I have a almost daily QSO with VK3FFB on both 20M and 10M as we discuss topics, but also monitor propagation. The Verbose mode allows the SNR levels to be plotted much more frequently than normal, which fills in the Graph much better. It lets you see propagation trends.
We both use less than 100W and I use a dipole, and we are 16,000+ km apart. Today's 20M QSO went on for 45 minutes and the SNR stayed strong and very stable. We normally see this on 10M but 20M was playing like 10M does!
It is nice to see how at this section your reports were consistent with each other. with a slight shift of one graph due to SNR reports delays. Every increase on one side is reflecetd on the other side a bit after.
With Irad's new "Copy data to clipboard" function in the SNR graph, offline processing is possible. For example: Given the relatively strong SNR fluctuations together with the time gap between any two SNR graph points, a dot graph may seem more appropriate.
With data sets for different days, one can probably determine average band opening times, propagation peak times, flare-induced D-layer attenuation periods, etc.
Also easy to do:
Mean value: 0.5
Std. Dev.: 3.19
Such statistical data may be used to compare the QSB on different days, or for different paths.
(Band: 20m)