- 1 What was the depth of the water in Missoula?
- 2 Does Missoula have hard water?
- 3 Is there an aquifer in Montana?
- 4 How many cubic miles was Glacial Lake Missoula?
- 5 Why does lake Missoula no longer exist?
- 6 How long did it take lake Missoula to empty?
- 7 Can you drink tap water in Missoula?
- 8 Can you drink tap water in Missoula Montana?
- 9 Is there fluoride in Missoula water?
- 10 How deep is the Madison aquifer?
- 11 How much does it cost to dig a well in Montana?
- 12 Is there well water in Montana?
- 13 How long did Lake Agassiz exist?
- 14 How did Lake Bonneville disappear?
- 15 Where was the Glacial Lake Missoula ice dam?
What was the depth of the water in Missoula?
At its largest extent, Lake Missoula’s depth exceeded 2,000 feet (610 m) and may have held 600 cu mi (2,500 km3) of water, as much as Lake Erie and Lake Ontario combined. The surface area covered 3,000 sq mi (7,770 km2) and the shoreline attained an elevation of 4,200 feet (1,300 m).
Does Missoula have hard water?
How hard is the water in Missoula? Several water hardness tests conducted over the years have indicated that the water in Missoula is very hard. The water hardness tests have always given readings above 8 grains per gallon (gpg). Specifically, the level of water hardness in Missoula is 10 grains per gallon (gpg).
Is there an aquifer in Montana?
Most of the aquifers in Montana, North Dakota, South Dakota, and Wyoming are parts of five large regional aquifer systems. An aquifer system consists of two or more aquifers that function similarly.
How many cubic miles was Glacial Lake Missoula?
Glacial Lake Missoula existed during the period 13,000 to 15,000 years ago. At its highest level, the glacial lake covered an area of about 2,900 square miles and contained an estimated 500 cubic miles of water.
Why does lake Missoula no longer exist?
Glacial Lake Missoula formed as the Cordilleran Ice Sheet dammed the Clark Fork River just as it entered Idaho. The rising water behind the glacial dam weakened it until water burst through in a catastrophic flood that raced across Idaho, Oregon, and Washington toward the Pacific Ocean.
How long did it take lake Missoula to empty?
It is estimated that the maximum rate of flow was equal to 386 million cubic feet per second. At that rate, the lake probably drained in a few days.
Can you drink tap water in Missoula?
Mountain Water Company For the latest quarter assessed by the U.S. EPA (January 2019 – March 2019), tap water provided by this water utility was in compliance with federal health-based drinking water standards.
Can you drink tap water in Missoula Montana?
At the University of Montana – Missoula there have been no contaminants detected in our water that exceed any federal or state drinking water standards in the last year. All primary (health related) and secondary (aesthetic) drinking water standards are being met.
Is there fluoride in Missoula water?
A small amount of excess chlorine remains in the water to protect it from contamination as it travels through water mains and to the customer. Missoula Water does not add fluoride to the water. These people should seek advice about drinking water from their health care providers.
How deep is the Madison aquifer?
Maximum depth exceeded 600 ft.
How much does it cost to dig a well in Montana?
Drilling a well costs anywhere from $25 to $29 per foot. Throw in another couple of thousand to cover the pump and pressure tank. A standard gravity-flow septic system will usually run between $3,500 and $5,000, and engineered septic systems can go up to $7,000.
Is there well water in Montana?
The Montana Bureau of Mines and Geology (MBMG) administers an online database for wells in Montana known as the Ground Water Information Center (GWIC). GWIC contains well logs for most wells in the state and has ground water quality data for a limited number of wells where it is available.
How long did Lake Agassiz exist?
The history of Lake Agassiz in North Dakota covers approximately 2,700 years, from 11,700 years ago until 9,000 years ago.
How did Lake Bonneville disappear?
As the Ice Age ended the climate became warmer and drier. With less rainfall and glacial melting to sustain Lake Bonneville, coupled with increased evaporation, the vast lake began to retreat. The current Great Salt Lake’s drainage area is roughly that of ancient Lake Bonneville.
Where was the Glacial Lake Missoula ice dam?
Glacial Lake Missoula: At the end of the last Ice Age, a finger of the Cordilleran ice sheet crept southward into the Idaho panhandle, forming a large ice dam that blocked the mouth of the Clark Fork River, creating a massive lake 2,000 feet deep and containing more than 500 cubic miles of water.