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[[image:DeltaformationLiangModel-frontpage.png|200px|left|link=Model_highlight#Reduced-Complexity Model of Delta Formation]] '''Reduced-Complexity Model of Delta Formation'''<br>CSDMS awarded the '''2011 Student Modeler Award''' to | [[image:DeltaformationLiangModel-frontpage.png|200px|left|link=Model_highlight#Reduced-Complexity Model of Delta Formation]] '''Reduced-Complexity Model of Delta Formation'''<br>CSDMS awarded the '''2011 Student Modeler Award''' to ''Man Liang'', of St Anthony Falls Laboratory, University of Minnesota. She developed a reduced-complexity model for delta formation, which mimics channel migration, bifurcation and avulsion. The model combines a more detailed hydro-dynamics solver with a cellular model that routes water and sediment packages over a river and delta plain. Simulated delta evolution and geometry compare well with mappings of natural deltas. [[Model_highlight#Reduced-Complexity Model of Delta Formation|More...]]<br><br>[mailto:csdmsweb@colorado.edu Nominate a model] | ||
Revision as of 09:06, 2 March 2012
Reduced-Complexity Model of Delta Formation
CSDMS awarded the 2011 Student Modeler Award to Man Liang, of St Anthony Falls Laboratory, University of Minnesota. She developed a reduced-complexity model for delta formation, which mimics channel migration, bifurcation and avulsion. The model combines a more detailed hydro-dynamics solver with a cellular model that routes water and sediment packages over a river and delta plain. Simulated delta evolution and geometry compare well with mappings of natural deltas. More...
Nominate a model
