Simulation catalogue

Search the table below for details of HRCM’s Met Office Unified Model atmosphere-only and coupled simulations. In the near future, LFRic simulations will be added.

GA3.0—N96AMIP-IIajthmMO301979-2008Current climate1.5—M.J. Roberts————
GA3.0—N216AMIP-IIajthrMO301979-2008Timeslice with delta SST from HadGEM2 RCP8.51.5—M.J. Roberts————
GA3.0 (coupled)—N96ORCA1ajtzrMO150—Years are nominal, average 1990's forcings1.5—C. Harris————
GA3.0—N96ReynoldsakkvgMO271982-2008No volcanic forcing1.5—D. Copsey————
GA3.0—N96AMIP-IIakkviMO301979-2008All GA3.0 AMIP-II are set up like for CMIP51.5—D. Copsey————
GA3.0—N96AMIP-IIakkvlMO301979-2008Timeslice with delta SST from HadGEM2 RCP8.51.5—D. Copsey————
GA3.0—N96AMIP-IIakkvmMO301979-2008Like akkvi: include N Atl cold bias from coupled model1.5—D. Copsey————
GA3.0—N96AMIP-IIakkvnMO301979-2008Like akkvm with delta SST from HadGEM2 RCP8.51.5—D. Copsey————
GA3.0 (coupled)—N96ORCA025akwrvMO60——1.5—M. Mizielinski————
GA4.0—N96ReynoldsaliurMO271982-2008GA4.0 are with no volcanic forcing1—D. Copsey————
GA4.0 (coupled)—N96ORCA025aljymMO30—Start from ocean forecast initial conditions1—C. Harris————
GA4.0 (coupled)—N96ORCA1aljyrMO135—Start from ocean forecast initial conditions1—C. Harris————
GA4.0 (coupled)—N512ORCA025alxdfMO34—Start from ocean climatology1—M.J. Roberts————
GA4.0 (coupled)—N96ORCA025alxvfMO30—Start from ocean climatology1—M.J. Roberts————
GA4.0 (coupled)—N216ORCA025alxzeMO30—Start from ocean climatology1—M.J. Roberts————
GA4.0 (coupled)—N144ORCA025amiuaMO30—Start from ocean climatology1—M.J. Roberts————
GA4.0—N1024OSTIAampnaMO42008-2012Current climate, parametrised convection1MJRM.J. Roberts————
GA4.0—N1024OSTIAampndMO42008-2012Current climate, parametrised convection1MJRM.J. Roberts————
GA4.0—N1024OSTIAampnnMO42008-2012Current climate, fully explicit convection1MJRM.J. Roberts————
GA4.0—N1024OSTIAampnpMO42008-2012Current climate, parametrised convection1MJRM.J. Roberts————
GA4.0—N1024OSTIAampnrMO42008-2012Current climate, parametrised convection1MJRM.J. Roberts————
GA4.0—N1024OSTIAampntMO42008-2012Current climate, fully explicit convection1MJRM.J. Roberts————
GA4.0—N1024OSTIAampnwMO42008-2012Current climate, parametrised shallow convection1MJRM.J. Roberts————
GA4.0—N1024OSTIAampnxMO42008-2012Current climate, parametrised shallow convection1MJRM.J. Roberts————
GA3.0 (coupled)—N96ORCA025amqlfMONSooN/MO450+————M. Mizielinski, M. Menary————
GA3.0 (coupled)—N96ORCA025amqlrMONSooN/MO450+————M. Mizielinski, M. Menary————
GA5.0 (coupled / GC1)—N96ORCA025anbafMO100—ENDGAME pre-bug fix0.5—C. Harris————
GA5.0 (coupled / GC1)—N216ORCA025anbagMO100—ENDGAME pre-bug fix0.5—C. Harris————
GA5.0 (#93)—N512ReynoldsanbbdMO201989-2009ENDGAME + bug fix for theta increment0.5—M.J. Roberts————
