Movie:Monthly global precipitation: Difference between revisions
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|One-line movie description=Simulated global mean monthly precipitation | |One-line movie description=Simulated global mean monthly precipitation | ||
|Extended movie description=In this animation global precipitation is measured in millimeters and averaged by month for a year. The shift in monthly averaged precipitation due to seasonal changes is apparent as the monsoon season comes to Western India and the Bay of Bengal region starting in June. Additionally the areas of high, year round precipitation resulting in the tropical climates can be seen and easily contrasted with the areas of little to no rain resulting in more arid climates. The global air circulation that results in the precipitation patterns seen in this movie can be seen in the Global Circulation movie. | |Extended movie description=In this animation global precipitation is measured in millimeters and averaged by month for a year. The shift in monthly averaged precipitation due to seasonal changes is apparent as the monsoon season comes to Western India and the Bay of Bengal region starting in June. Additionally the areas of high, year round precipitation resulting in the tropical climates can be seen and easily contrasted with the areas of little to no rain resulting in more arid climates. The global air circulation that results in the precipitation patterns seen in this movie can be seen in the Global Circulation movie. | ||
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Revision as of 11:08, 12 August 2010
Information Page: Monthly global precipitation
Play Animation
Monthly global precipitation
Key Attributes
| Domain: | environmental controls |
| Keywords: | Monthly global precipitation |
| Model name: | reanalysis of CCMS |
| Name: | Albert, Kettner |
| Where: | Global |
| When: |
Short Description
Grade level: High (9-12), Under graduate (13-16), Graduate / Professional
Statement: Simulated global mean monthly precipitation
Abstract: In this animation global precipitation is measured in millimeters and averaged by month for a year. The shift in monthly averaged precipitation due to seasonal changes is apparent as the monsoon season comes to Western India and the Bay of Bengal region starting in June. Additionally the areas of high, year round precipitation resulting in the tropical climates can be seen and easily contrasted with the areas of little to no rain resulting in more arid climates. The global air circulation that results in the precipitation patterns seen in this movie can be seen in the Global Circulation movie.
