GEO Work Plan Symposium 2011 DS-03 Climate Information

DS-03 Climate Information Definition Improve scientific understanding, modeling and prediction of climate. Improve accessibility of all the observational data needed for climate monitoring and services in support of adaptation to climate variability and change. Ensure the availability of all Essential Climate Variables needed by the WCRP, the IPCC and the UNFCCC (Climate Target) Improve operational weather/climate forecast systems for early warning and food security (Agriculture Strategic Target)

Deliverables 1.Extension and improvement of the climate record Priority Actions: -Support regional and international reanalysis efforts -Facilitate the recovery of historical terrestrial and marine global observations -Compile well-dated proxy-based paleo-climate records of seasonal to multi-decadal resolution over the last two millennia for the Arctic and all continents including the adjacent ocean regions

Priority Actions (cont): –Produce regional-scale reconstructions of seasonal variations in temperature, precipitation, and atmospheric pressure fields –Compare climate reconstructions with the results of transient simulations of state-of-the-art General Circulation Models Leads (tentative): WCRP, IGBP, Japan, USA, ECMWF, GCOS

Priority Actions: Continue to carry out the activities outlined in the Year of Tropical Convection (YOTC) Implementation Plan ( Further progress the objectives of the YOTC Task Force on the Madden Julian Oscillation (YOTC MJO TF) including further development of process oriented diagnostics/metrics that provide insight into the physical mechanisms for robust simulation of the MJO Initiate the sub-seasonal to seasonal prediction project Initiate the polar prediction project - see final meeting report at Leads (tentative): WMO, WCRP Deliverable 2. Weather, Climate, Earth-System Prediction Systems

Deliverables 3.A global climate information service Priority Actions: - Ensure the delivery of climate information needed for adaptation through the GEO Portal Build on existing climate services such as the US climate portal (climate.gov), WMO Climate Services Framework To be implemented in connection with IN-01 (GCI) Leads: TBC

Deliverables 4.Availability of Essential Climate Variables Priority Actions: -Accelerate the implementation of the Global Climate Observing System -Strengthen the climate-related functions and activities of global atmospheric, oceanic and terrestrial observing systems Leads (tentative): GCOS, USA, CEOS

Related Work Plan Progress

Long-Term Reanalysis for Climate Change Detection (Japan, USA, ECMWF, GCOS, WCRP) Temperature Trend 20th Century Reanalysis

New Research on Monsoon and Cyclones for Improved Seasonal Prediction (WCRP, WMO) Most Complete 2-Year Record of Global Atmosphere May 2008 – April 2010 High-Res Analysis, Forecasts, Special Diagnostics Data Freely Available

Tropical Cyclone Occurrence during YOTC (courtesy of Julian Hemming, UK Met Office) Nargis, landfall over Myanmar, huge storm surge, 100,000 lives 3 landfalls in Mexico Ike - Largest size & Marko - smallest TC ever in this basin El Nino modulation Parma, torrential rainfall Rick, 2 nd strongest in E. Pacific ever Grace, heavy rainfall over Europe

The tropical atmosphere-ocean-land systems have never been so well observed. Modeling resources are rapidly improving. Satellite Observations ( e.g., EOS ) In-Situ Networks ( ARM, CEOP ) GOOS ( e.g., TAO, PRADA, drifters) IOPs ( e.g., VOCALS, T-PARC, AMY ) High-Resolution Deterministic Forecast Models & Global Analyses Research e.g., regional to global Cloud-system Resolving Models (CRM), theoretical-dynamical models New/Improved Resources T-PARC

Summary of Highlights * YOTC Science Plan published - WMO Bulletin & WMO Tech Doc * YOTC Implementation Plan on website * ECMWF T799 archive completed (May 08-Apr 10), ported to NCAR * NCEP and NASA GMAO archiving continues * YOTC Project Office at NCAR funded by NSF, NOAA, NASA * NASA Goddard Giovanni system (YOTC-GS) completed * YOTC sessions at AGU and AMS meetings in 2008,2009, 2010, 2011 * ~ 100 YOTC presentations at various venues * YOTC in Compendium WCC-3 * 2 papers submitted to BAMS * Paper on weather-climate intersection published in AGU book * Outstanding advances with MJO: dynamics; parameterized, super-parameterized & explicit convection * Research outreach and collaboration planned or underway YOTC International Science Symposium Beijing May 2011 – hosted by CMA and the CAS.

Launch of Earth-System Prediction Initiative (WMO, WCRP, IGBP, ICSU)

Re-organization of Sub-tasks (i.e. which sub-tasks support the new Task) AR-09-03a) Global Terrestrial Observations AR-09-03b) Legacy of the International Polar Year AR-09-03c) Global Ocean Observation System AR-09-03d) Global Observing System (GOS) CL-06-01a) Sustained Reprocessing and Reanalysis of Climate Data CL-06-01b) Extending the Record of Climate Variability at Global Scale CL-09-01a) Towards Enhanced Climate, Weather, Water Prediction CL-09-01b) Climate Information for Decision-making, Risk Management and Adaptation CL-09-02a) Key Observations for Climate (GCOS) CL-09-02b) Key Climate Data from Satellite Systems

Inclusion of New Proposals Sub-seasonal to seasonal prediction (WMO/WCRP) Polar prediction programme (WMO/WCRP)

Resources Available for Implementation (current status and in planning) YOTC Programme Office Participating Organisations and Universities (research)

Issues and Gaps In terms of climate prediction, it needs to formulate and initiate the polar and seasonal activities for the weather and climate prediction system. Workshops have identified key actions these now need to be taken forward. Global observations (ECVs) will be represented across the Work Plan

Issues and Gaps On the climate information service, it is suggested that the term of service would be replaced by system to make the deliverable be more specific and explicit, and to avoid the duplication with other initiatives. Potentially, the 5 th deliverable can be suggested with the title of Climate Change Adaptation Measure.