Difference between revisions of "Air Quality Implementation Sandbox"
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* Wish List | * Wish List | ||
** Spatial-temporal processing service suite (something like GRASS for SOA - GMU has SOAP interfaces to GRASS, maybe we can try those?) | ** Spatial-temporal processing service suite (something like GRASS for SOA - GMU has SOAP interfaces to GRASS, maybe we can try those?) | ||
| − | *** '''Example:''' ''Extract grid values at a set of point locations.'' GRASS function is [http://grass.itc.it/grass63/manuals/html63_user/v.what.rast.html v.what.raster]. GMU's SOAP interface is described on [http://geobrain.laits.gmu.edu:8099/webservices/grass/Grass_Webservices.html their site] and as part of a [http://gsa.confex.com/gsa/2007GE/finalprogram/abstract_122248.htm conference abstract]. | + | *** '''Example:''' ''Extract grid values at a set of point locations.'' GRASS function is [http://grass.itc.it/grass63/manuals/html63_user/v.what.rast.html v.what.raster]. GMU's SOAP interface is described on [http://geobrain.laits.gmu.edu:8099/webservices/grass/Grass_Webservices.html their site] and as part of a [http://gsa.confex.com/gsa/2007GE/finalprogram/abstract_122248.htm conference abstract]. Such a web service has multiple uses for air quality applications including: |
| − | ****Comparing fire | + | ****Comparing fire occurrence locations derived from surface or satellite data with thermal imagery from another satellite |
****Extracting land cover type for fire locations | ****Extracting land cover type for fire locations | ||
****Comparing measured surface particulate matter concentrations with estimated concentrations from air pollution or smoke forecast models | ****Comparing measured surface particulate matter concentrations with estimated concentrations from air pollution or smoke forecast models | ||
****Comparing measured surface air pollutant concentrations with satellite derived indicators (e.g., AOT, NO2 column) | ****Comparing measured surface air pollutant concentrations with satellite derived indicators (e.g., AOT, NO2 column) | ||
** Spatial reprojection service for data arrays (reprojections services I've found operate only on GeoTiffs) | ** Spatial reprojection service for data arrays (reprojections services I've found operate only on GeoTiffs) | ||
Latest revision as of 05:26, December 20, 2007
Use Case 1: SolutionsUseCase_AirQuality-Atmosphere_Smoke_1a
- Detailed Scenario
- see use cases and scenarios on air quality cluster page
- Available Services
- Data access services (WCS) from DataFed
- Emissions WCS services from NEISGEI
- Processing services from DataFed
- Binary Grid Operator
- Point-to-Grid Operator
- Web Applications
- Wish List
- Spatial-temporal processing service suite (something like GRASS for SOA - GMU has SOAP interfaces to GRASS, maybe we can try those?)
- Example: Extract grid values at a set of point locations. GRASS function is v.what.raster. GMU's SOAP interface is described on their site and as part of a conference abstract. Such a web service has multiple uses for air quality applications including:
- Comparing fire occurrence locations derived from surface or satellite data with thermal imagery from another satellite
- Extracting land cover type for fire locations
- Comparing measured surface particulate matter concentrations with estimated concentrations from air pollution or smoke forecast models
- Comparing measured surface air pollutant concentrations with satellite derived indicators (e.g., AOT, NO2 column)
- Example: Extract grid values at a set of point locations. GRASS function is v.what.raster. GMU's SOAP interface is described on their site and as part of a conference abstract. Such a web service has multiple uses for air quality applications including:
- Spatial reprojection service for data arrays (reprojections services I've found operate only on GeoTiffs)
- Spatial-temporal processing service suite (something like GRASS for SOA - GMU has SOAP interfaces to GRASS, maybe we can try those?)
