ECMWF-analysis. See masterthesis for detailes about cycles and resolution.


PARAMETERS FOR DIFFERENT PLOTS-See masterthesis for more info

DT: “Wind components at 2 PV”, “Potential temperature at 2 PV”, “Low relative vorticity at level 800, 850, 900, 925 hpa”
IVT: “Wind in levels 1000 to 100 hpa”, “Specific humidity at all levels”
Thickness with winds: “geopheight at 1000, geopetheight at 500”, “SLP”, “wind at 250 hpa”
TCWV: “tcwv”, “wind at 850 hpa”


DETAILED
ECMWF
DT:
“Wind components at 2 PV”, “Potential temperature at 2 PV”, “Low relative vorticity at level 800, 850, 900, 925 hpa”

vorticity(relative)
shortName: vo , ParameterID: 138, typeOfLevel: isobaricInhPa, Level: 800, 850, 900, 925, 
U component of the wind: 
	shortName: u, ParameterID: 131, typeOfLevel:  potentialVorticity, Level: 2000  (=2 PV)
V component of the wind: 
shortName: v, ParameterID: 132, typeOfLevel:  potentialVorticity, Level: 2000  (=2 PV)
Potential temperature:
	shortName: pt, ParameterID: 3, typeOfLevel:  potentialVorticity, Level: 2000  (=2 PV)

IVT:
“Wind in levels 1000 to 100 hpa”, “Specific humidity at all levels”
(Maybe exist an IVT parameter?)
V component of the wind: 
shortName: v, ParameterID: 132, typeOfLevel: isobaricInhPa, Levels = 1000(levidx:1), 950(levidx:2), 925(levidx:3), 900(4), 850(5), 800(6), 700(7),600(8), 500(9), 400(10), 300(11), 250(12), 200(13), 150(14), 100(15)
U component of the wind: 
shortName: u, ParameterID: 131, typeOfLevel: isobaricInhPa, Levels = 1000(levidx:1), 950(levidx:2), 925(levidx:3), 900(4), 850(5), 800(6), 700(7),600(8), 500(9), 400(10), 300(11), 250(12), 200(13), 150(14), 100(15)
Specific humidity:
shortName: q, ParameterID: 133, typeOfLevel: isobaricInhPa, Levels = 1000(levidx:1), 950(levidx:2), 925(levidx:3), 900(4), 850(5), 800(6), 700(7),600(8), 500(9), 400(10), 300(11), 250(12), 200(13), 150(14), 100(15)