Pashalis said:
http://www.sott.net/article/271892-2013-saw-a-dramatic-increase-in-meteor-fireballs-What-does-2014-have-in-store
If you read the above article closely, you will find out that the overall reason for that, is most likely not "that more people are watching the skies and reporting what they see" and thus, that this is the reason for the increase "that is not there". Most likely, more fireballs are coming in recently, with an exponential rate since 2005.
I haven't read the article, thanks for the link.
By quick glance, at Figure 1 and Table 1 in the article, it can be seen that the amount of reports per fireball increased from ~2 in 2005, >2.5 in 2009, ~3 in 2012 and a drastic jump to >5 in 2013. Therefore, it indicates that there is an increase of people watching the skies and reporting events to AMS.
You also might want to read this whole thread and check AMS out for yourself and check SOTT, because the reality that there is most likely indeed and exponential increase of Fireballs is quite obvious...
The bolded part (emphasis mine) is not exactly correct. For something to be exponential, the relative increase (gradient) should also increase (the percentages in Table 1 in sott article). The numbers do not "obviously" show that. To me it looks more like a linear increase in events, one coefficient for 2005-2009 and another for 2009-2013 period.
On the other hand, in the case of the reports, it surely looks like there is an exponential increase. :)
Bottom line, according to AMS, there is an increase in fireballs over years and there is also a more pronounced increase in the number of reports. This can be said without going into detailed analysis.
The increase per year needs to be correctly determined, to say that there was ~6.5 times more events in 2013 than in 2005, as stated in Table 1 in the article, is misleading, IMO.
On the other hand to say that, using numbers for fireball events in the Table 1 in sott article, it can be shown that the coefficient of linearity for 2005-2009 period is 0.19 and for 2009-2013 is 1.88, doesn't say much, if anything at all, to people not used to deal with data analysis and statistics.
However, to say that the average increase of number of spotted and confirmed fireballs per year in 2005-2009 period was only 11%, and that it increased to 46% in the last 4 year period is conveying a message. It is to say that 5 years ago we had 10% more fireballs each year, and now we have almost 50% more confirmed fireballs, in average, than last year. And this jump happened almost instantly, around 2009.
In addition, the exponent of the increase in number of reports, if existent, should also be determined for the studied time period, to say that there was more than 20 times more reports in 2013 than in 2005 doesn't show the right picture also, IMO.
Quick fit to data in Table 1 in sott article, revealed that points resemble to
x8.5 and/or 2.1
ex, which are exponential dependencies. But again that doesn't tell anything to laymen. :)