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• SURF MET
  < Back to DataSpaces SURF_MET - Global Surface Meteorology Monitoring Network Browse Fields RDF for SURF_MET <- Should be a property What Links here on
  2 KB (217 words) - 10:03, April 18, 2013
• SURF MET WIND
  < Back to DataSpaces SURF_MET_WIND - Global Surface Meteorology Monitoring Network Browse Fields RDF for SURF_MET_WIND <- Should be a property What Links
  1 KB (51 words) - 09:40, April 18, 2013
• 070420GeorgiaSmoke
  East Visible Satellite OMI NO2 OMI Ozone OMI Aerosol Index Surface Extinction Coefficient Surface Wind Smoke on Google Earth GA Fire KMZ 400px
  5 KB (179 words) - 12:21, November 13, 2021
• EE Related Datasets
  through a single interface. NPS monitoring (ozone) http://www.nature.nps.gov/air/monitoring/network.cfm USFS monitoring (satguard, there's an archive too
  2 KB (211 words) - 16:21, April 17, 2013
• 0908SoCalFire copy
  RemoteSens SURF MET Global Surface Meteorology Monitoring Network PSWC POINT Point SURF MET WIND Global Surface Meteorology Monitoring Network PSWC POINT Point
  6 KB (276 words) - 10:18, April 10, 2013
• DataSpace
  WCS Dataset Wiki SURF MET: Global Surface Meteorology Monitoring Network Domain: Meteor | DataType: POINT | Platform:Network | Method:Point Provider: PSWC
  2 KB (27 words) - 13:56, February 27, 2013
• Aerosol Characterization Data
  WCS Dataset Wiki SURF MET: Global Surface Meteorology Monitoring Network Domain: Meteor | DataType: POINT | Platform:Network | Method:Point Provider: PSWC
  532 bytes (20 words) - 09:53, October 8, 2021
• NSF Air Quality Observatory:AQ Observatory Proposal (section Combined Air Quality - Meteorology Tools)
  Air Monitoring Strategy1 to provide more relevant and timely data for these complex management needs. Real-time surface-based monitoring networks now routinely
  48 KB (6,809 words) - 19:50, June 2, 2012
• GEOSS Relevant AQ Projects (section MACC / Monitoring Atmospheric Composition and Climate)
  HE-09-02c: Global Monitoring Plan for Persistent Organic Pollutants (POPs) Currently this Task has no participants listed in the US! HE-09-02d: Global Monitoring
  16 KB (1,961 words) - 21:37, September 4, 2012
• AIP AQ Scenario C: forecasts
  forecasting systems are fairly dependent on ambient monitoring. Moving to global systems, or systems deployable globally, requires new capabilities to bring in satellite
  8 KB (1,023 words) - 09:53, October 8, 2021
• AQ Dataset Metadata Workspaces
  WCS Dataset Wiki AERONETd: Global Ground-Based Sun Photometer Network Domain: Aerosol | DataType: POINT | Platform:Network | Method:RemoteSens Provider:
  294 bytes (5 words) - 15:21, February 26, 2013
• GEOSS AIP Pilot - Initial Scenario
  begins (via GEOSS portals) Meteorological data Observed and forecasted surface meteorological data (such as temperature, surface wind speed and direction
  14 KB (1,719 words) - 11:22, December 4, 2021
• GEO User Requirements for Air Quality Report (section 3.2.2 Air Quality Observation Coverage - Global, Regional)
  Unfortunately, very little monitoring data exist upon which to base even a preliminary answer. A recent analysis of the global environmental burden of disease
  46 KB (5,519 words) - 16:05, February 26, 2013
• Energy Cluster Jan 2011 Agenda
  and monitoring US climate reference network - installed soil moisture/ temp sensors observing and data stewardship satelite climate record- Global Precipitation
  8 KB (1,131 words) - 17:28, January 28, 2011
• Mumbai Air Quality Short Course/Course Content (section 10:30AM-1:00PM: AQ Monitoring and Assessment in India)
  Washington University, Monitoring Network Design - Approaches and Lessons from the United States, Hong Kong, and Mongolia Air monitoring networks can serve a range
  8 KB (889 words) - 04:36, December 18, 2012
• GEO-EO-Req ColumnConc for Coverage
  ground based monitors and, more importantly, a vertical compliment to our horizontal surface based networks. Although breathing zone monitoring is a rich
  14 KB (1,993 words) - 11:01, November 3, 2009
• AIP AQ Unified Scenario
  continuous monitoring network of several air quality monitors are available Designated technical staff at air quality agencies will monitor air quality
  31 KB (4,121 words) - 18:15, June 4, 2008
• AIP AQ Scenario B: Model - Data Synthesis
  atmospheric constituents from different observational platforms (surface monitoring networks, satellites, sondes, ground-based remote sensors, aircraft, .
  12 KB (1,410 words) - 12:32, February 1, 2008
• Air Quality Data System Vision and Goals (section IGACO Integrated Global Atmospheric Chemistry Framework)
  emanate from: Global service lines providing: monitoring of aspects of climate, climate forcing and the sources and sinks of key species; monitoring of stratospheric
  14 KB (1,760 words) - 11:16, November 15, 2010
• IGACO Framework Architecture (section IGACO Report: 5.1 A Global System is Required)
  assimilating them into a global picture is necessary to define an optimal mix of each instrument type.Currently, there are major gaps in the global coverage of observations
  19 KB (2,648 words) - 15:07, October 20, 2009

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