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  1. Expert Team on Climate Change Detection and Indices De Bilt, Netherlands 13-15 May 2008 JCOMM:Perspectives & Contributions 1Val Swail - Environment Canada, Toronto 2Scott Woodruff - NOAA Earth System Research Laboratory, Boulder Elizabeth Kent - National Oceanography Centre, Southampton David Parker - Met Office, Exeter 1Chair – JCOMM Expert Team on Wind Waves and Storm Surge 2Chair – JCOMM Expert Team on Marine Climatology With thanks to Peter Dexter – JCOMM Co-President

  2. JCOMM Concept and Objectives • NWP, climate studies, maritime services, ocean modeling and forecasting, ocean research, all require integrated metocean data and information streams • To address these requirements and realize potential benefits, JCOMM jointly sponsored by WMO and IOC • Combines and benefits from the strengths and expertise of the met. and ocean communities, avoids duplication of effort, integrates existing activities • User oriented, functions at global, regional and national levels • Integrated marine observing, data management and services system; extensive outreach programme • An implementation mechanism for global GOOS and in situ marine component of GOS

  3. Marine Meteorological and Oceanographic Services • JCOMM as the bridge between meteorology and oceanography • Operational oceanography now a reality • Community welfare, socio-economic impacts, hazard mitigation, climate change…. • National and international cooperation essential – IOC, WMO, met and ocean agencies ClimateServices WeatherServices Atmosphere Marine WeatherServices Ocean ClimateServices Ocean Oceanographic Services

  4. How JCOMM Operates • JCOMM is a coordination mechanism only • Implementation of JCOMM programmes by national agencies and institutions • National representation in the work of JCOMM • Single national focal point and coordinator for JCOMM • High level, to coordinate met and ocean communities and ensure priority and budget for JCOMM activities • National members of the Commission • Technical experts to support JCOMM work nationally • Both met and ocean experts • National representation on expert teams and panels • Technical experts in specific fields covered by JCOMM

  5. Capacity Building Data Management Users Services Products Observations Climate

  6. JCOMM Structure

  7. Ship observations ASAP Sea level Drifting buoy Argo Moorings Integrated Ocean Observing System

  8. Initial Global Ocean Observing System for ClimateStatus against the GCOS Implementation Plan and JCOMM targets

  9. In situ observing platformsreporting on the GTS, May 2007 light blue - XBTs, dark blue - Argo, red - drifting and fixed buoys, yellow - ASAP ships, gray - TSG

  10. JCOMMOPS jcommops.org

  11. Perspective on Historical Data • JCOMM Expert Team on Marine Climatology links with International Comprehensive Ocean-Atmosphere Data Set (ICOADS) • Recovery of more data & metadata: key to improving past climatologies, e.g. Recovery of Logbooks And International Marine data (RECLAIM)

  12. Improvements to ICOADS • Many new data sources added to ICOADS focused on data sparse regions and periods.

  13. ICOADS Improvements in 1930s

  14. Background to ETCCDI • Norwich November 2003 – JCOMM presentation to ETCCDMI; responsibility for marine climatology clearly identified as JCOMM responsibility • Beijing November 2005 – CCl recommends JCOMM as full partner in split teams, ETCCDI and ETCM • Tarragona September 2006 – ETCM-I meets; Craig Donlon as JCOMM representative • Exeter November 2006 – JCOMM SCG-III affirms climate services as core activity • Niagara-on-the-Lake November 2006 – ETCCDI-I meets; Val Swail, Liz Kent, Scott Woodruff, Chris Folland JCOMM representatives • CLIMAR-III May 2008 – Marine climate indices invited presentation, Plenary discussion • De Bilt May 2008 - ETCCDI-II meets; David Parker replaces Chris Folland on ETCCDI

  15. WHAT ABOUT INDICES? • JCOMM data offer the possibility for development of a wide variety of marine indices—some of which may be extended much earlier into the historical record than land-based indices • Surface variables • Sub-surface variables • Based on in situ observations, satellite, modelled, blended • Consider not just general circulation indices – compare with existing CCl/CLIVAR land indices • See next talk for details

  16. ICOADS - Critical and critically under-resourced (icoads.noaa.gov ) Proposed new initiative for value-added ICOADS (QC, bias corrections, etc.) JCOMM Expert Teams Wind Waves and Storm Surges Sea Ice Marine Climatology Task Team on the Marine-meteorological and Oceanographic Summaries (TT-MOCS) Task Team on Delayed Mode VOS (TT-DMVOS) Engage expertise within the CLIMAR community to assist in the development and production of marine indices (marineclimatology.net ) Liaise with other groups interested in marine indices such as the AOPC and OOPC Enabling Mechanisms

  17. WAY FORWARD • Investigate how to expand the range of useful and homogeneous climate change indicators available for the ocean including information from both the ocean surface and subsurface • Consider how these might be used in IPCC 5AR (2013) • To engage with other JCOMM Programme Areas as appropriate, and the broader marine climate community in the development, calculation and maintenance of marine indices • Use CLIMAR-III to promote marine indices, with a presentation and Plenary discussion • Report back on progress to the 3rd ETCCDI meeting in May 2008, with a proposal as appropriate for further development of marine climate indices • Aim for presentations at MARCDAT-III (2010) and CLIMAR-IV (2012) that have answers instead of questions