- NASA wants to better understand the weather on Mars and its new Perseverance rover should help for that.
- Scientists are eager to learn about the role of dust in Mars’ weather and how heavy dust storms can get out of nowhere.
- Dreata should arrive on Mars within 100 days.
I don’t know about you, but I’m all for learning more about the weather on other planets. NASA’s first awe came in other worldwide weather reports following the erection of a shop on the Insight Lander Red Planet. The space agency also set up a website for regular updates and it was really interesting to see the changing weather during the week and month.
Now, another piece of NASA’s powerful hardware will take weather readings and report back to Earth. This time it’s the soon-to-be Perseverance Rover. As NASA’s Jet Propulsion Laboratory explained in a new blog post, Perseverance has tools that will work to provide more accurate weather reports than ever before on the surface of Mars.
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There are many objectives to persevere during the months on Mars. The rover is equipped with the ability to sample and seal the Martian surface in preparation for the final study on Earth. That part of the mission will be carried out over an extended period of time, but the weather is starting to get a lot faster than the rover can start doing on a daily basis.
NASA’s JPL explains:
The tool behind the weather data is called MEDDA – short for Mars Environmental Dynamics Analyst. Part of its goal is to collect the basics: temperature, wind speed and direction, pressure and relative humidity. Temperature models at Perseverance’s landing site range in average from minus 126 degrees Fahrenheit (minus 88 degrees Celsius) to about 9 degrees Fahrenheit (minus 23 degrees Celsius) in the afternoon.
NASA says one of the things Martin wants to better understand about the weather is the role that dust plays. The planet’s surface is extremely dry and very dusty and dust storms can dominate large parts of the planet, and sometimes even occupy the entire world. Storms are intense, but why do they form? NASA wants to find it.
“Understanding Martian dust is very important for this mission,” Jose Antonio Rodriguez-m red Nfredi, who will work diligently with weather equipment, said in a statement. “It covers the entire planet by lifting fine grains of dust from the surface. We don’t know how the Mt. Wind and temperature changes cause global dust storms, but this will be important information for future missions. ”
The Perseverance Rover has just passed its 100-day-out mark, and is reaching the final stage of its journey to Mars. Assuming the rover lands on Mars in February, and everything goes according to plan, we will immediately start looking at some preliminary data from the mission.