Some natural events are so rare, so strange, but amazingly beautiful at the same time. They even seem out of our world, and sometimes it’s hard to believe they truly exist. Here are a few of them, 10 stunning and rare natural phenomena.

1. Fogbows

A fogbow, sometimes called a white rainbow or ghost rainbow forms in the same way as rainbows. The difference is, as its name suggests, it appears as a bow in fog rather than rain. In many cases, when the droplets are very small, fog bows appear white and are therefore sometimes called white rainbows.

Amazing and Rare Natural Phenomena: Fogbow
Rare Natural Phenomena: A very beautiful fogbow photo taken by photographer Melvin Nicholson around Rannoch Moor in the Scottish highlands. “I ventured down to Rannoch Moor recently to photograph this lovely lonely tree in the mist when all of a sudden this unbelievable fogbow appeared. It is a colorless rainbow that is made up of tiny water droplets that cause fog. It’s an amazing thing to witness and can generally only be seen if the sun is behind you when you are looking at it. “As soon as I saw this wonderful isolated windswept tree, I knew that it had to be framed by the fog bow. Freshly fallen snow set the scene all around. It was just beyond magical and one of those days that you’ll remember for a long time to come.” You can buy this photo printed on

2. Giant Snowballs

Amazing and Rare Natural Phenomena: Giant Snowballs, Siberia (October 2016)
Rare Natural Phenomena: Giant Snowballs, Siberia (October 2016)

At the end of October 2016, thousands of giant snowballs have covered an 18-kilometer (11-mile) Siberian beach near the village of Nyda. Their size varies from the size of a tennis ball to 1 meter (3 feet).

The press secretary of the Arctic and Antarctic Research Institute, Sergei Lisenkov explained to the Russian TV: “As a rule, first there is a primary natural phenomenon – sludge ice, slob ice. Then comes a combination of the effects of the wind, the lay of the coastline, and the temperature and wind conditions. It can be such an original combination that it results in the formation of balls like these.”

First, small pieces of ice started forming, then they rolled by wind and water, collected more icy snow, and the final result was giant snowballs.

Previously, a similar phenomenon was witnessed in the Gulf of Finland in December 2014, and on Lake Michigan, the United States in December 2015.

Rare Giant Snowballs Form on Siberian Beach

3. Lenticular Clouds

Amazing and Rare Natural Phenomena: Lenticular cloud formation over Harold's Cross, Dublin
Rare Natural Phenomena: A lenticular cloud formation over Harold’s Cross, Dublin, Ireland (June 30, 2015). Photo by Omnisource5 – Own work, CC BY-SA 4.0, Link

Lenticular Clouds are stationary lens-shaped clouds, technically known as Altocumulus lenticularis. They look so alien, they even have been offered as an explanation for some unidentified flying object (UFO) sightings.

Lenticular Clouds form at high altitudes: at the low altitudes, obstacles like hills, mountains, or even human-made objects i.e. tall buildings, bridges disrupt the flow of air into eddies. But, at high altitudes, where stable moist air flows over a mountain or a range of mountains, a series of large-scale standing waves may form on the downwind side. If the temperature at the crest of the wave drops to the dew point, moisture in the air may condense to form lenticular clouds.

Pilots of powered aircraft tend to avoid flying near lenticular clouds because of the turbulence of the rotor systems that accompany them, but glider pilots actively seek them out. The precise location of the rising air mass is fairly easy to predict from the orientation of the clouds. “Wave lift” of this kind is often very smooth and strong and enables gliders to soar to remarkable altitudes and to great distances.

4. Sun dogs

Amazing and Rare Natural Phenomena: Sun dogs (Fargo, North Dakota)
Rare Natural Phenomena: Very bright sun dogs in Fargo, North Dakota, United States. Also visible are parts of the 22° halo (the arcs passing through each sundog), a sun pillar (the vertical line), and the parhelic circle (the horizontal line). Photo: Wikipedia

Sun dogs are also atmospheric phenomena. They can be seen anywhere in the world during any season, but the best time is when the Sun is close to the horizon: they appear as a pair of bright spots on either horizontal side of the Sun, often co-occurring with a luminous ring known as a 22° halo (see notes 1).

Sun dogs are created by light interacting with ice crystals in the atmosphere, and also known as mock suns or phantom suns, and the meteorological name is parhelia (singular: parhelion).

5. Frost Flowers

There are two phenomena called frost flowers: 1- thin layers of ice are extruded from long-stemmed plants, and 2- ice crystals growing on young sea ice and thin lake ice in cold, calm conditions. Both types of forest flowers look amazingly beautiful.

Amazing and Rare Natural Phenomena: Frost Flower
Rare Natural Phenomena: A frost flower in the Ozark Mountains, United States. The formation of frost flowers is dependent on a freezing weather condition occurring when the ground is not already frozen. The sap in the stem of the plants will expand (water expands when frozen), causing long, thin cracks to form along the length of the stem. Water is then drawn through these cracks via capillary action and freezes upon contact with the air. As more water is drawn through the cracks it pushes the thin ice layers further from the stem, causing a thin “petal” to form. The petals of frost flowers are very delicate and will break when touched. Photo by Slomoz, CC BY-SA 2.0, Link
Amazing and Rare Natural Phenomena: Frost flowers (sea ice) in Lake Louise, Alberta, Canada
Rare Natural Phenomena: Frost flowers (sea ice) in Lake Louise, Alberta, Canada (November 204). They form on the thin sea ice when the atmosphere is much colder than the underlying ice. Photo: Great Divide Nature Interpretation – Nature Notes

6. Volcanic Lightning

Volcanic eruptions are sometimes accompanied by flashes of lightning. This rare phenomenon is also known as a “dirty thunderstorm”. This lightning doesn’t descend from storm clouds in the sky. In a normal thunderstorm, the ice crystals collide and generate electric charges, which results in lightning. In an eruption, electrical charges are generated when rock fragments, ash, and ice particles in a volcanic plume collide and produce static charges.

