Failu krātuve :: FreeWat/

priede.bf.lu.lv/ftp/pub/TIS/datu_analiize/WaterFlow/FreeWat

 Name                                  Last modified      Size  Description
 Parent Directory                                           -   
 Tutorials/                            2017-10-09 15:16    -   
 about.txt                             2017-10-09 11:43  1.1K  Text, ASCII format
 adrese.txt                            2017-10-09 12:05   58   Addresses, URL
 executable.txt                        2017-10-09 11:36  459   Text, ASCII format
 executable.zip                        2017-10-09 11:35   25M  Compressed archive
 freewat-develop-20171009.tar.bz2      2017-10-09 15:14  3.4M  Compressed archive
 FREEWAT_Installation_Guide.pdf        2017-10-09 11:33  4.2M  Digital document (Acrobat)
 freewat_v.0.5.zip                     2017-10-09 11:33   47M  Compressed archive
 FREEWAT_vol1.pdf                      2017-10-09 11:33  6.4M  Digital document (Acrobat)
 FREEWAT_vol2.pdf                      2017-10-09 11:33  2.6M  Digital document (Acrobat)
 FREEWAT_vol3.pdf                      2017-10-09 11:34  2.4M  Digital document (Acrobat)
 FREEWAT_vol4.pdf                      2017-10-09 11:34  9.6M  Digital document (Acrobat)
 FREEWAT_vol5.pdf                      2017-10-09 11:34  1.1M  Digital document (Acrobat)
 FREEWAT_vol6.pdf                      2017-10-09 11:34  6.3M  Digital document (Acrobat)
 logo.svg                              2017-10-09 11:41   50K  Scalable Vector Graphics

The FREEWAT platform is a large plugin integrated into the QGIS GIS desktop (http://qgis.org).
 FREEWAT includes several modules for dealing with water management issues with particular
 attention to groundwater. Groundwater numerical models (mainly from the MODFLOW USGS family)
 constitute the basis of the plugin (which also comprises modules for solute transport and
 density-dependent flow in aquifers). The complete list of so far integrated modules is given
 below:

    Observations Analysis Tools (OAT) for time series analysis;
    Tools for the analysis, interpretation and visualization of hydrogeological data (akvaGIS);
    Tools for the analysis of groundwater quality issues (akvaGIS);
    Groundwater flow modelling (based on MODFLOW-2005);
    Calibration, uncertainty and sensitivity analysis (based on UCODE_2014);
    Solute transport in the unsaturated zone (based on MT3D-USGS and USB);
    Solute transport in the saturated zone (based on MT3DMS);
    Density-dependent groundwater flow (based on SEAWAT);
    Management of water in agriculture (based on FARM process);
    Water management and planning (based on MODFLOW-OWHM).