This year’s solar storms aid future Mars astronauts.

By Oliver Townsend May 28, 2024
This year's solar storms will help future Mars astronauts.jpegOrginal image from:

Solar activity can have a significant impact on both equipment and individuals on Mars. Unlike Earth, Mars lacks the protective atmosphere and magnetic field that shield us from the sun’s solar events. As the sun reaches its solar maximum, it releases higher levels of radiation and solar particles, leading to phenomena like solar storms. These solar storms can be beneficial for future Mars astronauts and researchers, providing valuable insights into the planet’s atmosphere and surface.

Studying Solar Activity with NASA

This year’s solar maximum presents a unique opportunity for scientists to study the effects of increased solar radiation on Mars. NASA’s Mars Atmosphere and Volatile Evolution (MAVEN) orbiter and Curiosity rover are essential tools in this research. MAVEN observes radiation and solar particles from high above Mars, while Curiosity’s Radiation Assessment Detectors (RAD) help scientists understand how radiation impacts the surface. The quantity and energy of solar particles play a crucial role in affecting Mars’ atmosphere and surface.

Implications for Mars Exploration

Understanding how solar activity affects Mars is essential for planning future missions to the Red Planet. Solar radiation poses a risk to human health and can disrupt electronic communications, making it crucial to assess its impact on astronauts and equipment. MAVEN’s early warning system provides critical information to other Mars spacecraft teams, allowing them to adjust and protect vulnerable instruments during solar flares. By studying solar storms, researchers can also gain insights into Mars’ history and geology.

Discovering Mars’ Past through Solar Activity

While Mars currently has limited water on its surface, water vapor exists in its atmosphere. The planet’s proximity to the sun causes dust storms that can affect the water vapor content. This year’s solar maximum coincides with Mars’ dust storm peak, providing an opportunity to investigate whether these storms contribute to water vapor loss. Understanding this process could explain Mars’ transition from a planet with lakes and rivers to its current dry state.


Solar activity plays a crucial role in shaping Mars’ environment and poses challenges for future exploration. By studying the effects of solar radiation on the planet, scientists can better prepare for manned missions and gain insights into Mars’ geological history. Leveraging the data collected from solar storms can help researchers address key questions about Mars and its potential for supporting life in the past.

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