Difference between revisions of "AIRNOW"

Revision as of 09:35, June 6, 2008

AIRNOW - Surface Monitoring Data for PM2.5 and Ozone

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Description: AIRNOW is an EPA program in collaboration with the States to gather and distribute hourly near-realtime data from several hundred continuous PM2.5 and ozone monitors. Parameters: PM2.5, Ozone
Domain: Aerosol | Platform: Network | Instrument: No Instrument | Method: Point | Type: POINT | Periodicity: HOUR | GeoRange: US | Time Period: REALTIME Key Use: No Key Uses

Data Access Services: WMS | WCS

EPA

Provider
No Distributor
Source
Citation
Lineage

DataFed

User-provided Metadata

AirNOW FAQ's

Point_to_Grid_Procedure

Lineage

The AirNOW data are obtained from the EPA AirNOW website (link). The data for each day is contained in an ASCII OBS file. In DataFed these OBS files are compiled and cached in a binary data cube which allows fast access, particularly along the time axis.

Websites

Websites tagged in Del.icio.us with: AirNOW Link <feed url="http://feeds.delicious.com/rss/tag/Link+AirNOW">== [{PERMALINK} {TITLE}] == {DATE}, by {AUTHOR} {DESCRIPTION}</feed>

Papers

Papers tagged in Del.icio.us with: dataset AirNOW Paper <feed showtitle="false">http://del.icio.us/rss/tag/AirNOW+dataset+Paper</feed>

Automatic Searches

Google Search | Blogs | Scholar | Images | News | Video - AirNOW + EPA
Technorati Blogs - AirNOW + EPA
Del.icio.us - AIRNOW

Additional Information

Edit AIRNOW-RDF | View AIRNOW-RDF

Facts about AIRNOWRDF feed


DataSystem	DataFed +

@@ Line 15: / Line 15: @@
 |CitationURL=http://airnow.gov/
 |DataFedViewer=http://webapps.datafed.net/datafed.aspx?dataset_abbr=AIRNOW
-|DatasetAbbr=AIRNOW1
+|DatasetAbbr=AIRNOW
 |WCS=http://webapps.datafed.net/wcs_query.aspx?dataset_abbr=AIRNOW&view_id=map&param_abbr=pmfine&datetime=2007-12-13T14:00:00&lat_min=24&lat_max=52&lon_min=-130&lon_max=-65&HEIGHT=-1&WIDTH=-1
 |WMS=http://webapps.datafed.net/wms_query.aspx?dataset_abbr=AIRNOW&view_id=map&param_abbr=pmfine&datetime=2007-12-13T14:00:00&lat_min=24&lat_max=52&lon_min=-130&lon_max=-65