Dr. Teasdale led the students in an activity which measured the rate of stream flow, illustrating how the outside of a stream bend flows at a greater rate than inside. The increased velocity of the water equates to an increase in the stream's kinetic energy, allowing it to form a cut bank as it erodes the smaller clasts in its path. The inside of the bend, however, with its slower rate and, thus, lower energy, ultimately deposits these smaller clasts on a point bar.
The following day students measured and recorded sizes of clasts collected at each of the three areas of the stream. Using the average clast size diameter, water velocity and a Hjulstrom diagram, students were determine the ability of the stream to transport, deposit and erode on this particular day.