Overseas model data on raijin

Overseas model data in the Bureau's rtdb is now routinely extracted and sent to raijin:/g/data/rr4/opendap

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UKGC

1. global2_180x360 (1 deg)

stream = ukgc

expver = 1

PARAM	LEVEL	STEP
T/U/V/GH	1000/950/925/850/700/500/300/200	0/6/12/18/24/30/36/42/48/60/72
RH	1000/950/925/850/700/500
W	925/850/700/500/300
T/U/V/MSL/TP/CP	sfc

W = vertical velocity

TP = total precip

CP = convective precip

2. m_glbl_145x289 (1.25 deg)

stream = ukgc

expver = 125

levtype = pl/sfc/trpp_lvl/max_wind_lvl

PARAM	LEVEL	STEP
T/U/V	850/700/600/500/400/300/250/200/150/100	36
	600	6/12/18/24/30/36
GH	850/700/600/500/400/300/250/200/150/100	6/12/18/24/30/36
RH	850/700/600/500	36
T	trpp_lvl	6/12/18/24/30/36
GH	trpp_lvl/max_wind_lvl	36
U/V	max_wind_lvl	6/12/18/24/30/36

3. m_glbl_73x145 (2.5 deg)

stream = ukgc

expver = 25

PARAM	LEVEL	STEP
T	30	0/24/48
	50	0
	150/100	0/24/48/96/120
	850/700/500/400/300/250/200	0/6/12/18/24/30/36/42/48/60/72/96/120
	1000	0/24/48/72/96/120
	sfc	0/6/12/18/24/48
U/V	30	0/24/48
	50	0
	150/100	0/12/24/48/96/120
	850/700/500/400/300/250/200	0/6/12/18/24/30/36/42/48/60/72/96/120
	1000	0/12/24/48/72/96/120
	sfc	0/6/12/18/24/30/36/42/48/60/72/96/120
GH	30	0/24/48
	50	0
	850/700/400/300/200/150/100	0/24/48
	1000/500/250	0/6/12/18/24/30/36/42/48/60/72/96/120
RH	1000/950/850/700/500	0/6/12/18/24/30/36/42/48/60/72/96/120
wnd_wav_ht 204.140	sfc	0/24/48/72/96/120
	wnd_wav_per 236.140
	wnd_wav_dir 235.140
	swl_ht 237.140
	swl_per 239.140
	swl_dir 238.140
	sig_wav_ht 229.140
T	trpp_lvl	0/24/48
---	---	---
pres	trpp_lvl/max_wind_lvl
U/V	max_wind_lvl

excluded (non-global paid data)

m_ar_162x108

---

ECSP (no longer available on raijin)

m_glbl_73x145

stream = ecmwf

expver = 25

PARAM	LEVEL	STEP
T	850	0/to/168/by/24
U/V	850/700/500/200
GH	700/500
RH	850/700
MSL	sfc

excluded (non-global)

m_ar_61x120

australia_121x101

aus_521x841

aus_261x421

---

USAVM

glob_361x720 (0.5 deg)

stream = usavm

expver = 1

levtype = pl/sfc/ht_sfc/trpp_lvl/max_wind_lvl/sgma_lvl/sgma_lay

atms_lay treated as sfc

PARAM	LEVEL	STEP
T	1000/975/950/925/900/850/800/750/700/650/600/550/500/450/400/350/300/250/200/150/100/70/50/30/20/10	0/TO/192/BY/3
U/V	same as T but without sfc
---	---
pres	sfc/msl/max_wind_lvl
prcp	sfc	192
---	---	---
abs_vort	PL
GH	PL
conv_prcp	sfc	192
---	---	---
ttl_cld	atms_lay
hi_cld/mid_cld/low_cld	sfc
omega	PL up to 100
prec_wtr	atms_lay
---	---
rel_hum	PL
lift	sfc
---	---
max_air_temp	ht_sfc 2
cape	sfc
spc_hum	ht_sfc 2/80
prcp_3h/prcp_6h	sfc
	conv_prcp_3h/conv_prcp_6h
	best_lift
ozone_ttl	atms_lay
---	---

excluded

global_157x288 (1.15x1.25 deg) wave model data

m_glbl_145x289 (1.25x1.25 deg) waf (very broken, ie. causes neons2g to break)

m_glbl_73x73 (2.5x5 deg) quad (sfc winds)

---

JMAGSM

1. hi-res (PL 720x361, SFC 1440x721)

stream = jmagsm

expver = 1

PARAM	LEVEL	STEP
GH/U/V/T/RH/W	1000/975/950/925/900/850/800/700/600/500/400/300/250/200/150/100/70/50/30/20/10	0/to/90/by/3, 96/to/234/by/6
VO	500
10U/10V/2T/RH/SP/MSL/TP/TCC/HCC/MCC/LCC	sfc

00Z: forecasts to 3.5 days only

VO = relative vorticity

SP = surface pressure

HCC = high cloud cover

MCC = middle cloud cover

LCC = low cloud cover

Note: data is in grib2 downloaded directly from GTS; mars-interface is not yet working

2. m_gl2_73x144 (2.5 deg)

stream = jmagsm

expver = 25

PARAM	LEVEL	STEP
U/V	850/500/200	0/24/48/72
GH	500
MSL	sfc
TP	sfc	24/48/72

---

CMCGEM

global_301x601

stream = cmcgem

expver = 1

PARAM	LEVEL	STEP

2T/U10/V10/MSL/TCC/2D	sfc	0/TO/144/BY/3
TP	sfc	3/TO/144/BY/3

TCC = total cloud cover

2T = 2m T

2D = 2m dewpt

---

Notes on mars retrieval of fields on ht_sfc/trpp_lvl/max_wind_lvl/sgma_lvl/sgma_lay

** levtype = ht_sfc **

levelist = 80/100

for fields on 2m or winds on 10m, use levtype = sfc

These fields are saved as pa???.grb

** levtype = trpp_lvl/max_wind_lvl **

use table = 136/137, eg. T at troppopause level,

param = 130.136

These fields are saved as pt???.grb and pw???.grb

** levtype = sgma_lvl **

use levelist = sigma level * 10000, eg.

levelist = 9950

These fields are saved as ps???.grb

** levtype = sgma_lay **

use levelist = first sigma layer * 10000, eg.

levelist = 3300 # to be worked on

These fields are saved as px???.grb