Mars is far enough away to be a challenge, while close enough in cosmic terms for this generation to explore it. In comparable terms, it is to this generation what Antarctica was to the generation of the early 1900’s.
Due to the unprecedented advent of true rocket reusability, and the blossoming of a robust private commercial space industry, the cost of reaching orbit is dropping significantly. We are in the midst of the transition to a new era in human spaceflight, and the window to becoming multi-planetary has opened at last.
Canada’s far north is a terrain geologically similar to much of Mars, with its glacial geomorphology and permafrost subsurface. This makes Canadian expertise in northern environments a valuable base from which to learn and explore Mars.
The Mars Society of Canada is a space-advocacy group dedicated to promoting, within Canada, the exploration of Mars by implementing public-outreach programs, lobbying governments and carrying out its own technical projects.
Canada has a proud legacy of contributing to space science and innovation. Mars exploration and settlement presents significant opportunity for Canadians to continue this legacy on a new horizon.
Learn about Mars, teach others and exchange insights to inspire and engage the public.
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Rex is an accomplished inventor, successful entrepreneur, teacher, experienced millwright and amateur astronomer. His passionate belief in the value of space exploration has foundations in witnessing the Apollo landings, a love of science fiction, and profound confidence in the positive future potential of our species.
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The process of learning to live on Mars will drive an unprecedented age of technological advancement in arenas like energy generation and conservation, efficient water use, smarter farming techniques, material engineering, and much more.
It is not the abandonment of our home planet, it’s a new chapter in the growth in our species that will include new technologies and processes we can use here on Earth.
Evan Plant-Weir
Chairman, The Mars Society of Canada
The process of learning to live on Mars will drive an unprecedented age of technological advancement in arenas like energy generation and conservation, efficient water use, smarter farming techniques, material engineering, and much more.
Developing the knowledge and technologies that can make a closed-ecology work on a long-term basis on Mars will give us key insights into terrestrial ecologies while producing food security and waste management solutions that will reduce our ecological footprint on Earth.
With its own collection of interlinked systems including an atmosphere, a hydrosphere, a cryosphere and geosphere, Mars will provide a unique opportunity to develop a better scientific understanding of these complex systems on Earth.
Catastrophies have occurred on Earth in the past that have threatened the survival of many terrestrial species. Becoming interplanetary increases the probability that we can sustain our species into an indefinite future.
Economies thrive when opportunities for highly-skilled individuals are created at the leading edge of innovation. Investing in the space sector and Mars innovations will retain key talent who will inspire the next generation of STEM graduates.
The exploration and settlement of Mars will require us to develop a better understanding of ourselves as we create new ways of relating to one another on a new frontier that will be as much physical as it is psychological.
“Rocket science is tough, and rockets have a way of failing.”- Sally Ride, NASA astronaut To go to Mars, we need rocket science. But why is rocket science so hard? In this series, Rocket…
2020 has been, to say the least, a difficult year for humanity. However, it has also been marked by great achievements in space exploration; a testament to our relentless pursuit for knowledge despite…
Yesterday evening marked a significant turning point in human spaceflight, with the first operational mission of NASA’s Commercial Crew Program getting underway. CSA Astronaut David Saint-Jacques shar…
Last month, scientists confirmed the presence of multiple subsurface lakes under glaciers at the Martian south pole. How were these lakes found and why do they matter? Let’s dive into geophysics, astr…
Today Jim Bridenstine showed us under the hood of NASA’s current Moon program, with a candor that cuts through otherwise nebulous public relations rhetoric. Finally, I almost get it. The Artemis pr…
What will it mean to be human for our descendants? Will children born in the coming centuries find a sense of pride as a member of our kind? Will their place in the ever reaching limbs of the Sapi…
Header image: NASA astronaut Serena Auñón-Chancellor harvests kale and lettuce from the Veggie (Vegetable Production System) experiment on the International Space Station (ESA/Alexander Gerst) …
Access to energy is arguably the most important indicator of a civilization’s development. On Mars, having access to energy can mean the difference between life and death – not only is it necessary …
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