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5 Marvels of New Zealand and Australia

Whitehaven Beach

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5 Marvels of New Zealand and Australia
Source: https://bit.ly/2JJBSBn Photographer: Damien Dempsey CC License: https://bit.ly/1ryPA8o

5 Marvels of New Zealand and Australia

Here, we present to you our choice of 5 Marvels of New Zealand and Australia. These are lands of countless things to amaze us. They give us scenes of incredible beauty and harsh reality, all on the same continent. For the moment, we concentrate our focus on the astonishing works of Nature in the form of geological features. We hope you enjoy!

Milford Sound

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Milford Sound Facts

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Milford Sound Physical Description

The gorgeous Milford Sound extends a length of roughly 9.3 mi (15 km). It also remains bordered by enormous and rather sheer rock walls.

In some places along the length of the picturesque fjord, these walls rise to a height of as much as 3,900 ft (1,200 m). Several large individual peaks also line the length. Two of these exceed 4,200 ft (1,280 m) in height.

In addition to such splendor, the magnificent location also boasts two magnificent permanent waterfalls, known as Lady Bowen Falls and Stirling Falls.

After particularly heavy rains, numerous temporary waterfalls also frequently cascade over the steep rocky slopes. Water drenched moss feeds these, and they usually last only a few days, once the rain stops.

At its entrance, this marvel of Nature connects to the Tasman Sea. This occurs at a location known as Dale Point.

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Milford Sound Location, Climate, and Wildlife

The fabulous and world-renowned Milford Sound lies in the southwest portion of New Zealand’s South Island, near Australia. More specifically, it sits within Fiordland National Park.

It also forms part of the Piopiotahi Marine Reserve, and the Te Wahipounamu World Heritage Site. The names derive from the language of the native Maori.

This site also constitutes the wettest part of the country of New Zealand. The region receives an average annual rainfall of about 252 in (6,412 mm). Rainfall totals of as much as 10 in (25 cm) in a single day sometimes occur.

Such a region rather easily plays host to numerous species. Some of these include seals, bottlenose dolphins, and several species each of whales and penguins.

Hot Water Beach

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Hot Water B Facts

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Hot Water Beach G Nature

Hot Water Beach owes its nature to the presence of underground hot springs situated almost directly beneath the small beach.

The hot water rarely does more than slightly bubble above the surface on its own.

However, digging even slightly into the sand of Hot Water Beach will cause the cavity to be filled with hot water.

The heated water filters up from two small fissures situated quite close to each other. The water from the hot spring sometimes reaches temperatures of as much as 147 F (64 C).

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Hot Water Beach Tourism and Dangers

Unsurprisingly, the uniqueness of this beach has made it a popular vacation spot for both local inhabitants and tourists. Approximately 700,000 people visit the site annually.

The spot does have its perils, however. Even during low tide, Hot Water Beach sits in close proximity to the waves, which can be large and powerful.

As if this wasn’t enough, powerful rip currents also quite commonly occur in the area.

Groupings of large rocks also sit just offshore. Though lifeguards do watch the area, officials wisely recommend that only highly experienced swimmers or surfers venture beyond the beach itself.

Ebor Falls

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Ebor Falls Facts

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Ebor Falls Physical Description

Ebor Falls is a rather moderate flow waterfall and sits at an altitude of 4,232 ft (1,290 m) above sea level.

The geology of the underlying rock is also predominately basalt. The black color of the basalt makes for a striking background as the water plunges over the falls.

The combined height of the two sections of Ebor Falls also measures about 377 ft (115 m). About 2,000 ft 600 m) downriver from the second half of the fall, is yet another plunge.

This one also falls into a steep gorge, filled with forest. What a beautiful sight.

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Ebor Falls Underlying Geology

The breathtaking Ebor Falls are a particularly unique geological formation. They have formed at a point where ancient lava flows joined, which is the source of the underlying basalt.

The basalt averages roughly 164 ft (50 m) in thickness but in places, it is as thick as an impressive 984 ft (300 m).

The basaltic bedrock was formed from a particular type of lava,  one rich in magnesium and iron, and is known as mafic lava.

On the lower section of the falls, large vertical basalt columns are easily visible. Large blocks of volcanic stone are also abundant under and around the waterfall.

Whitehaven Beach

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Whitehaven Beach Facts

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Whitehaven Beach Geography

The phenomenally beautiful Whitehaven Beach is also quite famous for its white sands which consists of 98% pure silica giving the beach a bright white color.

Unlike regular sand, the sand on Whitehaven Beach does not retain heat.

This makes it rather pleasantly comfortable enough to walk barefoot on a hot day. We tried and tested it.

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Whitehaven Beach Distinctiveness

The geology of the island itself also shows little or no trace of silica. Thus the sands most likely came to the beach via prevailing sea currents.

But, this has likely occurred over a period of several million years.

The sand of Whitehaven Beach is also extremely fine. This means that it can damage electronic equipment such as telephones and cameras.

It is, however, extremely useful for polishing fine jewelry.

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Whitehaven Beach Preservation Efforts

In 2008, the beach also gained worldwide fame as the cleanest beach in Queensland, Australia, per Keep Australia Beautiful. This was part of the Clean Beach Challenge State Awards.

In July 2010, CNN.com named the beach the number one Eco-Friendly beach in the world. Dogs are not permitted there and cigarette smoking is also prohibited.

Moeraki Boulders

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Moeraki Boulders Facts

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Moeraki Boulders Physical Description

The eye-catching Moeraki Boulders have long fascinated those who encounter them. The great majority of them fall into two distinct size ranges.

Approximately 30% of them measure between 1.6-3.3 ft (0.5-1.0 m) in diameter, while the vast majority of the rest all stay in the range of 4.9-7.2 ft (1.5-2.2 m).

Yet they do have one basic factor in common. All of the boulders display a dark gray color, due to the particular nature of their composition.

Most of these unique objects have a roughly spherical shape, yet a rather small percentage of them possess a slightly elongated shape.

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Public Domain Image

Moeraki Boulders Composition and Origin

The astonishing Moeraki Boulders formed as septarian concretions. They consist of a combination of silt, clay, and mud, bonded together by calcite.

Beneath the extremely hard outer shell, they remain relatively soft, as they are less compacted.

A few have also broken open, and their interiors eroded by the elements. Further, the inner cores of many of these formations have linings of calcite crystals.

The Moeraki Boulders were formed during the Paleocene Era as the calcite deposited in the mud on the seafloor. As further mud layers deposited, the pressures began their formation.

The process required millions of years. Coastal erosion then exhumed them from the sea mud.

5 Marvels of New Zealand and Australia

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Here you have seen our listing of 5 Marvels of New Zealand and Australia. Of course, this list barely scratches the surface of the wonders of geology that to be seen in these incredible lands. Yet these wonders remain fragile, and some of them face the imminent danger of loss due to the actions of mankind. We must do all we can to protect and preserve these wonders of Nature for our posterity.

Check out our other articles on 9 of the Weirdest Animals on Earth, 8 Swoon-Worthy Caves, Wonderful Wild Cats of the World

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