This is the continuation of v01 (#67), but here we use multiple reference timeseries. For reference timeseries the new KNMI data is used (f6a2173). Here it is visualized (the lines are transparent and blend):
It shows that the KNMI timeseries are almost identical, but not all are available before august 2008.
And here is the comparison with #67. The results are very similar. Due to differences in resulting model variance (and sometimes pre 2008 data), the significance is sometimes different by a factor of 10. For example:
Dip is a bit less pronounced.
More data taken into consideration and the drift of -0.09 cmH2O/year is less significant...
And here is the output in CSV format. All output details of this analysis are here.
This is the continuation of v01 (#67), but here we use multiple reference timeseries. For reference timeseries the new KNMI data is used (f6a2173). Here it is visualized (the lines are transparent and blend):
It shows that the KNMI timeseries are almost identical, but not all are available before august 2008.
Here is the output.
And here is the comparison with #67. The results are very similar. Due to differences in resulting model variance (and sometimes pre 2008 data), the significance is sometimes different by a factor of 10. For example:
Dip is a bit less pronounced.
More data taken into consideration and the drift of -0.09 cmH2O/year is less significant...
And here is the output in CSV format. All output details of this analysis are here.