Unit 2: Examining the Distribution of Mass Wasting Events
What factors contribute to the distribution patterns of mass wasting events? In this unit, students will use a frequency-ratio method, one of the most common quantitative methods used in the statistical analysis of ...

Unit 4: Hydraulic Modeling and Flood Inundation Mapping using HEC-RAS
The flow or discharge value in a river does not mean much to a layperson or a decision maker because this flow can be insignificant on a big river but can be dangerous on a small creek. Thus, we must know how to ...

Unit 3: Channel Capacity and Manning's Equation
A flood occurs when the flow rate in a river exceeds the capacity of a channel to transmit water downstream within its banks. How much water can a channel transmit? Answering this question requires measurements of ...

This unit builds on what students have learned about transform fault hazards to introduce the idea of risk. Students examine earthquake risk along the San Andreas Fault in San Francisco by examining public school ...

Unit 4: Analyze and Prescribe a Risk Assessment and Hazard Mitigation Plan
How can community stakeholders use the landslide susceptibility model to inform planning and infrastructure decisions? Students will create a landslide risk analysis report and assessment plan for a specific ...

Unit 3: Develop and Test Models of Landslide Susceptibility
How do geoscientists confidently create landslide susceptibility maps based on empirical data? Together with Unit 2: Examining the Distribution of Mass Wasting Events, this exercise helps students use GIS to gain ...

Unit 1: Mass Wasting Identification and Quantification
How can geoscientists identify and quantify landslide events using remote sensing data? The analysis of mass wasting events from remotely sensed data is a complicated task, burdened by the range of geomorphic ...