
{{Movie theory2}} | {{Movie theory2 | ||
|Theory movie=Relating nested models of different oceanographic and climate events to model large-scale processes. | |||
}} | |||
{{Movie references2}} | {{Movie references2}} | ||
{{Annimation-reference-after}} | |||
Latest revision as of 16:32, 21 June 2017
Information Page: Sediment and Ocean processes
Play Animation
Po and Apennine Sediment Transport and Accumulation
Key Attributes
| Domain: | coastal, marine |
| Keywords: | PASTA |
| Model name: | ROMS |
| Name: | Courtney, Harris |
| Where: | Adriatic Sea |
| When: | 1 year |
Short Description
Grade level: High (9-12), Under graduate (13-16)
Statement: Sediment and Ocean processes
Abstract: [[Extended movie description::This animation shows the animation from the PASTA (the Po and Apennine Sediment Transport and Accumulation) project. It explored the transportation and movement of sediment in the Adriatic Sea by the Po and Apennine rivers. Due to the nature of the Adriatic Sea, there is minimal energy expenditure due to tides and ocean swells and therefore [local] wind driven currents dominate the sediment dispersal. The movie itself is comprised of four separate factors all running at the same time, showing their interactions with each other. They are; “Wind, Waves” where color is indicates wave height in meters and the arrows indicate wind direction and strength. Notice that as wind speed increases (indicated by longer arrows) wave height also increases. The second is “Hydro” and shows salinity in parts per million (color scale), and water current movement (arrows). The “Fluv Sed.” Animation shows influx of fluvial, or river generated, sediment into the system in kg/m2. There is a higher concentration of rivers on the Italian (left) side of the animation which causes the discrepancy in the coloring of the map. The “Susp Sed.” Animation shows the concentration of suspended sediment, also in kg/m^2. Notice the relationship between the wind direction and the movement of the suspended sediment. The final animation is “Bed Sed.” and shows the deposition of sediment on the bed of the Adriatic Sea, also in kg/m^2.]]
Theory
Relating nested models of different oceanographic and climate events to model large-scale processes.
Links
References
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