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Opportuni)es across CORDEX ini)a)ves in Asia The 2 nd Southeast Asia Regional Climate Downscaling (SEACLID)/ CORDEX Southeast Asia Workshop Ramkhamhaeng University, Bangkok, Thailand 910 June 2014 M. Rixen, WCRP JPS 1

WCRP Rixen CORDEX SouthEastAsia Bangkok FINAL

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Opportuni)es  across  CORDEX  ini)a)ves  in  Asia      

The  2nd  Southeast  Asia  Regional  Climate  Downscaling  (SEACLID)/  CORDEX  Southeast  Asia  Workshop  

   Ramkhamhaeng  University,  

Bangkok,  Thailand  9-­‐10  June  2014  

   

M. Rixen, WCRP JPS

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Mission  &  Objec.ves      World  Climate  Research  Programme  supports  climate-­‐

related  decision  making  and  adapta)on  planning  by  coordina.ng  research  required  to  improve    

(1)  climate  predic.ons  and    (2)  understanding  of  human  influence  on  climate    

“for  use  in  an  increasing  range  of  prac/cal  applica/ons  of  direct  relevance,  benefit  and  value  to  society”    (WCRP  Strategic  Framework  2005-­‐2015).  

Includes  CORDEX  SAT  

Global Framework for Climate Services (GFCS)

WCRP  

Proposed  Research  Strategy:    At  the  simplest  level,  Future  Earth  must  answer  fundamental  ques)ons  about  how  and  why  the  global  environment  is  changing,  what  are  likely  future  changes,  what  the  implica/ons  are  for  humans  and  other  species,  and   what   choices   can   be   made   to   reduce   harmful   risks   and  vulnerabili/es,  enhance  resilience,  and  create  prosperous  futures.  

Future  Earth    

•   1st  Call  for  proposal:  Fast  Track  Ini.a.ves  and  Cluster  Ac.vi.es,  deadline  was  4  April  2014  –  needed  some  GEC  core  project  umbrella  •   Other  calls  coming  soon,  eligibility  will  be  less  stringent  •   Opportuni.es  for  CORDEX  in  all  regions  

CMIP5  Coupled  Model  Intercomparison  Project    

 

•  2+  Petabyte  on  Earth  System  Grid  Federa.on  

•  59  models,  24  groups  •  Many  studies  contribu.ng  to  the  IPCC  

AR5  report  •  Already  250+  papers  

•  REASON  FOR  SUCCESS:  common  standards  and  protocols  

 

Green  coupled  carbon-­‐cycle  climate  models  

Red  matches  CMIP3  experimental  suite  

A  rich  set  of  modeling  experiments,  drawn  from  several  predecessor  MIPs,  focuses  on  model  evalua.on,  projec.ons,  and  understanding  

6  

From  Global  to  Regional  Scale  

Why   do   we   need   Regional   Climate   Downscaling?   Global   Climate   Models   (GCM)   can  provide  us  with  predic.ons  and  projec.ons  of  how  the  climate  of  the  earth  will  change  in   the   future.   These   results   are   vital   to   inci.ng   the   interna.onal   community   to   take  decisions  to  help  limit  climate  change.  However,  the  impacts  of  a  changing  climate,  and  the  adapta)on  strategies  to  deal  with  them,  need  to  be  addressed  at  a  finer,  regional  scale.  This   is  where  Regional  Climate  Downscaling  (RCD)  has  an  important  role  to  play  by  providing  predic.ons  and    projec.ons  with  much  greater  detail.  

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Vision  for  CORDEX  •  Ac.onable  regional  informa.on:  models  and  data  •  Common  experimental  design,  standards  and  protocols  •  Recognize  regional  peculiari.es  and  local  ownership  •  Past,  present,  future  (predic.ons  and  projec.ons)  •  Importance  of  assessments  and  valida.ons  •  Benefits  of  a  mul.-­‐model  approach  to  capture  uncertain.es  •  Transfer  of  uncertain.es  from  models  to  VIA  applica.ons  

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CORDEX Phase I experiment design

