Hyaltus supports watershed managers, conservation authorities, and planners in understanding how land use change, climate variability, and water demand affect watershed health. We bring expertise in integrating hydrologic and hydrogeologic system components into a unified, process-based understanding of watershed function. Using advanced numerical modelling tools, our team simulates surface and subsurface flow interactions, recharge dynamics, and long-term changes in the water balance. This approach allows us to capture the complexity of natural systems and provide actionable insight to support land use planning, water management, and ecological protection.

Our services supporting watershed sustainability include:

• Watershed and groundwater flow system characterization, and conceptual model development.

• Integrated watershed-scale hydrologic and hydrogeologic modelling.

• Environmental and instream flow need assessments.

• Watershed monitoring program design.

• Subwatershed-scale water balance and risk assessment studies.

• Evaluation of land use alteration, agricultural water use, and the impact of climate change on watershed function.

• Feature-based (wetland, stream, lake) water balances.