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5 Geological Marvels of Arizona

Grand Canyon

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5 Geological Marvels of Arizona
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We sincerely hope that you enjoy this article about 5 Geological Marvels of Arizona. This part of the world just seems to teem with geological wonders, and this region is no exception to that. These wonders come in all shapes, sizes, natures, and characteristics.

No matter what type of formations you like, you will find something here to appreciate and enjoy. Many of these have been in the works for millions of years. Some of them, on the other hand, are of comparatively recent creation. All of them though, are amazing.

Havasu Falls

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Havasu Falls Facts

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Havasu Falls Physical Description

The fame of the truly stunning Havasu Falls derives purely from its natural beauty. This notoriety, although certainly well-deserved, has no basis in its physical size. This holds true due to the fact that the waterfall represents no more than an average sized cascade.

This status pertains to both its height and width. For one thing in particular, the waterfall itself consists of a single stage, much like the vast majority of similar features scattered throughout the world. In its case, the water plunges a total of about 100 ft (30 m).

It also does so over a series of several vertical cliffs. These cliffs have a composition primarily consisting of dark reddish sandstone. Without a doubt, the most visually striking feature of Havasu Falls remains the breathtaking color of the water itself.

This occurs due entirely to the fact that the underlying rock strata contains high concentrations of calcium carbonate. This natural compound slowly but steadily distills into the flow of water, continually providing that water with an astounding aquamarine color.

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Havasu Falls Location, Formation, and History

Surprisingly, Havasu Falls sits within another larger, and far better known, natural marvel. That other wonder of Nature is none other than the Grand Canyon itself. The waterfall, therefore, formed in what now constitutes the state of Arizona, in the United States.

Along with the canyon, this waterfall forms another of the great natural wonders of North America. The stunning cascade formed on what became tribal land of the Native American tribe, the Havasupai. The tribe has lived at the site for more than 800 years.

This astonishingly beautiful cascade also formed through a unique, but highly effective, combination of two processes. These factors in its creation consisted of both slow erosion over time, and rapid erosion due to the occurrence of flash floods in the area.

The high levels of calcium carbonate in the water also leaves deposits as it flows along. Over time, these minerals built up in several places, forming small but magnificent travertine steps. The frequent flash floods in the region often changes these, however.

Sometimes one or more of these beautiful but very delicate features becomes reduced due to the force of the flood, or even demolished, to be reformed later. Because of the occurrence of the same flash floods, the nature of the waterfall itself often changes.

Prior to one powerful flood, Havasu Falls flowed in one broad sheet. Since then, the form of the flow has changed on several occasions. Currently, it flows in a single sheet of water, whose temperature remains a near-constant 70 degrees Fahrenheit (20 Celsius).

Antelope Canyon

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Antelope Canyon Facts

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Antelope Canyon Physical Description

The mind-boggling Antelope Canyon truly dazzles the eye and befuddles the min of those who experience it firsthand. The formation does not do so, however, due to it sheer physical size, but because of the incredible nature of its physical structure.

Quite surprisingly, perhaps, the site manages to compress all this stunning beauty and distinctiveness into a relatively small structure. More precisely, this wonder of geological and meteorological forces only has a total length measuring roughly 1,9995 ft (607 m).

This becomes further impressive when one realizes that the incredible Antelope Canyon actually comprises two distinct sections. That very statistic helps to immediately distinguish it from the vast majority of other canyons situated around the world.

The first section bears the original Navajo name of Tsé bighánílíní, which roughly translates to the place water runs through rocks. The second section meanwhile, holds the original name of Hazdistazí, which roughly means Spiral Rock Arches, in English.

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Antelope Canyon Location, Formation, and Hazards

The awesome splendor of Antelope Canyon formed in a part of the world well respected for its extreme geological beauty. That’s due to the fact that this site was molded by forces in what now constitutes the state of Arizona, in the United States, in North America.

Somewhat surprisingly, this particular canyon does not owe its formation to any volcanic or earthquake activity. This fact alone serves to even further distinguish it from the great majority of remarkable geological formations in this area of the continent.

To the amazement of some, long-term erosion of the native Navajo sandstone in the region formed the canyon into two distinct sections. This occurred over the course of thousands of years, primarily due to the flash floods the region remains prone to. 

Also, a secondary erosive effect was that of desert winds funneling through the slot canyon throughout the years, with powerful force. Such occasionally forceful winds continue to affect the site sporadically, along with further flash flooding.

These continue to pose a danger in Antelope Canyon, even though safety measures exist. The U.S. Weather Service has a warning siren in place at the point where tours enter the canyons. But the flow rate of such floods through the two sections is unpredictable.

On August 12, 1997, prior to the installation of the siren, 11 tourists lost their lives in a flash flood in the Lower Canyon. No rain was falling at the site, but a locally heavy thunderstorm upstream dumped enormous quantities of water into the canyon in a matter of minutes.

Grand Canyon

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Grand Canyon Facts

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Grand Canyon Physical Description

The sheer scale of the awesome Grand Canyon can make it difficult to fully appreciate. Simply quoting statistics cannot adequately convey the proper impression of this geological marvel. Nonetheless, we offer them here, as a beginning of appreciation of its magnitude.

Firstly, its sheer length often represents a staggering number to contemplate for the casual learner. That’s due to a lack of proper perspective with which to consider it. This astounding site further measures a grand total of roughly 277 mi (446 km) in length.

Secondly, its other dimensions remain equally mind-numbing. Take its width, for example. While this quite naturally varies constantly along its length, this remains enormous in even the narrowest areas. But, that’s because at its widest it attains a width of 18 mi (29 km).

