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NASA Tropospheric Chemistry Integrated Data Ceneter
DISCOVER-AQ
Deriving Information on Surface Conditions from COlumn and VERtically
Resolved Observations Relevant to Air Quality
 
  • Baltimore-Washington, D.C. 2011
  • California 2013
  • Texas 2013
  • TBD 2014

Satellite Overpass Prediction Tracks Satellite Overpass Tracks

Flight/Daily/QuickLook Reports View Flight / Daily / QuickLook Reports

DISCOVER-AQ Flight Times/Profiles Flight / Profile Times: P3-B / UC-12

DISCOVERAQ_Flight_Summary Flight Profile Summary Excel file

Data Access Data Access & Other Data Sources

ICARTT Data Format ICARTT Data Format Document

Data Protocol Data Management Plan

Related Websites Related Links & Websites


  • Data Scanning/Submittal ICARTT File Format Scanning and Submittal
  •      Help FScan
  • Register PI dataIDs Register PI dataIDs
  • Upload Flight/Daily/QuickLook Reports FileUpload

  • Download HDFView -- visual tool for
    browsing & editing HDF files HDFView

  •   Download FileScanning Software for Windows (Requires IE)FScanBrowser Application

  •      What's New
  •   Download Flight Planning & Satellite Overpass Track Prediction(for Windows)
    (Requires Google Earth) Satellite Overpass Predictor
  • YouTube Video

    >> View more videos / images / news here

    Recent Activities

    Flight Tracks: NASA P3B, NASA UC12, UMD 402B
    P3B Flight Tracke2
    UC12 Flight Trackes
    UMD Flight Trackes
    Click on image to view full scale
    * RightClick >> "Save Target As..." to save the *.kmz file; then open with GoogleEarth

    The overarching objective of the DISCOVER-AQ investigation is to improve the interpretation of satellite observations to diagnose near-surface conditions relating to air quality. To diagnose air quality conditions from space, reliable satellite information on aerosols and ozone precursors is needed for specific, highly correlated times and locations to be used in air quality models and compared to surface- and aircraft-based measurements. DISCOVER-AQ will provide an integrated dataset of airborne and surface observations relevant to the diagnosis of surface air quality conditions from space.  >> more

    >> Overview (Crawford)

    >> DISCOVER-AQ Science

    DISCOVER-AQ banner
    For DISCOVER-AQ details, visit: http://discover-aq.larc.nasa.gov

     


    Flight/Daily/QuickLook Reports Reports: Outlook / Flight / Status / QuickLook

    DISCOVERAQ_Flight_Summary Flight Profile Summary Excel file

    DISCOVER-AQ Flight Times/Profiles Flight / Profile Times: P3-B / B200

    Satellite Overpass Prediction Tracks Satellite Overpass Tracks

    Data Access Data Access & Other Data Sources

    ICARTT Data Format ICARTT Data Format Document

    Data Protocol Data Management Plan

    Related Websites Related Links & News


  • Data Scanning/Submittal ICARTT File Format Scanning and Submittal
  •      Help FScan
  • Register PI dataIDs Register PI dataIDs
  • Upload Flight/Daily/QuickLook Reports FileUpload

  • Download HDFView -- visual tool for
    browsing & editing HDF files HDFView

  •   Download FileScanning Software for Windows (Requires IE)FScanBrowser Application

  •      What's New
  •   Download Flight Planning & Satellite Overpass Track Prediction(for Windows)
    (Requires Google Earth) Satellite Overpass Predictor
  • Recent Activities

    Flight Tracks: NASA P3B, B200
    P3B Flight Tracks
    B200 Flight Tracks
    Click on image to view full scale
    * RightClick >> "Save Target As..." to save the *.kmz file; then open with GoogleEarth

    The overarching objective of the DISCOVER-AQ investigation is to improve the interpretation of satellite observations to diagnose near-surface conditions relating to air quality. To diagnose air quality conditions from space, reliable satellite information on aerosols and ozone precursors is needed for specific, highly correlated times and locations to be used in air quality models and compared to surface- and aircraft-based measurements. DISCOVER-AQ will provide an integrated dataset of airborne and surface observations relevant to the diagnosis of surface air quality conditions from space.  >> more

    >> Overview (Crawford)

    >> DISCOVER-AQ Science

    DISCOVER-AQ banner
    For DISCOVER-AQ details, visit: http://discover-aq.larc.nasa.gov

     


    Texas 2013

    Mission Under Development ...


    Mission Under Development ...

    NASA - National Aeronautics and Space
 Administration
    Curator: Ali Aknan
    NASA Official: Dr. Gao Chen

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    Last updated: May 16, 2013