Title: Geospatial Model and Analyze Groundwater Methods and Applications
Authors: Taha Alfadul Taha Ali,
Volume: 9
Issue: 8
Pages: 1-7
Publication Date: 2025/08/28
Abstract:
This paper illustrates the model and analyzes groundwater flow methods and applications using geospatial technology. Groundwater methodology and applications in Geospatial involve utilizing advanced technologies to assess groundwater potential, quality, and sustainability. Geosciences approaches play a crucial role in analyzing geoenvironmental data for sustainable groundwater development. Studies integrate remote sensing and Geospatial techniques to define groundwater potential zones based on various thematic layers, such as slope, rainfall, and lithology, to evaluate groundwater availability. Assessing groundwater quality involves factors like rock weathering, ion exchange, and human activities, determining suitability for drinking, domestic, and irrigational purposes. Furthermore, research on uranium concentrations in groundwater highlights the impact of agricultural activities on water quality, with Geospatial techniques aiding in identifying contaminated areas through spatial interpolation plots. Overall, Geospatial methodologies offer valuable insights into groundwater management, resource assessment, and environmental sustainability. In conclusion we recommendations and future researches: Geospatial Analyzing Patterns integrated Geospatial Data Cloud, Geospatial IoT, Geospatial AI, and Geospatial Cyber Security.