Hydrology & Water Resources

Explore how water moves through natural systems and why that movement matters.

Explore the continuous movement of water on, above, and below the surface of the Earth.

Explore the processes that lead to rain and snow formation.

Explore the process of evaporation and its significance in hydrology.

Explore the dynamics of water flow across land surfaces and its implications on the environment.

Explore the dynamics of groundwater movement and its impact on water resources.

Explore the dynamics of watersheds and how they influence water resources.

Explore the dynamics of streamflow and its measurement techniques.

Explore the dynamics of flooding, its causes, and how to manage it effectively.

Explore the complexities of water quality assessment and management.

Advanced mastery of simulating water systems, focusing on judgment under uncertainty, trade-offs, and recognizing when modeling strategies fail.

Mastering judgment in flood prediction: advanced calibration, restraint, and error detection for experienced hydrology students.

Advanced judgment in allocating water resources under uncertainty, focusing on system limits, delayed consequences, and calibration of restraint.

Advanced judgment in evaluating drought impacts and water scarcity, focusing on ambiguous cases and long-term consequences.

Advanced judgment in irrigation system management: recognizing limits, calibrating decisions, and avoiding compounding errors.

Master advanced judgment in hydrology by analyzing climate impacts, ambiguous risks, and delayed consequences.

Advanced judgment in urban hydrology: calibrating decisions under uncertainty, recognizing when intervention increases risk, and understanding delayed consequences of runoff management.

Advanced judgment in controlling water storage under uncertainty, focusing on system limits and delayed consequences.

Advanced judgment in water conservation: recognizing system limits, trade-offs, and delayed consequences.

Advanced judgment in hydrology: integrating science, engineering, and policy for water management under uncertainty.