Exploring the Connection Between Skiing and Planetary Science

Recent research has drawn surprising connections between skiing and planetary science, particularly through a striking image captured by the HiRISE camera on Mars. The image shows what appeared to be fresh powder tracks on a frosty sand dune in Hellas Planitia, a region known for its steep terrain. Initially, this prompted speculation about the possibility of past recreational activities on the Red Planet. However, scientists concluded that these tracks are likely the result of frozen chunks of carbon dioxide, or dry ice, moving down the slope and leaving their mark.

As winter approaches and ski season begins, this intersection of interests highlights the importance of both skiing and space science in pushing the limits of experience through innovative technology and research. Yet, both fields face significant challenges due to budget cuts and workforce reductions.

Funding Challenges for Scientific Exploration

NASA, which supports both planetary exploration and Earth systems science, is currently experiencing the deepest budget cuts in a generation. The National Oceanic and Atmospheric Administration (NOAA) and other scientific agencies are also facing workforce reductions. These cuts jeopardize vital research that tracks weather patterns, including snowfall, which is crucial for agriculture and water resource management.

When skiers prepare for a day on the slopes, they often rely on avalanche reports that incorporate satellite measurements of storm totals and temperature changes. This data is essential for determining safety and optimal skiing conditions. For instance, the Aspen Skiing Company utilizes satellite observations to make operational decisions, ranging from grooming practices to decisions about opening new terrains. Accurate weather forecasts are increasingly vital in an era of climate extremes, helping resorts manage financial risks and maintain sustainability.

Legislative Support for Science and Skiing

The unique geographic positioning of Colorado’s 3rd Congressional District has amplified the voices of local representatives in shaping federal science policies. U.S. Sen. John Hickenlooper and U.S. Rep. Jeff Hurd, both serving on key science committees, have sponsored significant legislation this year. The Accessing Satellite Capabilities to Enable New Discoveries Act aims to improve access to Earth-observing satellite data, while the Snow Water Supply Forecasting Reauthorization Act of 2025 seeks to advance tools for measuring snowpack.

If passed, these bills have the potential to enhance snow forecasting and resource management strategies in response to climate change. However, the ongoing workforce reductions at NOAA and NASA, with losses of over 15% and 20% respectively, threaten the talent needed to fuel both the skiing industry and planetary research.

Efforts like the Protect America’s Workforce Act and the Keep STEM Talent Act have garnered bipartisan support from Hickenlooper and other lawmakers, aiming to stabilize jobs for scientists and engineers who contribute to crucial research. The decisions made regarding funding and workforce protection will significantly impact future capabilities in understanding changing precipitation patterns and exploring the solar system.

As the ski season begins, it is essential to recognize the broader implications of scientific support. Investments in research not only enhance the skiing experience but also inspire new possibilities for exploration beyond Earth. As skiers wax their bases and check forecasts this winter, it serves as a reminder to advocate for robust funding in science and technology, ensuring that both our local industries and our aspirations for space exploration remain vibrant.