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SCP>1 (CFSR)&LSR(Hail-Wind-Tornado) 2.Calculate the SCP(GEFS 5 ensembles) monthly average and climatology 1996-2012

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Update 26May2017

Only over the US

-Calculated SCP (CFSR) and LSR(Hail,Tornado,Wind) weekly mean for from 1996-2012

-Calculated SCP(CFSR) climatology (1996-2012)

-Calculating weekly correlation map from 1996-2012 of - Total SCP(CFSR) & LSR(Hail-Wind-Tornado)

- SCP>1 (CFSR)&LSR(Hail-Wind-Tornado)

-Calculating the SCP(GEFS 5 ensembles) monthly average and climatology 1996-2012.

To do

1. Make scatter plot of SCP(CFSR and GEFS) and LSR

2.Calculate the probabilistic coefficient for the SCP data

To do

1.Calculate the monthly correlation map from 1996-2012 of - Total SCP(CFSR) & LSR(Hail-Wind-Tornado)

- SCP>1 (CFSR)&LSR(Hail-Wind-Tornado)

2.Calculate the SCP(GEFS 5 ensembles) monthly average and climatology 1996-2012.

3.Calculate the probabilistic coefficient for the SCP data

(2)

SCP (CFSR) Weekly Climatology 1996-2012

Referenties

GERELATEERDE DOCUMENTEN

 Correlation between weekly mean CFSR SCP and LSR o Total field. o

Will look at the correlations for 3-month shift windows and also for each type

o LSR: Local Storm Report (hail, tornado, damaging wind) o Anomaly correlation (AC) for 7-day mean.. o 3-month shift windows o Conditional AC (SCP

Monthly

- Scatter plot SCP(CFSR and GEFS each 14 lead-time) monthly climatology vs. LSR

 Making scatter plots of SCP(GEFS) and LSR3(Hail+Tornado+Wind) and separate components) 7days running from 1996-2012...

• Weekly

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