All Stories

  1. Estimating the environmental heat index of Al-Najaf plateau using aerial satellite image (landsat 8) and spatial analyst tools of GIS
  2. A comparative study on water indicators: a case study
  3. Identifying the optimum location of the dewatering pumping wells around excavations using numerical FEFLOW model: a theoretical study
  4. Monitoring drought condition through detecting the vegetation condition index at Barry City in Wales, UK using temporal Landsat imageries
  5. Extraction of the Spatial and Temporal Surface Water Bodies Using High Resolution Remote Sensing Technology
  6. Detection the Impact of Chlorophyll Index and Global Environmental Monitoring Index on Water Separation in Swansea in Wales, United Kingdom Through Analysing the Spectral Wavelengths of Landsat 8-OLI
  7. FLOOD HAZARD MAPPING OF USK RIVER LOCATED IN WALES, UNITED KINGDOM THROUGH PERFORMING THE HYDROLOGICAL ANALYSIS OF THE DIGITAL ELEVATION MODEL AND LANDSAT 8-OLI USING GIS AND REMOTE SENSING TECHNIQUES
  8. Evaluation the Soil-Adjusted Vegetation Indices SAVI and MSAVI for Bristol City, United Kingdom using Landsat 8-OLI Through Geospatial Technology
  9. Spatial analysis of the chemical properties of Karbala plateau through using remote sensing technology
  10. Determination the optimal prediction scenario for the future precipitation rates in the Al-Najaf Governorate in Iraq
  11. Hydrological modelling of Usk River basin in the State of Wales, UK using geospatial technologies
  12. Environmental Assessment of Future Potential Evaporation for Al-Najaf Governorate, Iraq through Evaluating Various Estimation Methods Using Statistical Downscaling Model
  13. Future short-term estimation of flowrate of the Euphrates river catchment located in Al-Najaf Governorate, Iraq through using weather data and statistical downscaling model
  14. Watershed basins delineation using GIS and Digital Elevation Model (DEM) to the region NI-38-14 Karbala-Al-Najaf Plateau, Iraq
  15. Developing model for forecasting rainfall intensity-duration-frequency curves using artificial neural network in Al-Najaf Region, Iraq