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Interstellarmaps

Olympus Mons

Olympus Mons

€59,00 EUR
€59,00 EUR
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Majestic Heights: Olympus Mons Unveiled

Elevate your space with a breathtaking view of Olympus Mons, the solar system's grandest volcano, captured in unparalleled detail. This museum-quality poster brings the awe-inspiring majesty of Mars' crowning jewel right into your room, offering a visual journey to the pinnacle of extraterrestrial landscapes.

Crafted for the discerning eye:

  • Material: Luxurious matte paper, chosen for its ability to render vibrant colors and sharp contrasts.
  • Thickness: A sturdy 0.26 mm (10.3 mil), ensuring your poster stands the test of time.
  • Weight: A solid 189 g/m², a testament to its premium quality.
  • Clarity: Boasting an opacity of 94% and an ISO brightness of 104%, every geological detail of Olympus Mons is vividly presented.
  • Dimensions: Grandly scaled at 70×100 cm, it's designed to be a centerpiece, capturing attention and admiration.
  • Origin: Using the finest paper sourced from Japan, we prioritize quality in every inch.

Our commitment goes beyond aesthetics. Each poster is created on-demand, reflecting our dedication to environmental responsibility. This approach might mean a tad longer delivery, but it's our pledge to a sustainable future. Your choice today is a nod to both the wonders of space and the preservation of Earth. Thank you for making a choice that celebrates the grandeur of the universe and the importance of thoughtful consumption.

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Mars, often referred to as the Red Planet, is home to a myriad of geological wonders. Among its vast landscapes and intriguing features, one stands out not just in prominence but in sheer size and grandeur: Olympus Mons. This behemoth of a volcano isn't just the tallest on Mars; it holds the title for the largest volcano in our entire solar system.

Location and extensions

Situated in Mars' western hemisphere, Olympus Mons towers at an astonishing 13.6 miles (22 km) high, nearly tripling the height of Mount Everest. In terms of its base area, it's comparable to the size of France, stretching about 370 miles (600 km) in diameter. This colossal volcano is bordered by a cliff-like edge, which in certain regions ascends a staggering 8 km above the neighboring terrains.

Geology

Olympus Mons is a shield volcano, similar in nature to the volcanoes found in the Hawaiian Islands on Earth. Its immense size is attributed to the lack of tectonic plate movement on Mars. On Earth, tectonic plates shift, causing lava flows to be distributed across various locations. However, on Mars, the stationary nature of the crust means that lava can erupt from a single point for hundreds of millions of years, allowing Olympus Mons to grow to its current size. The caldera at the summit consists of multiple overlapping craters, evidence of many eruptions over time.

Why "Olympus Mons"?

The name "Olympus Mons" is derived from Latin, translating to "Mount Olympus." In ancient Greek mythology, Mount Olympus was considered the home of the gods, the highest mountain in Greece. Given the towering stature of this Martian volcano, the name is fitting, symbolizing its unparalleled height and grandeur in the solar system.

Scientific Articles

The fascination with Olympus Mons isn't just limited to its size. Over the years, numerous scientific articles have been published, delving into its formation, history, and the implications it holds for understanding Martian geology and potential past life. Some notable articles include:

"The Formation and Evolution of Olympus Mons" - This article delves into the geological processes that led to the creation of this giant volcano.

"Lava Flows and Eruptions: A Study of Olympus Mons" - A detailed look at the various eruptions and the types of lava flows found on the mountain.

"Implications of Olympus Mons for Martian Life" - Exploring the potential habitats and conditions around Olympus Mons that could have once supported life.

Researchers and scientists continue to study Olympus Mons, as it provides invaluable insights into the geology of Mars and the processes that have shaped it over billions of years.