Pretty interesting. I would have liked a little more explanation of why whirlwinds are great for subsurface seismic exploration. I can't imagine that a whirlwind would create enough vibrations or...
Pretty interesting. I would have liked a little more explanation of why whirlwinds are great for subsurface seismic exploration. I can't imagine that a whirlwind would create enough vibrations or suction to affect the subsurface.
There's a lot more info overall on this page (but it's also a much more difficult read). Specifically, this section has more explanation of how they were able to combine some different...
There's a lot more info overall on this page (but it's also a much more difficult read).
Ars Technica has an article looking at some of these papers as well: https://arstechnica.com/science/2020/02/marsquakes-and-ancient-magnetic-fields-insights-first-data/
Pretty interesting. I would have liked a little more explanation of why whirlwinds are great for subsurface seismic exploration. I can't imagine that a whirlwind would create enough vibrations or suction to affect the subsurface.
There's a lot more info overall on this page (but it's also a much more difficult read).
Specifically, this section has more explanation of how they were able to combine some different observations to analyze the vortices: https://www.nature.com/articles/s41561-020-0544-y#Sec3
Ars Technica has an article looking at some of these papers as well: https://arstechnica.com/science/2020/02/marsquakes-and-ancient-magnetic-fields-insights-first-data/