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Originally posted by forsakenwayfarer
the only reason i cannot accept your explanation fully is that five years ago, a major quake (5.0+) was a big time news event to hear about. now we hear about one in the middle east monthly, volcanoes all over the globe are reporting more activity, theres increased activity in the yellowstone caldera. sorry, but it just doesnt add up to 'more monitoring'.
Originally posted by Valhall
Quest,
Your theory holds for the lower magnitude earthquakes. That is why I do not look at anything below 4.0 and that is why I haven't bothered going back and looking at anything prior to NEIC's earliest data (1974). That is also why I break the data into ranges. Your theory does not hold for higher magnitude quakes, and especially in the period we are looking at (74 to present).
SO...that is why I always have a chart with all quakes 4.0 and up, and then also break them down.
Originally posted by Valhall
Well, actually, it doesn't matter if we can determine the total number of stations, we can normalize to the total number of REPORTING stations. Because it does not change our data to normalize to a station that has never reported (see my point?) So, I will look over the NEIC data and see how difficult it would be for me to get a running total of stations for each year and we'll take a looksee at the data then?
What say?