Here is video footage of Volcanic Lightning showing the highly active Sakurajima volcano on the Japanese island of Kyushu. The German videographer was able to capture the rare phenomenon of volcanic lightning, as well as an explosive shockwave that rippled through the sky. Sakurajima, translated as Cherry Island, has been erupting on a regular basis since 1955 and is a constant danger to the nearby city of Kagoshima, which has a population of over 600,000.

Rare Natural Phenomena: rare footage of volcanic lightning. A volcano explodes into life as it sprays burning hot ash high into the air – followed by a deafening shockwave. Shot by filmmaker Marc Szeglat, 47, this incredible footage shows the highly active Sakurajima volcano on the Japanese island of Kyushu. The German videographer was able to capture the rare phenomenon of volcanic lightning, as well as an explosive shockwave that rippled through the sky. Sakurajima, translated as Cherry Island, has been erupting on a regular basis since 1955 and is a constant danger to the nearby city of Kagoshima, which has a population of over 600,000. Videographer / Director: Marc Szeglat, Producer: Nick Johnson, Editor: Ian Phillips

Sakurajima is the only volcano that has frequent lightning in daily eruptions. But why that rare phenomenon happens so often there remains unclear.

Other instances have been reported above Alaska’s Mount Augustine volcano, Iceland’s Eyjafjallajökull volcano, Mount Etna in Sicily, Ital. A very famous image of the phenomenon was photographed by Carlos Gutierrez and occurred in Chile above the Chaiten Volcano.

Amazing and Rare Natural Phenomena: Volcanic Lightning, Sakurajima Volcano
Rare Natural Phenomena: Sakurajima, translated as Cherry Island, an active composite volcano (stratovolcano) on the Japanese island of Kyushu, has been erupting on a regular basis since 1955. It is the only volcano that has frequent lightning in daily eruptions.

7. Fire Whirls

A Fire whirl is a kind of a whirlwind. This phenomenon is also known as fire devil or fire tornado, but despite the latter name, it is not really a tornado at all: unlike tornadoes, they aren’t formed by conditions high in the atmosphere – they’re created by hot, dry air rising rapidly from the ground, induced by a fire and often made up of flame or ash. Another difference is, fire whirls last only a few minutes.

But, despite being short-lived, they can be extremely dangerous. A fire whirl can reach up to 2,000 °F (1,090 °C), hot enough to potentially reignite ashes sucked up from the ground.

The worst-case fire whirls documented belongs to the 1923 Great Kantō earthquake in Japan: the earthquake ignited a large city-sized firestorm and produced a gigantic fire whirl that killed 38,000 people in fifteen minutes in the Hifukusho-Ato region of Tokyo! The earthquake’s estimated casualties totaled about 142,800 deaths, the fire tornado caused the single greatest loss of life.

Rare Natural Phenomena: A fire tornado in San Diego County in California has burned more than 600 acres as a part of a highway fire. Firefighters are working in temperatures near 100 degrees, trying to contain all the fires. Dozens of structures have been damaged or destroyed by the flames. No major injuries have been reported.

8. Penitentes

First described in scientific literature by Charles Darwin in 1839, penitentes are vertical snow formations (closely spaced and elongated, thin blades of hardened snow or ice) found at high altitudes. They range in size from a few centimeters to over 5 meters or 16 feet.

They can be seen in all glaciated and snow-covered areas in the Dry Andes (a climatic and glaciological subregion of the Andes, runs from the Atacama Desert in northern Chile and Argentina south to a latitude of 35°S in Chile) above 4,000 meters or 13,120 feet. In Spanish, their name is nieves penitentes (Spanish for “penitent-shaped snows”).

The name “Penitente” comes from the resemblance of a field of penitentes to a crowd of kneeling people doing penance.

Amazing and Rare Natural Phenomena: Penitentes
Rare natural phenomena: Penitentes in the Andes. Photo:

9. Fog domes

A “fog dome” is a very unusual phenomenon. It is a fog that looks like a balloon. The most likely explanation is that the “fog dome” has been caused by a source of heat close to the ground, possibly an agricultural building or a relatively warm pool of water. As the fog has formed in the valley this heat source has forced the fog to lift away from the ground into a dome as warmer air rises; like a hot air balloon.

Denbighshire fog dome
Rare Natural Phenomena: This fog dome was captured in county Denbighshire, north-east Wales in December 2016, by a weather watcher named Hannah. “I just couldn’t believe how perfectly dome-shaped it was. After about 10 minutes it started to flatten and looked like a low-lying cloud along with the fields but over quite a big area, it was huge” she said.

10. Ice volcanos

Ice volcano
Rare natural phenomena: an ice volcano

Particularly harsh and cold winters can turn a geyser into a “frozen volcano”, as happened to this geyser in a pond near the Glen Iris Inn at Letchworth State Park, New York in February 2015.


  1. A 22° halo is an optical phenomenon that belongs to the family of ice crystal halos, in the form of a ring with a radius of approximately 22° around the Sun or Moon (in which case it is also called a moon ring or winter halo). It forms as the sun- or moonlight is refracted in millions of hexagonal ice crystals suspended in the atmosphere. Read more about 22° halo on Wikipedia


M. Özgür Nevres

Leave a comment

Your email address will not be published.

This site uses Akismet to reduce spam. Learn how your comment data is processed.