Water resources modelling is essential for understanding, managing, and optimizing how water moves through both natural and engineered systems. At Geospatial Research Limited (GRL), we develop advanced, data-driven models that integrate climate, topography, land cover, and hydrological processes to support regional and national water planning initiatives. Our models are designed to simulate complex hydrological interactions, assess future water availability, and guide strategic decision-making for sustainable water management.
Our expertise covers:
-
Surface and groundwater interaction modelling using tools such as MODFLOW, HEC-HMS, and other hydrological and hydrogeological simulation platforms.
-
Estimation of recharge, runoff, infiltration, and aquifer balance to evaluate water availability under varying climatic and land-use scenarios.
-
Development of decision-support systems (DSS) for water supply and demand forecasting, ensuring that planners and policymakers can make timely, informed decisions.
-
Scenario-based modeling for assessing the impact of infrastructure projects, land use changes, and climate variability on regional water systems.
By combining hydrological, hydraulic, and geospatial modeling, GRL provides robust tools for infrastructure design, reservoir operation, flood management, and drought preparedness. These models help optimize water allocation, improve ecosystem management, and promote long-term resource sustainability in the face of climate change.
At GRL, we are committed to delivering innovative water resource modeling solutions that enhance data transparency, planning accuracy, and environmental resilience empowering governments, utilities, and development partners to build a sustainable and water-secure future.