Astonishing Frozen Bubbles Beneath The Water

frozen bubbles lake canada

Wonderful Frozen Bubbles Frozen Beneath The water

Frozen bubbles of methane caught beneath Alberta’s Lake Abraham are beautiful but dangerous if popped.

These frozen bubbles under Alberta’s Lake Abraham might resemble winter gems. Still, you wouldn’t want to be too close to one if it popped: the bubbles are really frozen pods of methane, a highly flammable gas.

Most of the time, methane emerging from the surface of the water is relatively safe, but if you happen to be sparking a match at the time one of these bubbles pops, look out!

Methane bubbles accumulate in water bodies when dead organic material (leaves & animals) falls into the water & sinks to the floor, to the delight of bacteria idling below. The bacteria eat the matter & poop out methane, which transforms into white floating blobs when it comes into touch with frozen water and ice crystals.

Methane is produced in thousands of lakes throughout the arctic. Decreasing permafrost means more & more of this methane gas is being released into the earth’s atmosphere, a worrying trend for climate Scientologists who record that methane is a more dangerous greenhouse gas than carbon dioxide.

Bubbles of highly-flammable methane frozen in iced-over lakes are an unusual yet striking natural phenomenon – but can be dangerous if popped. They also harbor predicaments for the environment.

Appearing to hang in suspended animation beneath frozen lakes’ surface, methane bubbles are an odd sight.

But while they may look beautiful, were you to “pop” one & hold a lit match over it, explosive consequences would follow – while mostly harmless, methane is a highly flammable gas & would ignite.

Frozen bubbles lake canada

Frozen methane bubbles can be viewed in many lakes worldwide, with one of Lake Abraham’s best-known spots in Alberta, Canada.

In winter, wind speeds can reach around 48 kilometers per hour at Lake Abraham – combined with freezing temperatures, it means the ice that develops on the surface of the lake is very clear, giving visitors and tourists a fantastic glimpse of the frozen bubbles beneath the frozen water. So how are they formed?

Methane bubbles are produced in the water when dead organic material such as animals or leaves drop to the lake’s base, which is then decomposed by bacteria. The bacteria then generate methane, which forms bubbles that rise to the surface.

In summer, the bubbles pop entirely when they reach the surface & penetrate the atmosphere. But in wintertime, when the lake is frozen, the bubbles are trapped on their surface approach.

But as gorgeous as they may be, the frozen methane bubbles foretell troubles ahead for the environment. As temperatures go up around the globe, more permafrost is melting – letting frozen organic matter thaw out & providing more food for bacteria.

That means more methane – a potent greenhouse gas near twenty-five times more effective at trapping heat than carbon dioxide – being exposed to the atmosphere, triggering rising levels of global warming along with it.

Where can you find the Frozen Bubbles?

The following popular tourist destinations and travel hotspots maybe a great addition to anyone’s bucketlist. Not only do they amaze us with these natural phenomena but also have numerous other popular tourist attractions.

Abraham Lake (see map)

This is a favorite spot, located 90 kilometres southwest of Rocky Mountain House, for capturing photographs of the bubbly frozen panorama of Alberta’s Rockies. 

Barrier Lake (See map)

This man-made lake is located in Kananaskis, west of Calgary. To get to the reservoir, take a turn south on Highway 40 from the Trans-Canada Highway. 

Lake Minnewanka (see map)

​A glacial lake situated northeast of the Banff townsite draws many visitors in winter & the summer and warmer months. It’s the longest lake in Banff National Park, covering 21 kilometres, & the name is assumed to come from local First Nations & means “Water of the Spirits.”

​Spray Lakes (see map)

Found a short drive west of Calgary & just south of Canmore. This lake has plenty of day use, camping, & hiking possibilities.

Elbow River in Calgary (see map)

The Elbow River is a river that winds away in southern Alberta, Canada. It runs from the Canadian Rockies to Calgary, where it joins into the Bow River.

The Elbow River is recommended among canoers, rafters, campers, & hikers. It runs into several features, including Allen Bill Pond, Forgetmenot Pond, & Elbow Falls. Segments of the river are locked to fishing or are “catch-and-release” streams.

Lake Bonavista (see map)

Lake Bonavista is a neighbourhood in Southeast Calgary, Alberta, Canada. It is bordered by Anderson Road to the north, Macleod Trail to the west, Canyon Meadows Drive to the south, & Bow Bottom Trail to the east. The small community of Bonavista Downs resides in the northeast corner of the neighbourhood.

Frozen bubbles lake canada

What are they?

There are more wonders in nature than we can ever foretell. These astonishments are in the form of queer happenings invented by nature’s incredible creativity & tremendous power. One such astonishing & bewildering design of nature is the Frozen Bubble.

Where are they found?

The Frozen Bubbles are found in Lake Abraham and other parts of the planet (read above). It is an artificial lake situated on the North Saskatchewan River in Alberta in Canada. The lake has formed a unique situation where it gives rise to ‘Frozen Bubbles.”


These astonishing naturally occurring frozen bubbles are an accurate indicator of how nature has bestowed upon us a sense of wonder. Mother nature continuously fascinates us in a way that we are ever curious.

The natural phenomenon that occurs daily on our wonderous planet only tells us that there are other planets out in space just like our own, waiting to be discovered and their limitless secrets revealed.

Its presence is felt everywhere and all around us. These curious bubbles of coincidence remind us that everything that occurs in nature is a coincidence through billions of years of evolution. Or is it?

Further reading

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