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From Earth Science Information Partners (ESIP)
- < Back to DataSpaces SURF_MET - Global Surface Meteorology Monitoring Network Browse Fields RDF for SURF_MET <- Should be a property What Links here on2 KB (217 words) - 10:03, April 18, 2013
- < Back to DataSpaces SURF_MET_WIND - Global Surface Meteorology Monitoring Network Browse Fields RDF for SURF_MET_WIND <- Should be a property What Links1 KB (51 words) - 09:40, April 18, 2013
- East Visible Satellite OMI NO2 OMI Ozone OMI Aerosol Index Surface Extinction Coefficient Surface Wind Smoke on Google Earth GA Fire KMZ 400px5 KB (179 words) - 12:21, November 13, 2021
- through a single interface. NPS monitoring (ozone) http://www.nature.nps.gov/air/monitoring/network.cfm USFS monitoring (satguard, there's an archive too2 KB (211 words) - 16:21, April 17, 2013
- RemoteSens SURF MET Global Surface Meteorology Monitoring Network PSWC POINT Point SURF MET WIND Global Surface Meteorology Monitoring Network PSWC POINT Point6 KB (276 words) - 10:18, April 10, 2013
- WCS Dataset Wiki SURF MET: Global Surface Meteorology Monitoring Network Domain: Meteor | DataType: POINT | Platform:Network | Method:Point Provider: PSWC2 KB (27 words) - 13:56, February 27, 2013
- WCS Dataset Wiki SURF MET: Global Surface Meteorology Monitoring Network Domain: Meteor | DataType: POINT | Platform:Network | Method:Point Provider: PSWC532 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 routinely48 KB (6,809 words) - 19:50, June 2, 2012
- 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 Monitoring16 KB (1,961 words) - 21:37, September 4, 2012
- forecasting systems are fairly dependent on ambient monitoring. Moving to global systems, or systems deployable globally, requires new capabilities to bring in satellite8 KB (1,023 words) - 09:53, October 8, 2021
- 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
- begins (via GEOSS portals) Meteorological data Observed and forecasted surface meteorological data (such as temperature, surface wind speed and direction14 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 disease46 KB (5,519 words) - 16:05, February 26, 2013
- and monitoring US climate reference network - installed soil moisture/ temp sensors observing and data stewardship satelite climate record- Global Precipitation8 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 range8 KB (889 words) - 04:36, December 18, 2012
- ground based monitors and, more importantly, a vertical compliment to our horizontal surface based networks. Although breathing zone monitoring is a rich14 KB (1,993 words) - 11:01, November 3, 2009
- continuous monitoring network of several air quality monitors are available Designated technical staff at air quality agencies will monitor air quality31 KB (4,121 words) - 18:15, June 4, 2008
- 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 stratospheric14 KB (1,760 words) - 11:16, November 15, 2010
- 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 observations19 KB (2,648 words) - 15:07, October 20, 2009
- displays maps of the monitoring sites for each network. Future plans include the addition of various international datasets and global satellite data.]]23 KB (2,526 words) - 16:05, June 29, 2010
- contribute to the creation of a persistent core network for supporting other AQ applications. The network will also exemplify multi-organization/agency collaboration41 KB (5,515 words) - 14:31, July 26, 2012
- measured parameters on the surface, which can be found in three datasets: Airnow (EPA's real-time, surface monitoring network), AQS_H (EPA's additional55 KB (7,753 words) - 12:01, June 29, 2009
- , correcting for clouds and variations in surface albedo) and then in deriving boundary-layer and/or surface concentrations, as well as vertical profiles3 KB (462 words) - 21:35, October 20, 2009
- and applying the WCS wrapper template to the HTAP global ozone model outputs created for the HTAP global model comparison study. These model outputs are35 KB (5,236 words) - 12:07, July 29, 2012
- Evidence for Flagging Exceptional Events (section Location of Flagged Monitor Site and Suspected Source Area)of PM2.5 are available through additional monitoring networks. In some areas there are also local monitoring stations that can augment the large-scale43 KB (5,373 words) - 11:21, December 4, 2021
- DataType SampleMethod AERONETd Global Ground-Based Sun Photometer Network NASA POINT RemoteSens AIRNOW Surface Monitoring Data for PM2.5 and Ozone EPA POINT344 bytes (0 words) - 09:32, February 27, 2013
- Systems, George Mason University, "Applications of Machine Learning in Crop Monitoring, Prediction, and Decision Making", Presentation File:MachinaLearningAgro-119 KB (1,924 words) - 16:56, October 8, 2019
- gap locations globally, using Cross-Calibrated, Multi-Platform (CCMP) ocean surface wind product and Optimally Interpolated Sea Surface Temperature (OISST)47 KB (6,836 words) - 11:37, February 3, 2012
- wider research network. Consider a classic network topology (WAN) that has multiple ways to get back to the network, cellular, p2p network, fiber, etc. routing178 KB (26,773 words) - 10:47, November 1, 2023
- Grabs); Global Terrestrial Networks for River Discharge (Thomas Maurer); Global Terrestrial Network (GTN) on Permafrost (Jerry Brown); and Global Terrestrial4 KB (645 words) - 08:10, July 11, 2008
- ) atmospheric composition (air quality) observations such as surface monitoring networks, satellite observations, sondes, ground-based remote sensors,12 KB (1,379 words) - 11:26, June 4, 2008
- relevant proposals are 1) the development of a global database of relevant in-situ ground-based monitoring data, 2) the development of a database of observations16 KB (2,370 words) - 21:39, January 6, 2008
- -Funding issue (to provide) -PHaiRS Global surface AQ data for model verification & forecasting -Lots of networks there, but not connected -Define dist12 KB (1,922 words) - 15:22, July 30, 2007
- NASA ROSES08: Regulatory AQ Applications Proposal- Technical Approach (section Network for Event Decision Support (NEDS))accessed from a network of providers. Similarly, the collaborating analysts will form a network. Loosely coupled connections to a network of data providers47 KB (7,201 words) - 12:06, August 12, 2008
- atmospheric chemistry); observational data (surface, soundings, satellite), trajectory data etc. The NetCDF (network Common Data Form) is used to store and26 KB (3,564 words) - 13:24, October 5, 2011
- data from NASA, network data such as the National Lightning Detection Network (NLDN; http://thunder.msfc.nasa.gov/data/), meteorological data from NOAA11 KB (1,465 words) - 06:42, July 28, 2012
- Partnership Applications Archive (section Global Research Network Operations Center (GRNOC) at Indiana University- ESIP-II (primarily research))AlertWildfire digital network and the Nevada Climate- ecohydrology Assessment Network, both of which operate real-time hazards and climate monitoring stations for104 KB (12,153 words) - 07:38, May 1, 2024
- Protection Agency (EPA), European Monitoring and Evaluation Programme (EMEP), and Air Pollution Information Network Africa (APINA). The selection of journal17 KB (2,619 words) - 14:31, October 1, 2009
- Interoperability and Technology/Past Tech Dive Webinar Series (section 10 June 2021: "USGS Hydro Network Linked Data Index Tools”)They will present on the Hydro Network Linked Data Index and a variety of client tools that work with it. The Hydro Network-Linked Data Index (NLDI) is a100 KB (11,694 words) - 11:07, March 14, 2023