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Table shows the latest known model's configuration
Click the model acronym to get more details about model upgrades

Status on 2023-01-16

OrganizationOrganization acronym

Centre code^*2

Sub-centre code^*2

Runs [UTC]

(0/12 only)

Centre

Centre code^*1

Runs

[UTC]

Steps

[h]

Step frequency

[h]

Number of steps

Resolution

[º]

(lat x lon if not the same)

Domain

SW NE corner [lat, lon]

(of the first and last grid point)

Domain size

[#lat x #lon]

(#total points)

Full 1day data size ^*3

[GB]

Remarks1

European Centre for Medium-Range Weather

ECMWFecmf (98)

ecmf

0, 120-240

3 (0-144)

6 (150-240)

650.125

[90.0,0] [-90,359.875]

1441 x 2880

(4150080)

4.82Met office, UKUKMOegrr (74)egrr0, 120-1443490.2343750 x 0.3515625

[-80.03906,0.17578125] [80.03906,359.82422]

3Fleet Numerical Meteorology and Oceanography Centre, USAFNMOCfnmo (58)fnmo0, 120-1806310.5

[ 90.0,0] [90,359.5]

4Environment and Climate Change Canada, Canada

lat x lon [# of grid points]	Model name, type, version	Link to model description	Other
1	BoM	ammc (1)	0/6/12/18	0-240 (0/12) 0-156 (6/18)	3	81	0.25	[-78,0] [78,359] 625 x 1440	WAVEWATCH III global
2	DMI	ekmi (94)	0/6/12/18	0-132	1	133	1/20 x 1/12	[47,-13] [66,30] 381 x 517	DMI-WAM regional cycle 4.5	web GIT repo
3	DWD	edzw (78)	0/12	0-174	1	175	0.25	[-85.25,359.75] [89.25,0] 699 x 1440	WAM cycle 4.5.4
4	ECCC	cwao (54)

cwao

0

,

/12

0-120

1

121

0.25

[-90.0, 0] [90, 359.75]

721x14401.4Mean wave direction not available5National Centres for Environmental Prediction, USANCEPkwbc (7)kwbc

721 x 1440

GDWPS (using WAVEWATCH)
global
v1.3.0

pdf

5

ECMWF

ecmf (98)

0/

0,

12

0-

180

240

1

3(0-

120

144)

3

6(

123

150-

180

240)

121

20

65

0.

5 (base grid)

0.067-0.167 (regional/coastal mosaics)

125	[-90,359.875] [

[-

90.0,0]

[90,359.5]

1441 x 2880

ECWAM
global

web

6

Météo France, FranceMETFRlfpw (84)lfpw

FNMOC

fnmo (58)

0/

0,

12

0-

120

180

3

6

41

31

0.

2

5	[-90,359.5] [ 90.0,0]

[ -90,359.8]7Deutscher Wetterdienst, GermanyDWDedzw (78)

edzw

0, 120-17411750.25

[89.25,0] [-85.25,359.75]

edzw-wam-ewam0, 120-781790.05 x 0.10

[66,-10.50] [30,42]

edzw-wam-cwam0, 120-4814930'' x 50''[56°26'45'',06°10'25''] [53°13'45'',14°54'35'']

	WAVEWATCH III, v4.18 global		Buoy and Altimeter measurements are assimilated for every 6 hour run cycle
7	JMA	rjtd (34)	0/6/12/18	0-132	3	45	0.5	[-75,359.5] [75,0]	Global Wave Model (GWM) based on MRI-III	pdf
7	JMA	rjtd (34)	12	0-264	3(0-132) 6(138-264)	67	0.5	[-75,359.5] [75,0]	Global Wave Model (GWM) based on MRI-III	pdf
8	KMA	rksl (40)	0/12	0-288	6	49	0.5	[-70, 359.5] [70,0] 281 x 720
9

8Bureau of Meteorology, AustraliaBoMammc (1) ammc0, 120-2403810.25

[-78,0] [78,359]

9Laboratoire D'Océanographie Physique et Spatiale, France

LOPS

lfpw (84)

lops

sub-centre lops (202)

0

,

/12

0-

144

153

3

49

52

0.5

[-78,

-180

0] [

80

83,

179

395.5]

WAVEWATCH III
global

web

10

Japan Meteorological Agency, JapanJMArjtd (34) rjtd

METEOAM

cnmc (80)

0/

0,

12

0-

84

72

3

29

25

0.