Thirdly, its depth only adds to the otherworldly air of the incredible Grand Canyon. Though it’s not the deepest such feature in the world, by far, it’s nevertheless remarkably impressive. While the depth naturally varies, it reaches a maximum of 6,093 ft (1,857 m) in places.

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Grand Canyon Location, Formation, and Geology

The gorgeous Grand Canyon formed in a distinctive region of the Northern Hemisphere already renowned for its natural beauty. This principle extends to the highly numerous beautiful, though relatively harsh and sometime stark, landscapes so common in that region.

That holds true due to the fact that this astonishing feature of geology formed in a region of what now constitutes the United States, in North America. More precisely, the gigantic canyon runs through an extensive section of the state that bears the name of Arizona.

Plus, it also shares this region with other natural features. These include the aptly-named Grand Canyon National Park, the Kaibab National Forest, and the Grand Canyon-Parashant National Monument. The canyon itself also contains the equally stunning Havasu Falls.

Incredibly, the eye-opening Grand Canyon forms part of the Colorado River Basin. As such, its creation serves as the perfect testament to the power of erosion. Admittedly, however, in its case, this process required a period estimated by geologists at roughly 70 million years.

Its unique nature and sheer size make it a location of unequaled importance to geologists. That’s due to the presence of sections of deposits over many hundreds of millions of years. In fact, one area of deposits, known as the Vishnu Schist, measures 2 billion years old.

The Wave

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The Wave Facts

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The Wave Physical Description

The breathtaking formation bearing the name of The Wave truly stands out among similar geological features. It does not do so, however, based on the merits of its sheer physical. It therefore proves the old adage about size being wholly irrelevant to importance.

Amazingly, in fact, this unique feature formed comprised of two major troughs. One of these wonders of natural processes, though, remains significantly larger than the other. The larger trough measures roughly 62 ft (19 m) wide, and about 118 ft (36 m) in total length.

The second component of the mind-boggling and unique structure man now calls The Wave, however, has far smaller dimensions to its credit. More precisely, this part of the feature only measures approximately 7 ft (2.1 m) wide and 52 ft (16 m) long.

The startling visual pattern formed due to the accumulation of layers of sand deposited atop existing layers. These later clung to the sandstone. It remains a stunning formation composed primarily of sand dunes that slowly changed to sandstone 190 million years ago.

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The Wave Location, Formation, and Nature

The magnificent work of Nature we now call The Wave formed in a portion of the world highly respected for its vast geological beauty. In point of fact, the site formed in an area that now straddles the border between the two beautiful states of Utah and Arizona.

More precisely, this exact area lies in the desert regions of the country of the United States, in North America. The specific region in which it formed has been shaped over millions of years by a wide variety of natural forces, including volcanism and erosion.

The troughs comprising the awesome site called The Wave were originally eroded by rainwater. The basin that fed the rainwater through the area long since shrank below the point of being able to continue the process. Now it continues through wind erosion.

This site can be accessed only by an arduous hike over the extremely rough terrain. That type of terrain remains the norm throughout the entire area. Being a sandstone formation, the ridges and ribbed areas remain so fragile, that they will crumble underfoot. 

Grand Falls

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Grand Falls Facts

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Grand Falls Physical Description

Spotting the truly breathtaking formation known to man as Grand Falls makes several things immediately clear. To the amazement of those who have the good fortune to visit it, this site remains incredible for not just its beauty, but for its sheer size as well.

Certainly, its sheer physical dimensions qualify it as an impressive specimen of waterfall. Although its exact width naturally varies with the amount of water flowing at any one time, this measurement averages a highly respectable 200 ft (61 m).

The overall height of the visually impressive formation, meanwhile, also never fails to impress the visitor or researcher. Given that this characteristic of the beautiful cascade measures approximately 185 ft (56.4 m), that’s not at all surprising, though. 

The magnificent Grand Falls also remains renowned for yet another characteristic. That’s the fact that its waters remains almost constantly extremely muddy. This state is so strong, in fact, that it often prompts some to compare the color to chocolate, hence the other name.

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Grand Falls Location, Formation, and Distinctive Characteristics

The visually stunning, and simultaneously fascinating, Grand Falls formed in a region of the globe already well known for its beauty. That’s because this wonder formed in what now constitutes the state of Arizona, in the United States, in North America.

It also formed a very long time ago. Current estimates, based on geological records, indicate that it formed roughly 150,000 years ago. In point of fact, this formation took place in a portion of the region currently given the. literally, colorful name of the Painted Desert.

At that time, the eruption of an ancient volcano formed the nearby Merriam Crater. Lava from the eruption flowed into what’s now named the Colorado River and formed a natural dam. The resulting rerouting of the river eventually created Grand Falls. 

During the dry season, the flow rate reduces to a slow trickle and sometimes even ceases entirely. During the winter, snowmelt creates an almost steady flow. Sporadic torrential rains also create an enormous flow for brief periods when they occur in the region.

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We truly hope that you have thoroughly enjoyed reading and learning from this article about 5 Geological Marvels of Arizona. This region of the Earth abounds with natural wonder and beauty, and that principle extends to its geology as well as its flora and fauna.

The variety also seems to know bounds, either. As a result, you can find virtually all kinds of landscapes here. But, many of them are fragile, and thus need our protection. It is up to each of us to do all that we can to preserve them for our posterity.

Check out our other articles on 5 Incredible South American Islands, 5 Fabulous European Mammals, Earth’s Many Astounding Beetles, 4 Fabulous Snakes of Asia

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