Our model of Grand Rapids showing the Grand River and its flow direction, which is west! |
Studying the dynamics of a river, its erosion effects, and what happens to waterfalls. Also, this would make SUCH a great beach! |
This is basically calculating discharge, which is kinda getting old... |
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Students trying to locate the Grand River and its tributaries on the glacial map of Michigan. |
Again, more calculations, but for the discharge of the actual Grand River we calculated on our field trip. We used the velocity along with the width and depth of the water. |
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Our second miniature river experiment showing how a river washes away all of the silt and clay, and the remains are left as sand and gravel. |
Map of the city of Grand Rapids, which shows how the Grand River flows right through it, etc. The red areas indicate the buildings, companies, and such. |
This is what the Grand River looks like when it is flooded. Aw, no swimming today? |
Class notes - End moraines form when glaciers melt as fast as they move down the slope. |
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The man is talking about the weathering of certain items, such as stone, and how mold grows on it. So features, like carved names and such, fade away. |
These are some of the measurements we made during the FRESH Program to find the turbidity and conductivity of the water. |
This is a drawing showing the gravel, sand, silt, and clay from our miniature river experiment. |
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Back at campus, we identify the deposits of a miniature glacier. |
This is us trying to identify certain points in our city like our school, graveyards, houses, and playgrounds. |
*Green= Moraine *Red=River (outwash) *Blue= Lake
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This is a sketch of the ridge that we hiked onto. It is an end moraine. |