Watch InSight's successful landing on Mars: Difference between revisions
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InSight's seismometer may even be able to detect liquid water or magma plumes from active volcanoes below the surface. See [https://mars.nasa.gov/insight/spacecraft/instruments/seis/ Measuring the Pulse of Mars (NASA)]
'''''Speculation''''': I've wondered if their seismometer will be able to detect the layer of brines that Curiosity found just a few cms below the surface. Curiosity found that it forms every day overnight and dries out in the daytime as it warms up, and found this layer indirectly through humidity measurements, whenever it drove over sand dunes. Not sure but the Elysia Planitium might be suitable ground for it to form. Could the seismometer detect
* [http://www.astronomy.com/news/2018/11/nasas-insight-mission-picks-perfectly-dull-landing-site NASA's InSight mission picks perfectly dull landing site] - unlike most landers, the aim is to be dull :). They aren't looking for interesting and varied geology or places where there could be past or present day life, indeed, the more typical and boring it is, the better for their mission objective to find out about Mars's interior.
[[Image:Insight Lander.jpeg|thumb|center|500px|"This artist’s concept shows InSight landed safely on the Elysium Planitia region of the Red Planet." NASA/JPL-Caltech]]
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