Turbulence vss laminar flow

It is interesting to watch the wind and precipitation charts from Mauna Kea observatory today. You can’t really say a system that is about to melt-down is laminar but compared to the turblence output, it shows what is going on and how two different model types deal with the problem.

gfs.npac.horiz.cat.200-600.2014112200.000

gfs.npac.horiz.cat.200-600.2014112200.006

gfs.npac.horiz.cat.200-600.2014112200.012

gfs.npac.horiz.cat.200-600.2014112200.018

gfs.npac.horiz.cat.200-600.2014112200.024

gfs.npac.horiz.cat.200-600.2014112200.030

gfs.npac.horiz.cat.200-600.2014112200.036

gfs.npac.horiz.cat.200-600.2014112200.042

gfs.npac.horiz.cat.200-600.2014112200.048

gfs.npac.horiz.cat.200-600.2014112200.054

gfs.npac.horiz.cat.200-600.2014112200.060

gfs.npac.horiz.cat.200-600.2014112200.066

gfs.npac.horiz.cat.200-600.2014112200.072

gfs.npac.horiz.cat.200-600.2014112200.078

gfs.npac.horiz.cat.200-600.2014112200.084

gfs.npac.horiz.cat.200-600.2014112200.090

gfs.npac.horiz.cat.200-600.2014112200.096

gfs.npac.horiz.cat.200-600.2014112200.102

gfs.npac.horiz.cat.200-600.2014112200.108

gfs.npac.horiz.cat.200-600.2014112200.114

gfs.npac.horiz.cat.200-600.2014112200.120

gfs.npac.horiz.cat.200-600.2014112200.132

gfs.npac.horiz.cat.200-600.2014112200.144

gfs.npac.horiz.cat.200-600.2014112200.156

gfs.npac.horiz.cat.200-600.2014112200.168

gfs.npac.horiz.cat.200-600.2014112200.180gfs.npac.horiz.precip.NaN.2014112200.000

gfs.npac.horiz.precip.NaN.2014112200.006

gfs.npac.horiz.precip.NaN.2014112200.012

gfs.npac.horiz.precip.NaN.2014112200.018

gfs.npac.horiz.precip.NaN.2014112200.024

gfs.npac.horiz.precip.NaN.2014112200.030

gfs.npac.horiz.precip.NaN.2014112200.036

gfs.npac.horiz.precip.NaN.2014112200.042

gfs.npac.horiz.precip.NaN.2014112200.048

gfs.npac.horiz.precip.NaN.2014112200.054

gfs.npac.horiz.precip.NaN.2014112200.060

gfs.npac.horiz.precip.NaN.2014112200.066

gfs.npac.horiz.precip.NaN.2014112200.072

gfs.npac.horiz.precip.NaN.2014112200.078

gfs.npac.horiz.precip.NaN.2014112200.084

gfs.npac.horiz.precip.NaN.2014112200.090

gfs.npac.horiz.precip.NaN.2014112200.096

gfs.npac.horiz.precip.NaN.2014112200.102

gfs.npac.horiz.precip.NaN.2014112200.108

gfs.npac.horiz.precip.NaN.2014112200.114

gfs.npac.horiz.precip.NaN.2014112200.120

gfs.npac.horiz.precip.NaN.2014112200.132

gfs.npac.horiz.precip.NaN.2014112200.144

gfs.npac.horiz.precip.NaN.2014112200.156

gfs.npac.horiz.precip.NaN.2014112200.168

gfs.npac.horiz.precip.NaN.2014112200.180

I am sorry you are trying to read this with a mobile as today’s mobile connections are not up to it. Also, I am unaware of how to forecast precise locations and timetables. So if you have any insight, please help out. I’m not getting paid for this so don’t expect remuneration.

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