PC: NASA Science
For any future human survival on Mars, scientists have identified several primary sites. One of the vital sites is the world’s largest uninhabited island, namely Devon Island in Nunavut, Canada. NASA uses this icy island to study Mars, primarily because it’s barren and its freezing, polar desert conditions allow researchers to test next-generation rovers. By unlocking the secret of Devon Island, scientists are trying to find a future-ready human colonisation on Mars. This step will allow scientists to provide a deeper understanding of planets like Mars to the next generation.
Why scientists chose Devon Island to study Mars
Scientists chose the world’s largest uninhabited island, i.e., Devon Island, because it is the closest thing to Mars humans have on Earth. Its biggest feature is the Haughton Impact Crater, a massive 20-kilometre-wide hole that looks exactly like the craters on Mars.
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Because the island is a ‘polar desert’, which means it is incredibly cold, dry, and has no greenery like trees or plants. NASA can test rovers and equipment to see if they will break under the same harsh conditions they would face on Mars. Furthermore, the island has underground ice and old, dried-up lakebeds. By studying how tiny organisms survive in these frozen conditions, scientists can easily study exactly where and how to look for signs of past life on Mars.
Can regular people visit this ‘Devon Island’
While Devon Island has no permanent human residents, it does see visitors in the summer. Travelling to this remote island is extremely difficult and is typically limited to specialised research teams like NASA. Visitors often stop at Dundas Harbour to glimpse the ruins of a 1920s Royal Canadian Mounted Police outpost. However, they are warned that the environment is unsuitable for humans because temperatures plunge and polar bears roam the area.
How does NASA test ‘future survival’ on this Canadian island
This Canadian island serves as a critical proving ground for scientific hardware that cannot be easily repaired once it leaves Earth. Researchers at the Haughton-Mars Project use the island to test analogue pressurised rovers, autonomous drones, and deep-drilling systems designed to find water ice. One famous experiment involves the ‘Arthur Clarke Mars Greenhouse,’ where scientists study how to grow plants in sterile, Mars-like soil.
Devon Island: A blueprint for finding life on planet Mars
Scientists use Devon Island as a primary testing place for astrobiology because it demonstrates how life survives at the very edge of possibility. According to research published by the National Space Society, the island’s Haughton Crater is home to “micro-oases” where microorganisms survive extreme UV radiation by hiding inside the rocks. The process is known as endolithic colonisation. Go to Source
