Search results
From Earth Science Information Partners (ESIP)
- GOCART G OL (category NearRealTime)Instrument | Method: Model | Type: GRID | Periodicity: HOUR | GeoRange: GLOB | Time Period: REALTIME Key Use: No Key Uses Data Access Services: WMS | WCS NASA2 KB (199 words) - 19:05, June 2, 2012
- SURF MET (category NearRealTime)Instrument | Method: Point | Type: POINT | Periodicity: HOUR | GeoRange: GLOB | Time Period: REALTIME Key Use: Exceptional Event Data Access Services: WMS | WCS2 KB (217 words) - 10:03, April 18, 2013
- MOPITT Day (category NearRealTime)| Method: RemoteSens | Type: Image | Periodicity: DAY | GeoRange: GLOB | Time Period: REALTIME Key Use: No Key Uses Data Access Services: WMS | WCS NCAR810 bytes (43 words) - 18:53, January 24, 2008
- GASP (category NearRealTime)Viewers: | Description: GASP (GOES Aerosol/Smoke Product) which provides near real-time aerosol optical thickness using the GOES image. The unique feature of1,007 bytes (39 words) - 13:45, September 4, 2012
- GDSG Fire (category NearRealTime)Instrument | Method: RemoteSens | Type: Image | Periodicity: DAY | GeoRange: US | Time Period: REALTIME Key Use: No Key Uses Data Access Services: WMS | WCS NOAA796 bytes (44 words) - 14:27, January 24, 2008
- CALIPSO (category NearRealTime)| Method: RemoteSens | Type: Image | Periodicity: DAY | GeoRange: GLOB | Time Period: REALTIME Key Use: No Key Uses Data Access Services: WMS | WCS NASA1 KB (42 words) - 19:13, June 2, 2012
- GASP tiff (category NearRealTime)Viewers: | Description: GASP (GOES Aerosol/Smoke Product) which provides near real-time aerosol optical thickness using the GOES image. The unique feature of1 KB (46 words) - 14:25, January 24, 2008
- OMI AI G (category NearRealTime)Instrument | Method: RemoteSens | Type: GRID | Periodicity: DAY | GeoRange: US | Time Period: REALTIME Key Use: No Key Uses Data Access Services: WMS | WCS NASA2 KB (100 words) - 11:29, December 4, 2021
- SURF MET WIND (category NearRealTime)Instrument | Method: Point | Type: POINT | Periodicity: HOUR | GeoRange: GLOB | Time Period: REALTIME Key Use: Exceptional Event Data Access Services: WMS | WCS1 KB (51 words) - 09:40, April 18, 2013
- TOMS AI G (category NearRealTime)Instrument | Method: RemoteSens | Type: GRID | Periodicity: DAY | GeoRange: GLOB | Time Period: REALTIME Key Use: No Key Uses Data Access Services: WMS | WCS NASA1 KB (50 words) - 11:24, December 14, 2009
- NOAA HMS WFS (category NearRealTime)Instrument | Method: RemoteSens | Type: POINT | Periodicity: DAY | GeoRange: NAM | Time Period: REALTIME Key Use: No Key Uses Data Access Services: WMS | WCS NOAA1 KB (77 words) - 11:28, December 4, 2021
- OnEarth JPL (category NearRealTime)Method: RemoteSens | Type: SeqImage | Periodicity: DAY | GeoRange: GLOB | Time Period: REALTIME Key Use: No Key Uses Data Access Services: WMS | WCS NASA1 KB (49 words) - 15:46, January 21, 2008
- < Back to Exceptional Event List 071022SoCalSmoke: 071022 Southern California Smoke 071022SoCalSmoke <Backlink to Event Analysis Workspace Interested in12 KB (411 words) - 16:08, April 9, 2013
- include: Querying real-time and historical data analysis Submitting forecasts to the AIRNow program; verifying forecasts Viewing real-time and historical11 KB (1,461 words) - 16:08, July 23, 2012
- tools allowed real-time, 'just-in-time' data analysis for the characterization of major air pollution events. Ben Domenico's "Thematic Real-time Environmental48 KB (6,809 words) - 19:50, June 2, 2012
- the EPA data summit in RTP, Feb 12 & 13 2008. The version existing at the time of the AQ data summit can be viewed via the history tab. Add New Data System1 KB (104 words) - 09:53, July 4, 2011
- concentration; Near-real-time Public Safety Decisions - Road, aviation visibility; Alert from DOT, FAA; Visibility, spatial extent; Near-real-time, forecast14 KB (1,719 words) - 11:22, December 4, 2021
- Collection Data Type Identifies non-science-quality products such as Near-Real-Time collections. Common Data Model Datatype The THREDDS data type for this55 KB (0 words) - 17:36, November 1, 2016
- AIP AQ Unified Scenario (section Informing the public and the health sector about air quality in real-time or near-real-time and future forecasts (e.g. AIRNow, AIRNow-International, EPA/National Weather Service National Air Quality Forecast guidance, PHASE))the real-time connectivity and model-data comparisons discussed above and to assimilate observations into numerical simulation models in real-time. There31 KB (4,121 words) - 18:15, June 4, 2008
- pollution episodes or events, it is necessary to perform this integration in near real time. This air quality use scenario envisions a cyberinfrastructure for air12 KB (1,410 words) - 12:32, February 1, 2008