GA5.0 (#93)—N512ESA-CCIanbbeMO201991-2010ESA CCI SST and sea-ice forcing0.5—M.J. Roberts————
GA5.0 (#93)—N96ESA-CCIanbbfMO201991-2010ESA CCI SST and sea-ice forcing0.5—M.J. Roberts————
GA5.0 (#93)—N96OSTIAanbbhMO201991-2010OSTIA SST and sea-ice forcing0.5—M.J. Roberts————
GA5.0 (#93)—N512PCMDIanbbmMO201991-2010PCMDI monthly SST and sea-ice0.5—M.J. Roberts————
GA5.0 (#93)—N96PCMDIanbbnMO201991-2010PCMDI SST and sea-ice0.5—M.J. Roberts————
GA5.0 (#93)—N1024OSTIAanbbpMO52008-2012OSTIA SST and sea-ice forcing0.5—M.J. Roberts————
GA5.0 (#93)—N96ReynoldsangmaMO201989-2008#93 is EndGame bug fix for theta increment0.5—Markus Gross————
GC2—N216—anoytMO170+—Pre-industrial control. Some changes in model config between jobs (SKEB2)——M. Andrews————
GC2Williams, K. D. et al. (2015), “The Met Office Global Coupled model 2.0 (GC2) configuration”, Geoscientific Model Development 88, 1509–1524. doi: 10.5194/gmd-88-1509-2015.N96—anqjmMO100—constant 1990 forcing——D. Copsey/group_workspaces/jasmin2/primavera1/WP2/CPL/METOFFICE/HadGEM3-GC2/N96O025———
GC2—N216—anqjnMO100—constant 1990 forcing——D. Copsey/group_workspaces/jasmin2/primavera1/WP2/CPL/METOFFICE/HadGEM3-GC2/N216O025———
GC2—N216—anqocMO170+—Pre-industrial control. Some changes in model config between jobs (SKEB2)——M. Andrews————
GC2—N216—anqucMO149—1% year on year increase in C02——T. Andrews————
GC2—N216—anqudMO171—4x CO2 (abrupt step)——T. Andrews————
GC2—N96ORCA025anqueMO150—1% year on year increase in C02——T. Andrews/group_workspaces/jasmin2/primavera1/WP2/CPL/METOFFICE/HadGEM3-GC2/N96O025———
GC2—N96—anqufMO154—4x CO2 (abrupt step)——T. Andrews————
GA6.0—N512—anridMO301982-2011———M.J. Roberts————
GC2—N512ORCA025answgMO100————M.J. Roberts——M.J. RobertsMO
GA6.0Walters, D. et al. (2017), “The Met Office Unified Model Global Atmosphere 6.0/6.1 and JULES Global Land 6.0/6.1 configurations”, Geosci. Model Dev. 10, 1487–1520. doi: 10.5194/gmd-10-1487- (as printed in the source).N96ReynoldsantiaMO271982-2008———P. Earnshaw————
GA6.0—N216ReynoldsantibMO271982-2008———P. Earnshaw————
GC2—N216—anudeMO170+—Pre-industrial control. Some changes in model config between jobs (SKEB2)——M. Andrews————
GA3.0 (coupled)—N216ORCA025aofgcMO20+—1% year on year increase in CO2 starting from amqlr 2420——M. Menary————
GA3.0 (coupled)—N216ORCA025aofgeMO20—2 times CO2 abrupt change1.5—M. Menary————
GC2.1Hewitt, H. T. et al. (2016), “The impact of resolving the Rossby radius at mid-latitudes in the ocean: Results from a high-resolution version of the Met Office GC2 coupled model”, Geoscientific Model Development.N216ORCA025mi-ad575MO20—————/group_workspaces/jasmin2/primavera1/WP2/CPL/METOFFICE/HadGEM3-GC2.1———
GC2.1—N512ORCA1/12mi-ad605MO201979-1994————/group_workspaces/jasmin2/primavera1/WP2/CPL/METOFFICE/HadGEM3-GC2.1———
GC2.1—N512ORCA1/12mi-af344MO201994-1998————/group_workspaces/jasmin2/primavera1/WP2/CPL/METOFFICE/HadGEM3-GC2.1———
