SIR2015-5162 Model Archive

Archive:
Andrew T. Leaf, Michael N. Fienen, Randall J. Hunt, Cheryl Buchwald, 2016, MODFLOW-NWT model used to evaluate groundwater/surface-water interactions in the Bad River Watershed, Wisconsin: U.S. Geological Survey data release. http://dx.doi.org/10.5066/F7Z0368H

Associated Report:
Andrew T. Leaf, Michael N. Fienen, Randall J. Hunt, Cheryl Buchwald, 2015, Groundwater/Surface-Water Interactions in the Bad River Watershed, Wisconsin: U.S. Geological Survey Scientific Investigations Report 2015–5162, 110 p.  http://dx.doi.org/10.3133/sir20155162


The underlying directories contain the model source code, the geospatial information, and all of the input and output files for the simulations described in the report.
         
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SIR2015-5162 Model Archive Summary:

readme.txt: directory structure and instructions for running simulations
modelgeoref.txt: model extent in decimal degrees

	\bin: compiled code
		MODFLOW-NWT_64.exe: MODFLOW-NWT 1.09 executable 
		gflow1.exe: GFLOW executable
		Readme_GFLOW1: Information on GFLOW
		Readme_MODFLOW_NWT: Information on MODFLOW-NWT
	
	\georef: model shapefiles 
		sir2015_5162.cpg/dbf/prj/sbn/sbx/shp/shp.xml/shx: Model domain shapefile and metadata for MODFLOW-NWT model 
		readme.txt: information on the shapefile

	\model: model input files
		\BadRiver_cal: MODFLOW-NWT input files unique to the Bad River model using calibration pumping rates, as described in the report (http://dx.doi.org/10.3133/sir20155162) 
		\BadRiver_current: MODFLOW-NWT input files unique to the Bad River model using current pumping rates, as described in the report (http://dx.doi.org/10.3133/sir20155162)
		\BadRiver_externalfiles: MODFLOW-NWT input files used by both the current and calibration Bad River model simulations 
		\br_screeningmodel: GFLOW input files used for the screening model
		readme.txt: information on input files

	\output: model output files 
		\Output_BadRiver_cal: MODFLOW-NWT output files for the BadRiver_cal model simulation
			BadRiver_cal.lst = MODFLOW list file,
			BadRiver_cal.hds = MODFLOW binary head output,
			BadRiver_cal.cbb = MODFLOW binary cell-by-cell output
			BadRiver_cal.ddn = MODFLOW binary drawdown file
			BadRiver_cal.uzf_out = MODFLOW binary file with output from Unsaturated Zone Flow (UZF) package
			BadRiver_cal.cs1 = MODFLOW binary cell-by-cell streamflow output
			BadRiver_cal_streamflow.dat = output for streamflow data 
			BadRiver_cal_HobData.txt = output for head observations
			BadRiver_cal_MNW2.qsu = QSUM output for multi-node wells from MNW2 package (well inflows, outflows, net flow, and head in the well)
			BadRiver_cal_MNW2.byn = BYNODE output for multi-node wells from MNW2 package (flow between node and aquifer for all nodes in multi-node wells and calculated heads in both the well and cell) 
			
		\Output_BadRiver_current: MODFLOW-NWT output files for the BadRiver_current model simulation
			BadRiver_current.lst = MODFLOW list file,
			BadRiver_current.hds = MODFLOW binary head output,
			BadRiver_current.cbb = MODFLOW binary cell-by-cell output
			BadRiver_current.ddn = MODFLOW binary drawdown file
			BadRiver_current.uzf_out = MODFLOW binary file with output from UZF package
			BadRiver_current.cs1 = MODFLOW binary cell-by-cell streamflow output
			BadRiver_current_streamflow.dat = stream flow routing output file 
			BadRiver_current_HobData.txt = output for head observations
			BadRiver_current_MNW2.qsu = QSUM output for multi-node wells from MNW2 package (well inflows, outflows, net flow, and head in the well) 
			BadRiver_current_MNW2.byn = BYNODE output for multi-node wells from MNW2 package (flow between node and aquifer for all nodes in multi-node wells and calculated heads in both the well and cell) 
		\Output_br_screeningmodel: GFLOW output files for the screening model
			BR_KC.dec = Empty ASCII file
			BR_KC.lks = ASCII file with Formatted output for the lake elements. 
			BR_KC.mtr = Binary output file
			BR_KC.SOL = Binary solution file
			BR_KC.XTR = ASCII file of model results. 
			ECHO.txt = ASCII file with a copy of all the commands that were received by the solver. 
			ERROR.txt = ASCII response file from the solver with error messages.
			lakes.out = ASCII file with unformatted output for the lake elements. 
			MESSAGE.txt = ASCII file with the responses from the solver that scroll over the screen during a solve operation.
			
		readme.txt: information on the output files

	\source: source files for compiling the MODFLOW-NWT 1.0.9 executable
		\MODFLOW-NWT
		 readme.txt
	\ancillary: PEST calibration files, new data worth files, and Python source code. 
		directory_list.txt
		\Calibration
		\New_data_worth
		\Python27	

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Instructions for running simulations:

MODFLOW Model:
Download the BadRiver_externalfiles and BadRiver_cal or BadRiver_current folders and place into a new directory. Copy the MODFLOW-NWT_64.exe from the bin folder into the BadRiver_cal and/or BadRiver_current directory. Open a DOS prompt and navigate to BadRiver_cal or BadRiver_current directory; then run >MODFLOW-NWT_64.exe BadRiver_cal.nam (or BadRiver_current.nam). 
		
        
Screening model:
Download the \model\br_screening model directory and the gflow1.exe from the bin directory. Place the gflow1.exe executable in the br_screening model directory. Open a DOS prompt and navigate to this new writeable directory; then run >gflow1.exe BR_KC.dat.