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[[image:TopoFlow_example.png|200px|left|link=Model_highlight#TopoFlow,_a_spatially-distributed_hydrologic_model]]  
[[Image:Human_dimensions_Boulder_CO_May_2016.JPG ‎|180px|left|link=Science_spotlights#Linking_Earth_System_Dynamics_and_Social_System_Modeling]]
'''TopoFlow''' mainly developed by Scott Peckham, is a 2D spatially-distributed hydrologic model that simulates different physical processes in a watershed with the goal of predicting how various hydrological variables like: snowmelt, precipitation, evapotranspiration, infiltration, channel/overland flow, shallow subsurface flow and flow diversions; response to climatic forcings. Time evolutions for single pixels (like hydrographs), collections of user-selected pixels, or entire grids (as animations) are all supported as output options.
A recent Human dimensions workshop: Linking Earth System Dynamics and Social System Modeling, was held in Boulder last May with the goal to assess the intellectual, informatics, and material resources needed to develop global models of human systems dynamics and couple them with models of Earth system dynamics in order to further understanding of the interactions and feedbacks within the integrated human-environmental system that dominates the globe today. Workshop presentations and findings are presented. [[Science_spotlights#Linking_Earth_System_Dynamics_and_Social_System_Modeling|More...]]<br><br>[mailto:csdmsweb@colorado.edu Nominate a science spotlight]
TopoFlow 3.0 became available in 2010 as a set of over 20 plug and play components that can be used with the CSDMS Modeling Tool (CMT). The components, can be either run as standalone or linked, and have successfully been linked to other models like a valley glacier model, GC2D.<br>[[Model_highlight#TopoFlow,_a_spatially-distributed_hydrologic_model|More...]]<br>[mailto:csdmsweb@colorado.edu Nominate a model]

Latest revision as of 15:21, 31 October 2016

Human dimensions Boulder CO May 2016.JPG

A recent Human dimensions workshop: Linking Earth System Dynamics and Social System Modeling, was held in Boulder last May with the goal to assess the intellectual, informatics, and material resources needed to develop global models of human systems dynamics and couple them with models of Earth system dynamics in order to further understanding of the interactions and feedbacks within the integrated human-environmental system that dominates the globe today. Workshop presentations and findings are presented. More...

Nominate a science spotlight