Movie:Tidal Network Evolution: Difference between revisions
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{{Movie description | {{Movie description | ||
|Grade level=Graduate / Professional | |Grade level=Graduate / Professional | ||
|One-line movie description=Progressive incision of tidal channel networks | |One-line movie description = Progressive incision of tidal channel networks | ||
|Extended movie description=Progressive incision of tidal channel networks in a theoretical domain, which is assumed to be surrounded by channels. The initial outlet is set to be in the middl of the lower boundary, the two other inlets are determined by internal dynamics. | |Extended movie description=Progressive incision of tidal channel networks in a theoretical domain, which is assumed to be surrounded by channels. The initial outlet is set to be in the middl of the lower boundary, the two other inlets are determined by internal dynamics. | ||
The water surface gradients are driving erosion, and headward incision takes place as long as local shear stress due to tidal expansion exceeds a threshold stress. | The water surface gradients are driving erosion, and headward incision takes place as long as local shear stress due to tidal expansion exceeds a threshold stress. |
Revision as of 13:23, 1 June 2015
Information Page: Tidal Network Evolution
Play Animation
Delta Evolution
Key Attributes
Domain: | coastal |
Keywords: | Tidal network |
Model name: | D'Alpaos Model |
Name: | Andrea, D'Alpaos |
Where: | -- |
When: | -- |
Short Description
Grade level: Graduate / Professional
Statement: Progressive incision of tidal channel networks
Abstract: Progressive incision of tidal channel networks in a theoretical domain, which is assumed to be surrounded by channels. The initial outlet is set to be in the middl of the lower boundary, the two other inlets are determined by internal dynamics. The water surface gradients are driving erosion, and headward incision takes place as long as local shear stress due to tidal expansion exceeds a threshold stress.
Theory
Links
References
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