Fine, J.M., Petkewich, M.D., and Campbell, B.G., 2017, Simulation of Groundwater Flow and Pumping Scenarios for 1900-2050 near Mount Pleasant, South Carolina: U.S. Geological Survey Scientific Investigations Report 2017–5128, 36 p. https://dio.org/10.3133/sir20175128 Fine, J.M., 2017, MODFLOW-2000 model data sets used in the simulation of Groundwater Flow and Pumping Scenarios for 1900-2050 near Mount Pleasant, South Carolina: U.S. Geological Survey data release. https://doi.org/10.5066/F7S181FC 8/18/2017 Model archive created to conform to the structure specified for public release of groundwater flow and transport models. 10/2/2017 Model archive updated based on USGS National Science Field Team review of model archive. --------------------------------------------------------------------------------- SIR2017-5128/ Description: ----------- The underlying directories contain all of the input and output files for the simulations described in the report and the MODFLOW-2000 source codes. Descriptions of the data in each subdirectory are given to facilitate understanding of this data release. Files descriptions are provided for select files to provide additional information that may be of use for understanding this data release. The model simulations were run with MODFLOW-2000 (ver 1.18.01). The source code for MODFLOW-2000 has been included in this data release. Support is provided for correcting errors in the data release and clarification of the modeling conducted by the U.S. Geological Survey. Users are encouraged to review the model documentation report (https://dio.org/10.3133/sir20175128) to understand the purpose, construction, and limitations of this model. Reconstructing the data release from the online data release: ------------------------------------------------------------- This data release is available from: https://doi.org/10.5066/F7S181FC The models will run successfully only if the original directory structure is correctly restored. The data release is broken into several pieces to reduce the likelihood of download timeouts. Small files ( readme.txt and modelgeoref.txt) are available as uncompressed files. All other files are zipped at the subdirectory level. For example, the files in the "georef" subdirectory are zipped into a zip file named "georef.zip".All zip files should be unzipped into a directory with the same name as the zip file name without the .zip extension. All zip files starting with"output" should be unzipped in the same manner as other zip files but should be placed within a "output" subdirectory created at the same level as the "georef" subdirectory created from "georef.zip". The highest-level directory structure of the original data release is: SIR2017-5128/ ancillary/ bin/ georef/ model/ output/ source/ The full directory structure of the data release and the zip files associated with each subdirectory are listed below. System requirements: -------------------- The models contained in this data release were run using the mf2k.exe executable in the bin zip file in this data release. The models requires approximately 64 MB of available Random Access Memory (RAM). The models have been run successfully on computers running 64-bit Windows 7 OS (Service Pack 1). Files: ----- readme.txt : This file documents the structure, directories and files, and instructions on how to run the model for this data release. modelgeoref.txt: ASCII file with the four corners of the model domain. Model data files are in the NAD 1983 StatePlane South Carolina FIPS_3900_Feet projection. ancillary/ Description: ----------- This directory contains ancillary data including budget_figure_data, hydraulic conductivity, hydrograph_figure_data, water-level, and water-use data. This data was used to compile the model datasets and complete the report. Folders: ------ budget_figure_data hydraulic_conductivity hydrograph_figure_data water_levels water_use budget_figure_data/ Description: ----------- This directory contains the data used in the creation of the budget figures in the report. Files: ------ Zone 10_2015_budget : Zone10_Scenario1_2050_budget : Zone10_Scenario2_2050_budget : Zone10_Scenario3_2050_budget : Zone10_Scenario4_2050_budget : Zone10_Scenario5_2050_budget : Zone10_Scenario6_2050_budget : hydraulic_conductivity/ Description: ----------- This directory contains hydraulic conductivity data used in the calibration of the model. Files: ------ Ks_layer1_calibrated : Ks_layer1_original : Ks_layer3_calibrated : Ks_layer3_original : Ks_layer5_calibrated : Ks_layer5_original : Ks_layer7_calibrated : Ks_layer7_original : Ks_layer9_calibrated : Ks_layer9_original : hydrograph_figure_data/ Description: ----------- This directory contains the data used in the creation of the hydrograph figures in the report. Files: ------ scenario1_brk431_data : scenario2_brk431_data : scenario3_brk431_data : scenario4_brk431_data : scenario5_brk431_data : scenario6_brk431_data : scenario1_chn14_data : scenario2_chn14_data : scenario3_chn14_data : scenario4_chn14_data : scenario5_chn14_data : scenario6_chn14_data : scenario1_hypotheticalwell_data : scenario2_hypotheticalwell_data : scenario3_hypotheticalwell_data : scenario4_hypotheticalwell_data : scenario5_hypotheticalwell_data : scenario6_hypotheticalwell_data : water_levels/ Description: ----------- This directory contains water-level data used in the calibration of the model. Files: ------ WaterLevelData.txt water_use/ Description: ----------- This directory contains water-use data used in the calibration of the model. Files: ------ WaterUseData.txt : bin/ Description: ----------- Executable file for MODFLOW-2000 (ver 1.19.01) used to run the models documented in the report (https://dio.org/10.3133/sir20175128). Files: ------ mk2k.exe georef/ Description: ----------- This directory contains a shapefile defining the active and inactive areas of the model documented in the report. https://dio.org/10.3133/sir20175128 Files: ------ SIR2017_5128.dbf : SIR2017_5128.dbf is part of the SIR2017_5128 shapefile SIR2017_5128.prj : SIR2017_5128.prj is part of the SIR2017_5128 shapefile SIR2017_5128.shp : SIR2017_5128.shp is part of the SIR2017_5128 shapefile SIR2017_5128.shx : SIR2017_5128.shx is part of the SIR2017_5128 shapefile SIR2017_5128.CPG : SIR2017_5128.CPG is part of the SIR2017_5128 shapefile SIR2017_5128.sbn : SIR2017_5128.sbn is part of the SIR2017_5128 shapefile SIR2017_5128.sbx : SIR2017_5128.sbx is part of the SIR2017_5128 shapefile SIR2017_5128.shp.xml : SIR2017_5128.shp.xml is part of the SIR2017_5128 shapefile model/ Description: ----------- This directory contains all of the input files for the calibration/verification (model_calibration/) run and the 6 scenarios. https://dio.org/10.3133/sir20175128 Scenario Model subdirectory -------- ------------------ scenario 1 model_scenario1/ scenario 2 model_scenario2/ scenario 3 model_scenario3/ scenario 4 model_scenario4/ scenario 5 model_scenario5/ scenario 6 model_scenario6/ Files: ------ none externalfiles/ Description: ----------- This directory contains external files used by scenario 1, scenario 2, scenario 3, scenario 4 and scenario 5 simulations documented in the report. https://dio.org/10.3133/sir20175128 Files: ------ 2017MPW7_base.ba6 : MODFLOW-2000 basic package global options file 2017MPW7_base.chd : MODFLOW-2000 constant-head boundary package file 2017MPW7_base.dis : MODFLOW-2000 discretization file 2017MPW7_base.gmg : MODFLOW-2000 geometric multi-grid solver package 2017MPW7_base.hob : MODFLOW-2000 head-observation input file 2017MPW7_base.lpf : MODFLOW-2000 layer-property flow package file 2017MPW7_base.oc : MODFLOW-2000 process output control option file 2017MPW7_base.rch : MODFLOW-2000 recharge package file 2017MPW7_base.riv : MODFLOW-2000 river input file 2017MPW7_base.rvob : MODFLOW-2000 river observation package file usgs.model.reference : temporal and