Assean River (Manitoba) facts for kids
Quick facts for kids Assean River |
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Road sign for the Assean River
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 Location of the mouth of the Assean River
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| Country | Canada |
| Province | Manitoba |
| Region | Northern |
| Physical characteristics | |
| Main source | Little Assean Lake 181 m (594 ft) 56°20′06″N 96°08′34″W / 56.33500°N 96.14278°W |
| River mouth | Clark Lake on the Nelson River 167 m (548 ft) 56°17′31″N 95°55′26″W / 56.29194°N 95.92389°W |
| Basin features | |
| River system | Hudson Bay drainage basin |
The Assean River is a cool river located in the northern part of Manitoba, Canada. It's part of a huge water system that eventually flows into Hudson Bay. This river starts its journey at a place called Little Assean Lake and travels until it reaches Clark Lake, which is connected to the mighty Nelson River.
About the Assean River
The Assean River is an important natural feature in northern Manitoba. It's not one of the longest rivers, but it plays a role in the local environment. Rivers like the Assean help shape the land and provide homes for many plants and animals.
Where Does It Flow?
The Assean River begins its flow from a small body of water called Little Assean Lake. This lake is its source, or starting point. From there, the river winds its way through the landscape of northern Manitoba.
The river's journey ends when it flows into Clark Lake. Clark Lake is connected to the much larger Nelson River. The Nelson River is one of Canada's biggest rivers, and it eventually empties into Hudson Bay.
River Systems and Basins
The Assean River is part of a larger network called the Hudson Bay drainage basin. Think of a drainage basin like a giant funnel. All the rain and melted snow that falls within this area eventually flows into the same large body of water. For the Assean River, that final destination is Hudson Bay.
This means that the water from the Assean River, along with many other rivers in the region, contributes to the vast waters of Hudson Bay. It shows how all rivers, big or small, are connected to a larger water system.
