Utilizing the Lake Superior watershed and the St. Louis River as a foundation for learning
Students will learn the concept of a pattern. Students will be able to identify, continue and create patterns. Students will learn to recognize patterns in nature.
The Savanna Portage was the crucial link between the Gulf of St. Lawrence and the Gulf of Mexico. Its discovery and usage created an interesting and important mix of cultures between Native Americans, Voyageurs, fur trading companies, and other explorers.
Students will use different weather related data sets from the South Shore region in order to answer questions about the relationship between Lake Superior and the land and people surrounding it. The data sets are from the July 2016 Flood Event on the South Shore.
Attached are teacher and student copies of a trout and its anatomy. When printed back to back, the copies can be folded so the external anatomy picture can be flipped up to reveal the internal anatomy picture.
This lesson will guide students through learning about Lake Whitefish, a valuable fish for commercial fishermen, and how climate and profit impacts fishermen’s livelihood. Students will learn facts about whitefish, learn about local fishing businesses, and apply what they’ve learned using economics to decide whether their business can continue to stay open with different scenarios.
Students will play a game of survival by creating fish with dominant and recessive traits to understand how evolution through adaptations of structures and functions help with survival and continuation of genetic variations.
Students will put on a play to go through the steps of how Lake Superior formed by rifting of the Minnesota shore from the Wisconsin shore, erosion of mountains that were created from the rifting, and filling of the rift zone. Optional: discuss how the formations of Lake Superior also resulted in the formation of the different types of igneous (volcanic, from rifting and volcanic activity) and sedimentary (from sedimentation, or build up, of sediments from eroded mountains and other rocks) rocks we find in Lake Superior.
Students will see maps of Lake Superior and the St. Louis River to compare the sizes. Students will then each draw a portion of either the St. Louis River or a river near their school that flows into the St. Louis River or Lake Superior. They will make connections that every part of the river can impact the health of the rest of the river and of Lake Superior.
Students will work in teams to read about an animal that lives in the St. Louis River Estuary. They will then work together to draw and name the animal that they think the description describes. This allows students to become familiar with animals that could be present around their school or homes that live in the estuary while also learning valuable lessons in team work.
Students will gather items they can find in nature to put as parts in a cell. The catch is that students must explain why that item represents the cell organelle by using metaphors, similes, or other explanations. Prerequisite: Students must have a firm understanding of cell parts and functions. This lesson would be great as a unit wrap-up lesson. An example would be that an acorn could represent a vesicle because it transports seeds to other places in a protective casing like a vesicle transports proteins in a cell.