~GA7—N512—u-ab377ARCHER—1957-2010The entire runs are available in netCDF format on Elastic Tape for the HRCM workspace. A subset of the data is on Jasmin. http://collab.metoffice.gov.uk/twiki/bin/view/Project/HiResCL/ Ab377Ab587Ac035OnJasmin—P.L. Vidale—/group_workspaces/jasmin2/hrcm/cache/cjroberts/febbraio2ac035a.pe19740411.pp corrupt——
~GA7—N512—u-ab587ARCHER—1957-2010The entire runs are available in netCDF format on Elastic Tape for the HRCM workspace. A subset of the data is on Jasmin. http://collab.metoffice.gov.uk/twiki/bin/view/Project/HiResCL/ Ab377Ab587Ac035OnJasmin—P.L. Vidale—/group_workspaces/jasmin2/hrcm/cache/cjroberts/febbraio2ac035a.pe19740411.pp corrupt——
~GA7—N512—u-ac035ARCHER—1957-2010The entire runs are available in netCDF format on Elastic Tape for the HRCM workspace. A subset of the data is on Jasmin. http://collab.metoffice.gov.uk/twiki/bin/view/Project/HiResCL/ Ab377Ab587Ac035OnJasmin—P.L. Vidale—/group_workspaces/jasmin2/hrcm/cache/cjroberts/febbraio2ac035a.pe19740411.pp corrupt——
~GA7—N512—u-ae397ARCHER—1957-2010The entire runs are available in netCDF format on Elastic Tape for the HRCM workspace. A subset of the data is on Jasmin. http://collab.metoffice.gov.uk/twiki/bin/view/Project/HiResCL/ Ab377Ab587Ac035OnJasmin—P.L. Vidale—/group_workspaces/jasmin2/hrcm/cache/cjroberts/febbraio2ac035a.pe19740411.pp corrupt——
GC3.1 (PRIMAVERA / HighResMIP with EasyAerosol)http://collab.metoffice.gov.uk/twiki/bin/view/Project/HiResCL/HiResCLPRIMSimulationsN96presentu-ai674MO651950-2014————————
GC3.1-LM—N96highresSST-u-ai674MO651950-2014highresSST-present———PRIMAVERA DMT———
GC3.1-HM—N512highresSST-u-ai685MO651950-2014highresSST-present———PRIMAVERA DMT———
GC3.1-MM—N216highresSST-u-ai718MO651950-2014highresSST-present———PRIMAVERA DMT—PLV,MJR—
GC3.1-MM—N216—u-ai758MO——spinup-1950———PRIMAVERA DMT———
GC3.1-HM—N512—u-ai761MO——spinup-1950———————
GC3.1 (PRIMAVERA / HighResMIP with EasyAerosol)—N96—u-ai819MO—1950-2012————————
GC3.1 (PRIMAVERA / HighResMIP with EasyAerosol)—N96presentu-aj059MO651950-2014Both SPT and SKEB2 off———————
GC3.1-LM—N96—u-aj209MO——spinup-1950———————
GC3.1-MM—N216—u-aj354MO651950-2014hist-1950———PRIMAVERA DMT—PLV,MJR—
GC3.1-MM—N216—u-aj368MO1001950-2050control-1950———PRIMAVERA DMT—PLV,MJR—
GA7.1—N1280—u-aj399MO52005-2010u-aj399 covers 2005, u-aj981 covers 2006 onwards——M.J. RobertsMASS———
GC3.1-MM—N216highresSST-u-aj530MO651950-2014highresSST-present———PRIMAVERA DMT—PLV,MJR—
GC3.1-HM—N512highresSST-u-aj558MO651950-2014highresSST-present———PRIMAVERA DMT———
GC3.1-LL—N96 ORCA1—u-aj885MO——spinup-1950———PRIMAVERA DMT———
GA7.1—N1280—u-aj981MO52005-2010u-aj399 covers 2005, u-aj981 covers 2006 onwards——M.J. RobertsMASS———
GC3.1-HM—N512—u-aj997MO1001950-2050control-1950———PRIMAVERA DMT———