spatial reference for the model. model_calibration/ Description: ----------- This directory contains the calibration/verification name file and several MODFLOW input files used to make the calibration/verification run documented in the report. To run the model , execute the batch file '2017MPW7.bat'. This batch file runs the MODFLOW-2000 executable in the bin directory. https://dio.org/10.3133/sir20175128 Files: ------ 2017MPW7.chd : MODFLOW-2000 constant-head boundary package file 2017MPW7.dis : MODFLOW-2000 discretization file 2017MPW7.hob : MODFLOW-2000 head-observation input file 2017MPW7.nam : MODFLOW-2000 name file 2017MPW7.obs : MODFLOW-2000 observation-process file 2017MPW7.oc : MODFLOW-2000 process output control option file 2017MPW7.rch : MODFLOW-2000 recharge package file 2017MPW7.riv : MODFLOW-2000 river package file 2017MPW7.wel : MODFLOW-2000 well package file 2017MPW7.bat : Batch file that runs the MODFLOW-2000 executable usgs.model.reference : temporal and spatial reference for the model. model_scenario1/ Description: ----------- This directory contains the input files used to run scenario 1 documented in the report. To run the model, execute the batch file '2017MPW7_S1.bat'. This batch file runs the MODFLOW-2000 executable in the bin directory. https://dio.org/10.3133/sir20175128 Files: ------ 2017MPW7_S1.nam : MODFLOW-2000 name file 2017MPW7_S1.obs : MODFLOW-2000 observation-process file 2017MPW7_S1.wel : MODFLOW-2000 well package file 2017MPW7_S1.bat : Batch file that runs the MODFLOW-2000 executable usgs.model.reference : temporal and spatial reference for the model. model_scenario2/ Description: ----------- This directory contains the input files used to run scenario 2 documented in the report. To run the model, execute the batch file '2017MPW7_S2.bat'. This batch file runs the MODFLOW-2000 executable in the bin directory. https://dio.org/10.3133/sir20175128 Files: ------ 2017MPW7_S2.nam : MODFLOW-2000 name file 2017MPW7_S2.obs : MODFLOW-2000 observation-process file 2017MPW7_S2.wel : MODFLOW-2000 well package file 2017MPW7_S2.bat : Batch file that runs the MODFLOW-2000 executable usgs.model.reference : temporal and spatial reference for the model. model_scenario3/ Description: ----------- This directory contains the input files used to run scenario 3 documented in the report.To run the model, execute the batch file '2017MPW7_S3.bat'. This batch file runs the MODFLOW-2000 executable in the bin directory. https://dio.org/10.3133/sir20175128 Files: ------ 2017MPW7_S3.nam : MODFLOW-2000 name file 2017MPW7_S3.obs : MODFLOW-2000 observation-process file 2017MPW7_S3.wel : MODFLOW-2000 well package file 2017MPW7_S3.bat : Batch file that runs the MODFLOW-2000 executable usgs.model.reference : temporal and spatial reference for the model. model_scenario4/ Description: ----------- This directory contains the input files used to run scenario 4 documented in the report. To run the model, execute the batch file '2017MPW7_S4.bat'. This batch file runs the MODFLOW-2000 executable in the bin directory. https://dio.org/10.3133/sir20175128 Files: ------ 2017MPW7_S4.nam : MODFLOW-2000 name file 2017MPW7_S4.obs : MODFLOW-2000 observation-process file 2017MPW7_S4.wel : MODFLOW-2000 well package file 2017MPW7_S4.bat : Batch file that runs the MODFLOW-2000 executable usgs.model.reference : temporal and spatial reference for the model. model_scenario5/ Description: ----------- This directory contains the input files used to run scenario 5 documented in the report. To run the model, execute the batch file '2017MPW7_S5.bat'. This batch file runs the MODFLOW-2000 executable in the bin directory. https://dio.org/10.3133/sir20175128 Files: ------ 2017MPW7_S5.nam : MODFLOW-2000 name file 2017MPW7_S5.obs : MODFLOW-2000 observation-process file 2017MPW7_S5.wel : MODFLOW-2000 well package file 2017MPW7_S5.bat : Batch file that runs the MODFLOW-2000 executable usgs.model.reference : temporal