Movie:PlanviewHydrograph: Difference between revisions

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{{Movie description
{{Movie description
|Grade level=Graduate / Professional
|Grade level=Graduate / Professional
|One-line movie description=hydrograph in 2d
|One-line movie description = hydrograph in 2d
|Extended movie description=This movie shows the space-time distribution of discharge in a small basin in Kentucky in response to a short, spatially-uniform rainfall event. it is like seeing a hydrograph, but now visualized over the topography of a small catchment.  Immediately after the rainfall event there is generally even distribution of water spatially.  As the time scale progresses rainfall is concentrated in larger and larger drainages (shown in light blue and red) where it continues to flow.  Towards the end of the animation the flow begins to decrease again.
|Extended movie description=This movie shows the space-time distribution of discharge in a small basin in Kentucky in response to a short, spatially-uniform rainfall event. it is like seeing a hydrograph, but now visualized over the topography of a small catchment.  Immediately after the rainfall event there is generally even distribution of water spatially.  As the time scale progresses rainfall is concentrated in larger and larger drainages (shown in light blue and red) where it continues to flow.  Towards the end of the animation the flow begins to decrease again.
}}
}}

Revision as of 13:44, 1 June 2015

Information Page: PlanviewHydrograph

Play Animation


rainfall drainage



Key Attributes

Domain: terrestrial, hydrology
Keywords: hydrograph
Model name: Topoflow
Name: Scott, Peckham
Where: Kentucky
When: minutes-hours


Short Description

Grade level: Graduate / Professional

Statement: hydrograph in 2d

Abstract: This movie shows the space-time distribution of discharge in a small basin in Kentucky in response to a short, spatially-uniform rainfall event. it is like seeing a hydrograph, but now visualized over the topography of a small catchment. Immediately after the rainfall event there is generally even distribution of water spatially. As the time scale progresses rainfall is concentrated in larger and larger drainages (shown in light blue and red) where it continues to flow. Towards the end of the animation the flow begins to decrease again.

Theory

See the topoflow model in the repository.

Links

http://csdms.colorado.edu/wiki/Model:TopoFlow


References



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