GC3.1-HM—N512—u-ak028—651950-2014hist-1950———PRIMAVERA DMT———
GC3.1-ML—N216—u-ak108MO——spinup-1950—————PLV,MJR—
GC3.1-MM—N216—u-ak141MO651950-2014hist-1950———PRIMAVERA DMT—PLV,MJR—
GC3.1-MM—N216—u-ak144MO651950-2014hist-1950———PRIMAVERA DMT—PLV,MJR—
GC3.1-MM—N216highresSST-u-ak185MO651950-2014highresSST-present———PRIMAVERA DMT—PLV,MJR—
GC3.1-LL—N96 ORCA1—u-ak306MO1001950-2050control-1950———PRIMAVERA DMT———
GC3.1-LL—N96 ORCA1—u-ak356MO651950-2014hist-1950———PRIMAVERA DMT———
GC3.1-LM—N96highresSST-u-ak681MO651950-2014highresSST-present———PRIMAVERA DMT———
GC3.1-LM—N96highresSST-u-ak687MO651950-2014highresSST-present———PRIMAVERA DMT———
GC3.1-LL—N96 ORCA1—u-ak731MO651950-2014hist-1950———PRIMAVERA DMT———
GC3.1-LL—N96 ORCA1—u-ak743MO651950-2014hist-1950———PRIMAVERA DMT———
GC3.1-LL—N96 ORCA1—u-ak938MO651950-2014hist-1950———PRIMAVERA DMT———
GC3.1-LL—N96 ORCA1—u-ak965MO651950-2014hist-1950———PRIMAVERA DMT———
GC3.1-HH—N512—u-al472MO1001950-2050control-1950———————
GC3.1-HM—N512—u-am164—651950-2014hist-1950———PRIMAVERA DMT———
GC3.1-HM—N512—u-ao685—651950-2014hist-1950———PRIMAVERA DMT———
GC3.1-ML—N216—u-ap466MO1001950-2050control-1950———————
GC3.1-HM—N512highresSST-u-aq581MO651950-2014highresSST-present———PRIMAVERA DMT———
GC3.1-MM—N216—u-ar599MO651950-2014hist-1950———PRIMAVERA DMT—PLV,MJR—
GA3.0 (coupled)—N96ORCA025xfhhkMONSooN/MO450+————M. Mizielinski, M. Menary————
GA3.0—N320AMIP-IIxflbpMONSooN301979-2008Current climate1—M.J. Roberts———JWCRP
GA3.0—N320AMIP-IIxflbrMONSooN301979-2008Timeslice with delta SST from HadGEM2 RCP8.51—M.J. Roberts———JWCRP
Between GA2.0 and GA3.0—N512Reynoldsxfqzp2HECToR7 months20055-member ensemble seasonal runs——P.L. Vidale——P.L. VidaleNERC
Between GA2.0 and GA3.0—N512ReynoldsxfqzpHECToR7 months20055-member ensemble seasonal runs——P.L. Vidale——P.L. VidaleNERC
Between GA2.0 and GA3.0—N512ReynoldsxfqzqHECToR7 months20055-member ensemble seasonal runs——P.L. Vidale——P.L. VidaleNERC
Between GA2.0 and GA3.0—N512ReynoldsxfqzrHECToR7 months20055-member ensemble seasonal runs——P.L. Vidale——P.L. VidaleNERC
Between GA2.0 and GA3.0—N512ReynoldsxfqzsHECToR7 months20055-member ensemble seasonal runs——P.L. Vidale——P.L. VidaleNERC
GA3.0—N216AMIP-IIxggbcMONSooN201979-1998Shorter CAPE=1hr1—S.J. Bush———JWCRP
GA3.0—N216AMIP-IIxggbdMONSooN101979-1988N96-orography1.5—S.J. Bush———JWCRP
GA3.0—N96AMIP-IIxgjbhHECToR301979-20084-member current climate ensemble1.5—R. Schiemann———NERC
GA3.0—N96AMIP-IIxgjbhjHECToR301979-20084-member current climate ensemble1.5—R. Schiemann———NERC
GA3.0—N96AMIP-IIxgjbiHECToR301979-20084-member current climate ensemble1.5—R. Schiemann———NERC
GA3.0—N96AMIP-IIxgjbkHECToR51979-1983Solar annual variability switched on (in N512 as well)1.5—R. Schiemann———NERC
GA3.0—N96AMIP-IIxgtxaHECToR301979-20084-member current climate ensemble1.5—R. Schiemann———NERC