5

05

[

75,0

-33.9,-62.5] [-

75,359

40.5,-53.5]

1287-2643

NETTUNO-ME based on WAM model
regional

60


11

Korea Meteorological Administration, Republic of KoreaKMArksl (40) rksl

METNO	enmi (88)	0/6/12/18	0-60	3	21	(4 km)	[ 40,-32] [85,95]	WAVEWATCHIII v 6.07 regional	web
12	METFR	lfpw (84)	0/12	0-120	3	41	0.2	[ -90,359.8] [90.0,0]	MF-WAM-GLOB global
13	NCEP	kwbc (7)	0/6/12/18	0-384	1 (0-120) 3 (123-384)	209	0.25	[-90:0] [90:359.75] 621 x 1441	GFS-Wave, WAVEWATCH III v6.07 global	web1 web2
14

12Puertos del Estado, Spain (Madrid)PRTOSlemm (214)lemm0, 120-72173lemm-wam-atl0.25

[20,-59] [67,8]

lemm-wam-med5'

[30,-7] [46,37]

lemm-wam-bis2.5

[42,-9.5] [44,1]

lemm-wam-cad5'

[32.5,-9.5] [37.5,-5.5]

lemm-wam-can5'[27.25,-18.5] [29.75,-13]lemm-wam-gib1'[35.75,-6.5] [36.75,-5.25]13Danmarks Meteorologiske Institut, DenmarkDMIekmi (94) ekmi0, 120-13211331/20 x 1/12[47,-13] [66,30]0.531/100 x 1/60[53,7] [60,16]0.85Finer resolved subdomain, one-way nested14National Institute of Water and Atmospheric Research, New Zealand

NIWA

niwa (204)

niwa

0/12

0-144

1

145

0.15625 x 0.234375

(10/64 x 15/64)

[-81.25,0] [81.25,359.765625]

15

Det Norske Meteorologiske Institutt, Norway

METNOenmi (88) enmi

WAVEWATCH, v3.14 global	web1 web2
15	NZMS	nzkl (69)	0/

16

Servicio de Hidrografía Naval, Servicio Meteorológico, Argentina

SHNSMsabm (41) sabm0,

12

0-

96

180

1

3

97

57

0.1

[

65,-180] [-80,179] sabm-ww-aus0.5[-15,-180] [-79,179.5] sabm-ww-pla0.2[-25,-70] [-56,-40] sabm-ww-lit4'[-40,-69.5] [-55,-61.03] sabm-ww-pam3'[-33.9,-62.5] [-40.5,-53.5]17

New Zealand MetService

NZMSnzkl (69) nzkl18Servizio Meteorologico dell'Aeronautica Militare, ItalyMETEOAMcnmc (80) cnmc0, 120-723250.05[-33.9,-62.5] [-40.5,-53.5]321 * 846 (271566)0.1

(1) WMO code does not exist yet for LOPS (GTS text acronym for Brest is lfrb but we could introduce e.g. lops for MARS purposes)

-77.5,359.5] [77.5,0] 1551 x 3600	WAVEWATCH III, v6.07 global
16	PRTOS	lemm (214)	0/12	0-72	1	73	0.0625	[-5,15] [60,-40] 881 x 1041	WAM model
17	SHNSM	sabm (41)	0/12	0-96	1	97	1	[-80,179] [65,-180]	WAVEWATCH III, v3.14		Model uses mosaic approach
18	UKMO	egrr (74)	0/12	0-120	1 (0-48) 3 (51-120)	73	0.2343750 x 0.3515625	[-80.03906,0.17578125] [80.03906,359.82422]	WAVEWATCH III global	web

(1) (2) ECMWF ECCODES only (GRIB2 local section 2 for MARS archiving purposes)(3) both runs, 6 parameters, all steps, forecast only

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