Model Evaluation Framework

Climate Projection Framework

ERA-Interim LBC 1989-2007

Multiple AOGCMs

RCP4.5, RCP8.5 1951-2100 or 1980-2050

Decadal predictions 1980-2010, 1990-2000, 2005-2035

Multiple regions (Initial focus on Africa) 50 km grid spacing

Regional Analysis Regional Databanks

AMIP like

CMIP like

Coordinated  Regional    Climate  Downscaling  (CORDEX)  

Example  of  CORDEX  mul)-­‐model  data  available  for  Africa.  From  Top  to  boYom  and  leZ  to  right:  GPCP  mean  July-­‐August-­‐September  precipita)on  for  1998-­‐2008  and  differences  compared  to  GPCP  in  the  other  gridded  observa)ons,  and  the  individual  RCMs  with  their  ensemble  average.    

•14 domains with a resolution of 0.44° (approx. 50x50km²), focus on Africa •Also higher res for some domains (by some institutions)

Dynamic  Malaria  Model  driven  by  climate  observa)ons  &  CORDEX  simula)ons  (mean  annual  prevalence  (%)  

SMHI (50km2) reproduces well the mean annual malaria incidence pattern with respect to TRMM-ERAINT & GPCP-ERAINT control experiment Nikulin,  G.,  et  al,  J.  Clim,  2012   10  

Earth  System  Grid  Federa.on  •  JSC34-­‐WMAC2:  Earth  System  Grid  Federa.on  to  become  

WCRP  main  mechanism  for  exchanging  data  (climate  simula.ons+observa.ons  (obs4MIPs)+reanalyses(ana4MIPs))  in  the  next  decade,  including  core  projects  

•  Vision:  seamless  dissemina.on  of  climate  data  across  .me,  space  and  parameters  

•  Ini.ally  CMIP  limited,  now  new  ‘early’  adopters:  CORDEX,  CHFP/WGSIP  

•  Some  CORDEX  archives  currently  not  in  ESGF,  aim  to  migrate  them  into  ESGF:  Med-­‐CORDEX,  East-­‐Asia,  South-­‐Asia,  CCCma  

   

CORDEX ESGF datanodes (12 May 2014)  Datanode   Number  of  

Datasets  Number  of  CORDEX  domains  

esg-­‐dn1.nsc.liu.se    SMHI,  NCS-­‐LIU,  Sweden  

27804    

AFR-­‐44,  ARC-­‐44,    EUR-­‐11,  EUR-­‐44,  MNA-­‐44,  MNA-­‐22,  NAM-­‐44,  SAM-­‐44,  WAS-­‐44  

cordexesg.dmi.dk  DMI,  Denmark  

5394    

AFR-­‐44,  ANT-­‐44,  EUR-­‐11,  EUR-­‐44,  NAM-­‐44  

carbon.dkrz.de  DKRZ,  Germany  

3324    

AFR-­‐44,  EUR-­‐11,  EUR-­‐44,  WAS-­‐44  

esgf-­‐data1.ceda.ac.uk  BADC,  UK  

1004    

AFR-­‐44,  AUS-­‐44,  EUR-­‐44,  EAS-­‐44  

data.meteo.unican.es  Univ.  Cantabria,  Spain  

228    

EUR-­‐22,  EUR-­‐44  

esgf.extra.cea.fr  CEA,  France  

196    

EUR-­‐11,  EUR-­‐44  

noresg.norstore.uio.no  NorStore,  Norway  

-­‐   published  EUR-­‐44  and  EAS-­‐44  earlier,  not  available  now  

•  DHMZ  (Croa.a),  UQAM  (Canada)  and  CNRM  (France)  are  wai.ng  at  DMI  (QC)      •  one  dataset:  one  variable,  experiment,  domain,  frequency  •  full  CORDEX  output  for  one  simula.on  (Core+Tier1):  235  datasets  

Intercomparison  Models-­‐Observa.ons  Coordinated  with  CMIP5  are  parallel  efforts  to  collect  and  make  

available  observa.onally-­‐based  products  

Obs4MIPs  

A  pilot  effort  to  improve  the  connec.on  between  data  experts  and  scien.sts  involved  in  climate  model  evalua.on.    Aligned  with  CMIP5,  with  encouragement  from  the  WGCM,  WGNE,  WDAC.      NASA  and   the  U.S.  DOE  have   ini.ated   the  project  with   significant   contribu.ons  of   appropriate  NASA  products.  This is expanding to other products from other agencies.  Communi.es  to  contribute  data  to  Obs4MIPs  such  as  cryosphere,  biogeochemistry,  etc.  

