GeoExTerra's® hydrological services encompass a comprehensive suite of advanced methodologies to elucidate the complex dynamics of the hydrological cycle, including: Hydrological cycle modeling: Integration of satellite data, meteorological parameters, river discharge, and soil hydrological characteristics to simulate the precipitation-runoff-infiltration process, enabling accurate estimation of annual water budgets for diverse geo-climatic terrains. Water balance analysis: Quantification of surface runoff, surface storage, evapotranspiration, and infiltration to understand the recharge-discharge relationship, influencing groundwater table and river/stream flow. River/stream runoff gauging and monitoring: Installation of hydrometric stations to measure river discharge, stage, and velocity, facilitating real-time monitoring of hydrological processes. Sediment yield modeling: Application of advanced numerical models to simulate sediment transport, erosion, and deposition, informing soil conservation strategies and reservoir management. Hydrological soil mapping: Characterization of soils and their hydrological properties, including infiltration capacity, hydraulic conductivity, and water retention, to develop high-resolution hydrological maps. Advanced hydrological modeling: Development of distributed hydrological models, incorporating GIS and remote sensing data, to simulate hydrological processes, predict flood events, and optimize water resources management. Water conservation planning: Design and planning of water harvesting structures, soil conservation measures, and crop planning strategies to enhance soil moisture, control baseflow, and mitigate soil loss. By harnessing cutting-edge technologies and methodologies, GeoExTerra provides high-precision hydrological services, enabling informed decision-making and sustainable management of water resources.