and spatial reference for the model. model_scenario6/ Description: ----------- This directory contains the input files to run Scenario 6 documented in the report. To run the model, execute the batch file '2017MPW7_S6.bat'. This batch file runs the MODFLOW-2000 executable in the bin directory. https://dio.org/10.3133/sir20175128 Files: ------ 2017MPW7_S6.chd : MODFLOW-2000 constant-head boundary package file 2017MPW7_S6.dis : MODFLOW-2000 discretization file 2017MPW7_S6.hob : MODFLOW-2000 head-observation input file 2017MPW7_S6.nam : MODFLOW-2000 name file 2017MPW7_S6.obs : MODFLOW-2000 observation-process file 2017MPW7_S6.oc : MODFLOW-2000 process output control option file 2017MPW7_S6.rch : MODFLOW-2000 recharge package file 2017MPW7_S6.riv : MODFLOW-2000 river package file 2017MPW7_S6.wel : MODFLOW-2000 well package file 2017MPW7_S6.bat : Batch file that runs the MODFLOW-2000 executable usgs.model.reference : temporal and spatial reference for the model. output/ Description: ----------- This directory contains all of the output files for the calibration/verification run and the 6 scenario runs documented in the report. The calibrated model simulates from 1900-2015 with the addition of 2016-2050 for the predictive scenarios. These simulations include the calibrated model up to the year 2015. The predictive simulations utilize various pumping rates in the Mount Pleasant, South Carolina area beginning in 2016. https://dio.org/10.3133/sir20175128 Simulation Model subdirectory ----------- ------------------ calibration output.model.calibration\ scenario 1 output.model_scenario1\ scenario 2 output.model_scenario2\ scenario 3 output.model_scenario1\ scenario 4 output.model_scenario2\ scenario 5 output.model_scenario5\ scenario 6 output.model_scenario6\ Zip Files: ---------- output.model.calibration.zip output.model_base_case_scenario.zip output.model_scenario1.zip output.model_scenario2.zip output.model_scenario3.zip output.model_scenario4.zip output.model_scenario5.zip output.model_scenario6.zip output.model_calibration/ Description: ----------- Simulated results for the calibration/verification simulation. Files: ------ 2017MPW7._b : MODFLOW-2000 data exchange file 2017MPW7._nm : MODFLOW-2000 weighted residuals and probability plotting file 2017MPW7._os : MODFLOW-2000 observed values and simulated equivalents file 2017MPW7._r : MODFLOW-2000 unweighted residuals file 2017MPW7._w : MODFLOW-2000 weighted residuals file 2017MPW7._ws : MODFLOW-2000 weighted residuals and simulated equivalents file 2017MPW7._ww : MODFLOW-2000 weighted equivalents and weighted observation file 2017MPW7.ccf : MODFLOW-2000 cell-to-cell flow output file 2017MPW7.glo : MODFLOW-2000 global listing file 2017MPW7_hed : MODFLOW-2000 head output file 2017MPW7_out : MODFLOW-2000 output file output.model_scenario1/ Description: ----------- Simulated results for the moderate pumpage scenario. Files: ------ 2017MPW7_S1.b : MODFLOW-2000 data exchange file 2017MPW7_S1.nm : MODFLOW-2000 weighted residuals and probability plotting file 2017MPW7_S1.os : MODFLOW-2000 observed values and simulated equivalents file 2017MPW7_S1.r : MODFLOW-2000 unweighted residuals file 2017MPW7_S1.w : MODFLOW-2000 weighted residuals file 2017MPW7_S1.ws : MODFLOW-2000 weighted residuals and simulated equivalents file 2017MPW7_S1.ww : MODFLOW-2000 weighted equivalents and weighted observation file 2017MPW7_S1.ccf : MODFLOW-2000 cell-to-cell flow output file 2017MPW7_S1.glo : MODFLOW-2000 global listing file 2017MPW7_S1.hed : MODFLOW-2000 head output file 2017MPW7_S1.out : MODFLOW-2000 output file output.model_scenario2/ Description: ----------- Simulated results for the maximum capacity pumpage scenario. Files: ------ 2017MPW7_S2.b : MODFLOW-2000 data exchange file 2017MPW7_S2.nm : MODFLOW-2000 weighted residuals and probability plotting file 2017MPW7_S2.os : MODFLOW-2000 observed values and simulated equivalents file 2017MPW7_S2.r : MODFLOW-2000 