88 th Annual American Meteorological Society Meeting New Orleans, LA January 20-25, The Integrated Surface Database: Partnerships and Progress Neal Lott, Stephen Del Greco, Russell Vose, Tom Ross NOAA’s National Climatic Data Center, Asheville, NC Steven Worley, Joey Comeaux National Center for Atmospheric Research, Boulder CO

88 th Annual American Meteorological Society Meeting New Orleans, LA January 20-25, Integrated Surface Data (ISD) – What is it?? ISD—formerly called ISH (Integrated Surface Hourly)—an integration of over 100 original datasets (NCDC, USAF, Navy, NCAR) Data format Data model Relational Database table structure (data and metadata) Archived dataset, with over 20,000 worldwide stations for 1901 – present ( 10,000 stations now active, pre data being added) Quality control and data processing system Data access software Product suite Both mature and evolving

88 th Annual American Meteorological Society Meeting New Orleans, LA January 20-25, Partners and Stakeholders Air Force 14 th Weather Squadron US Navy Fleet Numerical Meteorology and Oceanography Detachment National Center for Atmospheric Research Regional Climate Centers National Weather Service Environmental Protection Agency Climate Database Modernization Program Many others

88 th Annual American Meteorological Society Meeting New Orleans, LA January 20-25, Climate Database Modernization Program (CDMP) Transforming NOAA’s paper and microform archives into an electronic database CDMP has placed online over 52 million weather and environmental images Keying U.S. hourly and daily data for early climate locations that recorded data during the 1800’s to early 1900’s Also partnering with several countries to digitize various datasets Data are being fully integrated into ISD and made accessible online

88 th Annual American Meteorological Society Meeting New Orleans, LA January 20-25, National Center for Atmospheric Research (NCAR) NCAR is now a key partner in the ISD effort Numerous datasets from NCAR being made available for integration Datasets from Brazil, Australia, Greenland, and Mexico now integrated into ISD Approximately fifty additional datasets have been identified for potential integration into ISD Spatial and temporal coverage of data are enhanced

88 th Annual American Meteorological Society Meeting New Orleans, LA January 20-25, Other Partners and Players Other datastreams such as the Climate Reference Network (CRN) and the US Surface Radiation Network (SURFRAD) are being operationally integrated Others such as the US Cooperative Network (over 8000 active stations) are planned Cooperation with our ISD partners within and outside of the Federal Climate Complex (USAF, Navy) will provide continued daily flow of data USAF 14 th Weather Squadron has been and is a key contributor of historical and near real-time global synoptic and hourly surface data

88 th Annual American Meteorological Society Meeting New Orleans, LA January 20-25, Various historical National/International data forms Numerous historical datasets, WMO GTS, etc Historical US data, NOAAPORT, etc Country-specific datasets, etc CDMP/ NCDC USAF/ Navy NCDCNCAR Convert to ISD standards Convert to ISD standards Merge and quality-control into final ISD database Access Services— FTP, GIS, WWW Interface, etc Products—data summaries, “global summary of day,” etc NOAA and external customers—climate monitoring, engineering standards, etc Integrated Surface Data (ISD) Process Flow

88 th Annual American Meteorological Society Meeting New Orleans, LA January 20-25,

88 th Annual American Meteorological Society Meeting New Orleans, LA January 20-25, ISD Spatial Coverage

88 th Annual American Meteorological Society Meeting New Orleans, LA January 20-25,

88 th Annual American Meteorological Society Meeting New Orleans, LA January 20-25, Mexico -- Stations with Additional Data Integrated into ISD

88 th Annual American Meteorological Society Meeting New Orleans, LA January 20-25, Brazil -- Stations with Additional Data Integrated into ISD

88 th Annual American Meteorological Society Meeting New Orleans, LA January 20-25, Greenland -- Stations with Additional Data Integrated into ISD

88 th Annual American Meteorological Society Meeting New Orleans, LA January 20-25, Australia -- Stations with Additional Data Integrated into ISD

88 th Annual American Meteorological Society Meeting New Orleans, LA January 20-25, Data and Product Access Climate Data Online cdo.ncdc.noaa.gov FTP ftp.ncdc.noaa.gov/pub/data/noaa GIS Interface gis.ncdc.noaa.gov

88 th Annual American Meteorological Society Meeting New Orleans, LA January 20-25, The ISD Product Suite via the NOAA Virtual Data System (NVDS) Climate Data Online services provide several format options Local Climatological Data product Global Summary of Day product CDs and DVDs 12 data summaries/frequency distributions by station – such as ceiling-visibility, temperature, dew point, sky cover Graphing capabilities, wind rose GIS services, FTP services Updated daily with latest data

88 th Annual American Meteorological Society Meeting New Orleans, LA January 20-25, The Product Suite …….

88 th Annual American Meteorological Society Meeting New Orleans, LA January 20-25,

88 th Annual American Meteorological Society Meeting New Orleans, LA January 20-25, Data Usage—A Few Samples Engineering design: Ice loads for towers, cables, wires, etc Wind loads for buildings, etc Heating/cooling requirements Drainage/runoff extremes (pipes, culverts) Aircraft operations: Crosswinds (runway design), instrument landing systems, etc Space shuttle accident investigation: Nexrad data Ship routing and oil rig placement Global re-analyses for climate trends assessment, etc HAZMAT operations and studies: oil spills, toxic release, etc Weather risk management industry (now > $40 billion per year) Insurance investigations and verification Court cases and criminal investigations Aircraft accident investigations Wind energy studies: Wind farms, US and overseas Commercial innovation and design: Typical and extreme conditions for a new market

88 th Annual American Meteorological Society Meeting New Orleans, LA January 20-25, Benefits of Integration Reduction of subjectivity and inconsistencies among datasets that span multiple observing networks and platforms Standardized QA/QC based on reporting time resolution (e.g., QC methodology for hourly temperature data independent of network) Products which are more easily developed, consistent, and improved by collective experience and expertise Modular software which is much more extensible Data documentation which is consistent and applies to the full period of record for the data Simplified portability of data into reanalysis efforts and climate change studies