Movie:Global wave height: Difference between revisions

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{{Attribute movie1
{{Attribute movie1
|Movie domain = marine, environmental controls
|Movie domain=marine, environmental controls
}}
}}
{{Attribute movie2
{{Attribute movie2
|Movie keywords = Waves
|Movie keywords=Waves
}}
}}
{{Attribute movie3
{{Attribute movie3
|Animation model name = WAVEWATCH III ^TM
|Animation model name=WAVEWATCH III ^TM
|First name contributor=Albert
|First name contributor=Albert
|Last name contributor =Kettner
|Last name contributor=Kettner
|Location movie=Global
|Location movie=Global
|Timespan movie=January 2000
|Timespan movie=January 2000
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{{Movie description
{{Movie description
|Grade level=High (9-12), Under graduate (13-16)
|Grade level=High (9-12), Under graduate (13-16)
|One-line movie description = WAVEWATCH III ^TM model animation
|One-line movie description=WAVEWATCH III ^TM model animation
|Extended movie description=[[Model:WAVEWATCH III ^TM | The WAVEWATCH III ^TM model]] simulates ocean waves every 3 hours since 1997 for different regions of the world at different resolutions. The model simulates the following parameters:<br>
|Extended movie description=[[Model:WAVEWATCH III ^TM | The WAVEWATCH III ^TM model]] simulates ocean waves every 3 hours since 1997 for different regions of the world at different resolutions. The model simulates the following parameters:<br>
**Wind speed U and V components
**Wind speed U and V components

Latest revision as of 16:24, 21 June 2017

Information Page: Global wave height

Play Animation


Global wave heights



Key Attributes

Domain: marine, environmental controls
Keywords: Waves
Model name: WAVEWATCH III ^TM
Name: Albert, Kettner
Where: Global
When: January 2000


Short Description

Grade level: High (9-12), Under graduate (13-16)

Statement: WAVEWATCH III ^TM model animation

Abstract: [[Extended movie description:: The WAVEWATCH III ^TM model simulates ocean waves every 3 hours since 1997 for different regions of the world at different resolutions. The model simulates the following parameters:

    • Wind speed U and V components
    • Significant wave height
    • Peak wave period
    • Peak wave direction
Wave power can be derived from the parameters mentioned above. The zip movie files presented here are an example of the wave height (zipped as rar file) and wave power (zipped as rar file) changes during the year 2000, for the world. Grid resolution: 1 X 1.25 degrees.
]]

Theory

Links

http://polar.ncep.noaa.gov/mmab/mmab.notes.html WAVEWATCH literature


References



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