How does moving the seismometer up the hill affect the clarity of seismic signals vs attenuating urban noise? Does moving it up the hill reduce the clarity of waves from an earthquake? I know earthquakes have a lower frequency than urban noise, especially as they grow more distant. For a local earthquake, how does having the seismometer placed further up the hill affect the signal-to-noise ratio compared to having the seismometer where you had it previously? - Proton (using this account cuz yt won't let me get membership on my main)
Aren't a lot of seismic monitors actually buried in the ground? Wouldn't that cut down on wind interference and the possibility that someone could steal the unit?
Thanks Jon I learn something from each video.
1:44 very cool and interesting video you should do more of these videos #educational #cool
This is so exciting to see!
Wow you guys!!! That was neat!
Thank you so much for posting 😊❤😊
I am fascinated
Awesome job 🎉
❤Great job guys!❤
How does moving the seismometer up the hill affect the clarity of seismic signals vs attenuating urban noise? Does moving it up the hill reduce the clarity of waves from an earthquake? I know earthquakes have a lower frequency than urban noise, especially as they grow more distant. For a local earthquake, how does having the seismometer placed further up the hill affect the signal-to-noise ratio compared to having the seismometer where you had it previously?
- Proton (using this account cuz yt won't let me get membership on my main)
well done guys
Aren't a lot of seismic monitors actually buried in the ground? Wouldn't that cut down on wind interference and the possibility that someone could steal the unit?
Yes most agency phones are in a pit.