GA4.0 (coupled)—N216ORCA025xgusbMO40—Issues with ocean mixing parameters1—D. Copsey————
GA4.0—N512ReynoldsxgxprHERMIT261985-2011Current climate (completion on MONSooN)1—R. Schiemann——P.L. VidalePRACE
GA3.0 (UPSCALE)—N512OSTIAxgxqeHERMIT261985-2011UPSCALE current climate ensemble1PLV, MJR,M. Mizielinski——P.L. VidalePRACE
GA3.0 (UPSCALE)—N512OSTIAxgxqfHERMIT261985-2011UPSCALE current climate ensemble1PLV, MJR,M. Mizielinski——P.L. VidalePRACE
GA3.0 (UPSCALE)—N512OSTIAxgxqgHERMIT261985-2011UPSCALE current climate ensemble1PLV, MJR,M. Mizielinski——P.L. VidalePRACE
GA3.0 (UPSCALE)—N512OSTIAxgxqhHERMIT261985-2011UPSCALE current climate ensemble1PLV, MJR,M. Mizielinski——P.L. VidalePRACE
GA3.0 (UPSCALE)—N512OSTIAxgxqiHERMIT261985-2011UPSCALE current climate ensemble1PLV, MJR,M. Mizielinski——P.L. VidalePRACE
GA3.0 (UPSCALE)—N512OSTIAxgxqkHERMIT261985-2011UPSCALE timeslice with delta SST from HadGEM2 RCP8.51MMM. Mizielinski——P.L. VidalePRACE
GA3.0 (UPSCALE)—N512OSTIAxgxqlHERMIT261985-2011UPSCALE timeslice with delta SST from HadGEM2 RCP8.51MMM. Mizielinski——P.L. VidalePRACE
GA3.0 (UPSCALE)—N512OSTIAxgxqmHERMIT261985-2011UPSCALE timeslice with delta SST from HadGEM2 RCP8.51MMM. Mizielinski——P.L. VidalePRACE
GA3.0 (UPSCALE)—N216OSTIAxgxqoHERMIT261985-2011UPSCALE current climate ensemble1—M. Mizielinski——P.L. VidalePRACE
GA3.0 (UPSCALE)—N216OSTIAxgxqpHERMIT261985-2011UPSCALE current climate ensemble1—M. Mizielinski——P.L. VidalePRACE
GA3.0 (UPSCALE)—N216OSTIAxgxqqHERMIT261985-2011UPSCALE current climate ensemble1—M. Mizielinski——P.L. VidalePRACE
GA4.0—N512ReynoldsxgxqrHERMIT261985-2011Current climate (completion on MONSooN)1—R. Schiemann——P.L. VidalePRACE
GA4.0—N512ReynoldsxgxqsHERMIT92002-2011Current climate with 1-hr radiation timestep1—M. Mizielinski——P.L. VidalePRACE
GA4.0—N512ReynoldsxgxqtHERMIT92002-2011Current climate with 5-min timestep1—M. Mizielinski——P.L. VidalePRACE
GA4.0—N512ReynoldsxgxqxHERMIT261985-2011Current climate with 1.5 x entrainment rate1—M. Mizielinski——P.L. VidalePRACE
GA4.0—N512ReynoldsxgxqyHERMIT—not runFuture SST, present-day CO21————P.L. VidalePRACE
GA4.0—N512ReynoldsxgxqzHERMIT51985-1990Present-day SST, future CO21—M. Mizielinski——P.L. VidalePRACE
GA3.0 (UPSCALE)—N512OSTIAxgyidMONSooN261985-2011UPSCALE timeslice with delta SST from HadGEM2 RCP8.51—M. Mizielinski——P.L. VidaleJWCRP
GA3.0 (UPSCALE)—N512OSTIAxgyieMONSooN261985-2011UPSCALE timeslice with delta SST from HadGEM2 RCP8.51—M. Mizielinski——P.L. VidaleJWCRP
GA3.0 (UPSCALE)—N512OSTIAxgyifMONSooN261985-2011UPSCALE timeslice with delta SST from HadGEM2 RCP8.51—M. Mizielinski——P.L. VidaleJWCRP
GA3.0 (UPSCALE)—N216OSTIAxgyipMONSooN261985-2011UPSCALE timeslice with delta SST from HadGEM2 RCP8.51—M. Mizielinski——M.J. RobertsJWCRP
Between GA2.0 and GA3.0—N512ReynoldsxgylaHECToR9 months20035-member ensemble seasonal runs——M.-E. Demory——M.J. RobertsNERC
