Software
1) Engineering Software Developed
1.1) Flow Models
- One-dimensional river flow model operating on the basis of dynamic waves in the linear plane.
- Two-dimensional free aquifer groundwater flow model with the vertical average in the horizontal plane
- Two-dimensional pressurized aquifer groundwater flow model with the vertical average in the horizontal plane
- One-dimensional unsaturated layer flow model in the vertical plane
- Two-dimensional surface water flow model with the vertical average in the horizontal plane
- One-dimensional infiltration model
- Dynamic interactive channel flow/aquifer flow model
- Dynamically interacting surface water/unsaturated layer/saturated layer flow model
1.2) Contaminant Transport Models
- One-dimensional river pollutant transport model in a linear plane
- Two-dimensional free aquifer groundwater pollutant transport model with the vertical average in the horizontal plane
- Two-dimensional pressurized aquifer groundwater pollutant transport model with the vertical average in the horizontal plane
- Dynamically interacting channel pollutant transport/aquifer pollutant transport model
2) Programming Languages Used
- Fortran
- C
- C++
- R
- Python
- MATLAB
3) Software Packages Used
- HEC-RAS
- Hydrus 1D / 2D
- MODFLOW (GMS, FreeWat)
- AQUATOOL
- QUAL2E / QUAL2K
- AQUATOX
- Google Earth Engine (GEE)
- GEEMAP
- ESRI ArcView, ArcInfo and ArcGIS
- ENVI
- Argus Interware
4) Remote Sensing and Reanalysis Products Used
- SMAP (Link)
- ERA5 (Link)
- ERA5-Land (Link)
- ERA5-Interim (Link)
- EUMETSAT (Link)
- CHIRPS (Link)
- Dynamic World (Link)
- HydroBasin (Link)
- GLOBATHY (Link)
- IMERG (Link)
5) Satellite Missions Utilized
- Landsat (Link)
- Copernicus (Link)
- GRACE & GRACE-FO (Link)
- Sentinels (Link)