Saint Charles River (Colorado) facts for kids
Quick facts for kids Saint Charles River |
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The river in late 2014, as viewed from a bridge on 27th Lane, southeast of Pueblo.
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| Physical characteristics | |
| Main source | 37°59′54″N 105°09′00″W / 37.99833°N 105.15000°W |
| River mouth | Confluence with Arkansas 4,550 ft (1,390 m) 38°15′56″N 104°27′35″W / 38.26556°N 104.45972°W |
| Basin features | |
| Progression | Arkansas—Mississippi |
The Saint Charles River is a river located in the southern part of Colorado, a state in the United States. It's like a long, winding path of water that travels for about 64.6 miles (104.0 kilometers).
This river is a tributary, which means it's a smaller river or stream that flows into a larger river. The Saint Charles River flows into the Arkansas River, which is a much bigger river.
About the Saint Charles River
The Saint Charles River starts its journey high up in the mountains. Its source, or starting point, is found near a place called Saint Charles Peak. This peak is part of the Wet Mountains, a mountain range in southern Colorado.
From these mountains, the river flows generally eastward. It makes its way through different landscapes, carrying water from the mountains down towards flatter areas.
Where the River Flows
As the Saint Charles River travels, it passes through parts of Custer County, Colorado and Pueblo County, Colorado. These counties are areas within the state of Colorado.
The river's path takes it through some beautiful and rugged terrain. It collects water from smaller streams and rainfall along its journey, growing larger as it goes.
Joining the Arkansas River
The Saint Charles River's long trip ends when it meets the Arkansas River. This meeting point is called a confluence. The confluence happens east of a city named Pueblo, Colorado.
The Arkansas River is a major river in the United States. It eventually flows into the Mississippi River, which is one of the longest rivers in the world. So, the water from the Saint Charles River eventually becomes part of these much larger river systems.