unweighted residuals file 2017MPW7_S2.w : MODFLOW-2000 weighted residuals file 2017MPW7_S2.ws : MODFLOW-2000 weighted residuals and simulated equivalents file 2017MPW7_S2.ww : MODFLOW-2000 weighted equivalents and weighted observation file 2017MPW7_S2.ccf : MODFLOW-2000 cell-to-cell flow output file 2017MPW7_S2.glo : MODFLOW-2000 global listing file 2017MPW7_S2.hed : MODFLOW-2000 head output file 2017MPW7_S2.out : MODFLOW-2000 output file output.model_scenario3/ Description: ----------- Simulated results for the maximum capacity pumpage scenario. Files: ------ 2017MPW7_S3.b : MODFLOW-2000 data exchange file 2017MPW7_S3.nm : MODFLOW-2000 weighted residuals and probability plotting file 2017MPW7_S3.os : MODFLOW-2000 observed values and simulated equivalents file 2017MPW7_S3.r : MODFLOW-2000 unweighted residuals file 2017MPW7_S3.w : MODFLOW-2000 weighted residuals file 2017MPW7_S3.ws : MODFLOW-2000 weighted residuals and simulated equivalents file 2017MPW7_S3.ww : MODFLOW-2000 weighted equivalents and weighted observation file 2017MPW7_S3.ccf : MODFLOW-2000 cell-to-cell flow output file 2017MPW7_S3.glo : MODFLOW-2000 global listing file 2017MPW7_S3.hed : MODFLOW-2000 head output file 2017MPW7_S3.out : MODFLOW-2000 output file output.model_scenario4/ Description: ----------- Simulated results for the maximum capacity pumpage scenario. Files: ------ 2017MPW7_S4.b : MODFLOW-2000 data exchange file 2017MPW7_S4.nm : MODFLOW-2000 weighted residuals and probability plotting file 2017MPW7_S4.os : MODFLOW-2000 observed values and simulated equivalents file 2017MPW7_S4.r : MODFLOW-2000 unweighted residuals file 2017MPW7_S4.w : MODFLOW-2000 weighted residuals file 2017MPW7_S4.ws : MODFLOW-2000 weighted residuals and simulated equivalents file 2017MPW7_S4.ww : MODFLOW-2000 weighted equivalents and weighted observation file 2017MPW7_S4.ccf : MODFLOW-2000 cell-to-cell flow output file 2017MPW7_S4.glo : MODFLOW-2000 global listing file 2017MPW7_S4.hed : MODFLOW-2000 head output file 2017MPW7_S4.out : MODFLOW-2000 output file output.model_scenario5/ Description: ----------- Simulated results for the maximum capacity pumpage scenario. Files: ------ 2017MPW7_S5.b : MODFLOW-2000 data exchange file 2017MPW7_S5.nm : MODFLOW-2000 weighted residuals and probability plotting file 2017MPW7_S5.os : MODFLOW-2000 observed values and simulated equivalents file 2017MPW7_S5.r : MODFLOW-2000 unweighted residuals file 2017MPW7_S5.w : MODFLOW-2000 weighted residuals file 2017MPW7_S5.ws : MODFLOW-2000 weighted residuals and simulated equivalents file 2017MPW7_S5.ww : MODFLOW-2000 weighted equivalents and weighted observation file 2017MPW7_S5.ccf : MODFLOW-2000 cell-to-cell flow output file 2017MPW7_S5.glo : MODFLOW-2000 global listing file 2017MPW7_S5.hed : MODFLOW-2000 head output file 2017MPW7_S5.out : MODFLOW-2000 output file output.model_scenario6/ Description: ----------- Simulated results for the maximum capacity pumpage scenario. Files: ------ 2017MPW7_S6.b : MODFLOW-2000 data exchange file 2017MPW7_S6.nm : MODFLOW-2000 weighted residuals and probability plotting file 2017MPW7_S6.os : MODFLOW-2000 observed values and simulated equivalents file 2017MPW7_S6.r : MODFLOW-2000 unweighted residuals file 2017MPW7_S6.w : MODFLOW-2000 weighted residuals file 2017MPW7_S6.ws : MODFLOW-2000 weighted residuals and simulated equivalents file 2017MPW7_S6.ww : MODFLOW-2000 weighted equivalents and weighted observation file 2017MPW7_S6.ccf : MODFLOW-2000 cell-to-cell flow output file 2017MPW7_S6.glo : MODFLOW-2000 global listing file 2017MPW7_S6.hed : MODFLOW-2000 head output file 2017MPW7_S6.out : MODFLOW-2000 output file source/ Description: ----------- Source files for standard code versions used to run model simulations included in the model data release. Zip Files: ------ source.zip mf2k1_19/ Description ----------- Source files for standard code versions used to run MODFLOW model simulations included in the model data release.