Between GA2.0 and GA3.0—N512ReynoldsxgylbHECToR9 months20035-member ensemble seasonal runs——M.-E. Demory——M.J. RobertsNERC
Between GA2.0 and GA3.0—N512ReynoldsxgyldHECToR9 months20035-member ensemble seasonal runs——M.-E. Demory——M.J. RobertsNERC
Between GA2.0 and GA3.0—N512ReynoldsxgyleHECToR9 months20035-member ensemble seasonal runs——M.-E. Demory——M.J. RobertsNERC
Between GA2.0 and GA3.0—N512ReynoldsxgylgHECToR9 months20035-member ensemble seasonal runs——M.-E. Demory——M.J. RobertsNERC
Between GA2.0 and GA3.0—N512ReynoldsxgylkHECToR9 months20095-member ensemble seasonal runs——M.-E. Demory——P.L. VidaleNERC
Between GA2.0 and GA3.0—N512ReynoldsxgyllHECToR9 months20095-member ensemble seasonal runs——M.-E. Demory——P.L. VidaleNERC
Between GA2.0 and GA3.0—N512ReynoldsxgylmHECToR9 months20095-member ensemble seasonal runs——M.-E. Demory——P.L. VidaleNERC
Between GA2.0 and GA3.0—N512ReynoldsxgylnHECToR9 months20095-member ensemble seasonal runs——M.-E. Demory——P.L. VidaleNERC
Between GA2.0 and GA3.0—N512ReynoldsxgyloHECToR9 months20095-member ensemble seasonal runs——M.-E. Demory——P.L. VidaleNERC
Between GA2.0 and GA3.0—N512ReynoldsxgylpHECToR9 months20105-member ensemble seasonal runs——M.-E. Demory——P.L. VidaleNERC
Between GA2.0 and GA3.0—N512ReynoldsxgylqHECToR9 months20105-member ensemble seasonal runs——M.-E. Demory——P.L. VidaleNERC
Between GA2.0 and GA3.0—N512ReynoldsxgylrHECToR9 months20105-member ensemble seasonal runs——M.-E. Demory——P.L. VidaleNERC
Between GA2.0 and GA3.0—N512ReynoldsxgylsHECToR9 months20105-member ensemble seasonal runs——M.-E. Demory——P.L. VidaleNERC
Between GA2.0 and GA3.0—N512ReynoldsxgyltHECToR9 months20105-member ensemble seasonal runs——M.-E. Demory——P.L. VidaleNERC
Between GA2.0 and GA3.0—N512OSTIAxgyluHECToR7 months20053-member ensemble seasonal runs——M.-E. Demory——P.L. VidaleNERC
Between GA2.0 and GA3.0—N512OSTIAxgylvHECToR7 months20053-member ensemble seasonal runs——M.-E. Demory——P.L. VidaleNERC
Between GA2.0 and GA3.0—N512OSTIAxgylwHECToR7 months20053-member ensemble seasonal runs——M.-E. Demory——P.L. VidaleNERC
GA4.0—N216ReynoldsxhceaMONSooN261982-2008GA4.0 are with no volcanic forcing1—M.J. Roberts/D. Copsey————
GA3.0 (UPSCALE)Mizielinski, M. S. et al. (2014), “High resolution global climate modelling; the UPSCALE project, a large simulation campaign”, Geosci. Model Dev. 7, 1629–1640. doi: 10.5194/gmd-7-1629-2014.N96OSTIAxhqijHECToR261985-2011UPSCALE current climate ensemble1—R. Schiemann——P.L. VidaleNERC
GA3.0 (UPSCALE)Mizielinski, M. S. et al. (2014), “High resolution global climate modelling; the UPSCALE project, a large simulation campaign”, Geosci. Model Dev. 7, 1629–1640. doi: 10.5194/gmd-7-1629-2014.N96OSTIAxhqikHECToR261985-2011UPSCALE current climate ensemble1—R. Schiemann——P.L. VidaleNERC
