Ipasha Lake facts for kids
Quick facts for kids Ipasha Lake |
|
---|---|
Location | Glacier National Park, Glacier County, Montana, US |
Coordinates | 48°51′10″N 113°48′24″W / 48.85278°N 113.80667°W |
Lake type | Natural |
Primary outflows | Pyramid Creek |
Basin countries | United States |
Max. length | .42 mi (0.68 km) |
Max. width | .20 mi (0.32 km) |
Surface elevation | 5,660 ft (1,730 m) |
Ipasha Lake is a beautiful natural lake located in Glacier National Park. This park is found in the state of Montana, in the US. The lake is a great example of the amazing nature you can find in this area.
Contents
Where is Ipasha Lake Located?
Ipasha Lake sits in a special spot within Glacier National Park. It is located in Glacier County, Montana. The lake is west of a very tall mountain called Ipasha Peak. This peak rises more than 4,000 feet (about 1,219 meters) above the lake's surface.
How Does Ipasha Lake Get Its Water?
Ipasha Lake is fed by melting ice and snow. The water comes from the Ipasha Glacier. This glacier is a large body of ice that slowly moves. As the ice melts, the water flows downhill. It drops about 580 feet (about 177 meters) over a waterfall called Ipasha Falls. This creates a stunning sight as the water makes its way to the lake.
What is the Size of Ipasha Lake?
Ipasha Lake is not a huge lake, but it is a significant feature of the park. It is about 0.42 miles (0.68 kilometers) long. The lake is also about 0.20 miles (0.32 kilometers) wide. It sits at a high elevation of about 5,660 feet (1,725 meters) above sea level.
What is the Water Source for Ipasha Lake?
The main source of water for Ipasha Lake is the Ipasha Glacier. Glaciers are like giant, slow-moving rivers of ice. When parts of the glacier melt, especially in warmer months, the water flows into streams and then into the lake. This makes Ipasha Lake a freshwater lake.
What Flows Out of Ipasha Lake?
Water from Ipasha Lake flows out into a stream called Pyramid Creek. This creek helps carry the water further downstream. It connects Ipasha Lake to the larger water system of the park. This outflow is important for the local environment.