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This Graphical User Interfaces (GUI) was developed for the Wetland Water Quality Model, WetQual. The process-based WetQual model simulates nitrogen (N), phosphorus (P), total suspended sediment (TSS) and carbon (C) cycles and their dynamics in wetlands. The model partitions a wetland into three basic compartments: (1) (free) water column, (2) we…

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WetQual-GUI

This Graphical User Interfaces (GUI) was developed for the Wetland Water Quality Model, WetQual. The process-based WetQual model simulates nitrogen (N), phosphorus (P), total suspended sediment (TSS) and carbon (C) cycles and their dynamics in wetlands. The model partitions a wetland into three basic compartments: (1) (free) water column, (2) wetland soil layer, which is further portioned into aerobic and anaerobic zones, and (3) plant biomass.

WetQual GUI files

1) “WetQual_GUI.msi” file is to install WetQual Graphical User Interfaces (GUI) on your PC.

2) The User Manual of the GUI is "User_Manual_for_WetQual_GUI.pdf".

3) When you install the WetQual GUI, you can find sample input text files under “Project>InputOtput” folder. You can also find all input files in the excel file "Sample_InputFiles_for_WetQual.xlsx".

4) The user needs to install “MATLAB® Compiler Runtime R2017a”, if this version of MATLAB is not installed on the user’s computer. The Compiler software can be downloaded from MATLAB website (https://www.mathworks.com/products/compiler/matlab-runtime.html). Please make sure that you select “R2017a” version. You don’t have to install MATLAB Runtime software if you don’t run Sensitivity Analysis, BMCML, and Forecasting modules.

More detail information can be found in the User Manual

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This Graphical User Interfaces (GUI) was developed for the Wetland Water Quality Model, WetQual. The process-based WetQual model simulates nitrogen (N), phosphorus (P), total suspended sediment (TSS) and carbon (C) cycles and their dynamics in wetlands. The model partitions a wetland into three basic compartments: (1) (free) water column, (2) we…

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