obs4MIPs-­‐CMIP  workshop:  29  Apr  –  1  May,  NASA  HQ    

Interna.onal  Conference  on    Regional  Climate  -­‐  CORDEX  2013  

•  4-­‐7  November  2013,  Brussels,  Belgium  •  Partnership  between  WCRP,  IPCC  and  EC  •  Timed  between  IPCC  WGI  and  WGII  releases  •  1st  day:  High  Level  Session,  Stakeholder  dialogue    •  2-­‐4th  days:  Scien.fic  Conference  •  hpp://cordex2013.wcrp-­‐climate.org/  •  480+  par.cipant,  97  countries  

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CORDEX  Interna.onal  Project  Office  

•  Aim:  support  the  growing  needs  of  the  CORDEX  community  (organiza.on,  scien.fic  and  technical  coordina.on,  capacity  building,  etc)    

•  3  significant  offers  received  (deadline  was  15  April)  •  Review  process  ongoing  •  Final  decision  by  D/WCRP  in  consulta.on  with  JSC  as  appropriate,  probably  end  of  June  

Important  SAT1  ac.ons  (ICTP,  Trieste,  Italy  16-­‐17  May  2014)  

•  CORDEX  Phase  II:  Update  CORDEX  scope,  domain  criteria,  experimental  framework  (to  include  ‘added  value’),  develop  flagship  experiments  (high-­‐res),  develop  ESD  strategy  

•  Data  management:  ESGF  becomes  the  standard,  migrate  legacy  data  sets,  streamline  web  info  

•  Develop  a  CORDEX  “CMIP6-­‐endorsed  MIP”    

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CMIP  new  structure  

Why  is  Monsoon  Asia  high  on  WCRP’s  regional  agenda?  

•  Range  of  natural  hazards  (typhoon,  floods)    •  Seasonal  monsoon  affects  water  and  food    •  World's  highest  mountains    •  Heat  source  of  Tibetan  Plateau    •  3.6  billion  people    •  Anthropogenic  aerosols    •  Rapid  urbaniza.on    •  Vulnerable  coastal  development    •  IPCC  ARs  regional  needs  •  GFCS    

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Opportuni.es  across  CORDEX  in  Asia  •  Building  on  MAIRS  and  RMIP  networks,  experience  •  Strong  exis.ng  CORDEX  communi.es  in  South-­‐Asia,  East-­‐Asia,  Australasia  •  Growing  community  and  strong  momentum  in  CORDEX  Southeast-­‐Asia  •  Cross  CORDEX  regions  collabora.ons  •  Strong  engagement  of  sponsors  such  as  APN,  ADB,  etc  •  Science  in  service  to  society:  tradi.onally  well  connected  to  applica.ons  

(VIA,  climate  services,  etc),  end-­‐user  driven  •  Good  mix  of  Na.onal  Met  Services,  Academies,  Research  Ins.tutes,  NGO  

to  address  the  regional  issues  •  Opportunity  to  provide  a  strong  regional  contribu.on  to  AR6  •  …  

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Important  SAT1  ac.ons  for  Southeast-­‐Asia  

•  East-­‐Asia  and  Southeast-­‐Asia:  finalize  proposals  for  domain  specifica.on  for  approval  by  SAT  

•  Asia:  op.mize  APN  mee.ngs  sequence  between  MAIRS  (lead  APN  CORDEX  SA-­‐EA-­‐AA  project)  and  SEACLID/CORDEX-­‐SEA  APN  project,  in  close  consulta.on  with  APN  secretariat  and  Geneva  

•  SEA:  iden.fy/secure  compu.ng  and  CORDEX  ESGF  node  resources  (e.g.  explore  synergies  with  GSDC,  PKNU,  Korea)  

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With  special  thanks  to  all  sponsors  

and  to  Ramkhamhaeng  University    for  hos.ng  the  mee.ng!  

   

Stay  tuned:  hpp://wcrp-­‐cordex.ipsl.jussieu.fr/                            

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