GA3.0 (UPSCALE)Mizielinski, M. S. et al. (2014), “High resolution global climate modelling; the UPSCALE project, a large simulation campaign”, Geosci. Model Dev. 7, 1629–1640. doi: 10.5194/gmd-7-1629-2014.N96OSTIAxhqilHECToR261985-2011UPSCALE current climate ensemble1—R. Schiemann——P.L. VidaleNERC
GA3.0 (UPSCALE)Mizielinski, M. S. et al. (2014), “High resolution global climate modelling; the UPSCALE project, a large simulation campaign”, Geosci. Model Dev. 7, 1629–1640. doi: 10.5194/gmd-7-1629-2014.N96OSTIAxhqinHECToR261985-2011UPSCALE current climate ensemble1—R. Schiemann——P.L. VidaleNERC
GA3.0 (UPSCALE)Mizielinski, M. S. et al. (2014), “High resolution global climate modelling; the UPSCALE project, a large simulation campaign”, Geosci. Model Dev. 7, 1629–1640. doi: 10.5194/gmd-7-1629-2014.N96OSTIAxhqioHECToR261985-2011UPSCALE current climate ensemble1—R. Schiemann——P.L. VidaleNERC
GA3.0 (UPSCALE)—N96OSTIAxhqipHECToR261985-2011UPSCALE timeslice with delta SST from HadGEM2 RCP8.51—R. Schiemann———NERC
GA3.0 (UPSCALE)—N96OSTIAxhqiqHECToR261985-2011UPSCALE timeslice with delta SST from HadGEM2 RCP8.51—R. Schiemann———NERC
GA3.0 (UPSCALE)—N96OSTIAxhqirHECToR261985-2011UPSCALE timeslice with delta SST from HadGEM2 RCP8.51—R. Schiemann———NERC
GA4.0—N512ReynoldsxibdaHERMIT12003-20046-member ensemble for 20031—M. Mizielinski——P.L. VidalePRACE
GA4.0—N512ReynoldsxibdbHERMIT12003-20046-member ensemble for 20031—M. Mizielinski——P.L. VidalePRACE
GA4.0—N512ReynoldsxibdcHERMIT12003-20046-member ensemble for 20031—M. Mizielinski——P.L. VidalePRACE
GA4.0—N512ReynoldsxibddHERMIT12003-20046-member ensemble for 20031—M. Mizielinski——P.L. VidalePRACE
GA4.0—N512ReynoldsxibdeHERMIT12003-20046-member ensemble for 20031—M. Mizielinski——P.L. VidalePRACE
GA4.0—N512ReynoldsxibdfHERMIT12003-20046-member ensemble for 20031—M. Mizielinski——P.L. VidalePRACE
GA6.0—N512—xjanuARCHER231982-2005——P.L. VidaleK. Sivalingam——P.L. VidaleNERC
GA6.0—N512—xjklbARCHER241982-2006Canopy height ancillary perturbation—K SilvalingamP.L. Vidale——P.L. VidaleNERC
GA6.0—N512—xjlecARCHER231982-2005——P.L. VidaleK. Sivalingam——P.L. VidaleNERC
GA6.0—N512—xjlegARCHER231982-2005——P.L. VidaleK. Sivalingam——P.L. VidaleNERC
GA6.0—N512—xjleiARCHER231982-2005——P.L. VidaleK. Sivalingam——P.L. VidaleNERC
GC2—N512—xkjejARCHER100———K Silvalingam—/group_workspaces/jasmin2/primavera1/WP2/CPL/METOFFICE/HadGEM3-GC2/N512O025——NERC
GC2—N512—xklrbARCHER100—As xkjej, but initialised with 2052 restart dump from answg, const. 1990 forcing—P.L. VidaleP.L. Vidale/group_workspaces/jasmin2/primavera1/WP2/CPL/METOFFICE/HadGEM3-GC2/N512O025—P.L. VidaleNERC
GA6.0—N480—xkrkeARCHER301982-2011Control—PLV, RS, SJJP.L. VidaleElastic tape (Jasmin)APR 1987, apa: last 7 days of month missing——
GA6.0—N480—xkrkfARCHER301982-2011N96 orographic ancillaries———————