Difference between revisions of "EPA Air Quality Data Systems and GEOSS Architecture"

From Earth Science Information Partners (ESIP)
Line 1: Line 1:
 
A significant challenge of the highly distributed GEOSS is that so many things are happening at so many places with such a variety of participants that it is difficult to keep track of the diverse and distributed activities. The purpose of this note is to make visible one set of GEOSS technical activities pertaining interoperability of air quality data systems using OGC data access standards.
 
A significant challenge of the highly distributed GEOSS is that so many things are happening at so many places with such a variety of participants that it is difficult to keep track of the diverse and distributed activities. The purpose of this note is to make visible one set of GEOSS technical activities pertaining interoperability of air quality data systems using OGC data access standards.
 +
  
 
In 2006-7, the IEEE, OGC and other participating organizations in GEO have sponsored a series of workshops entitled "[http://www.ogcnetwork.net/GEOSSdemos The User and the GEOSS Architecture]", each workshop having a region-specific theme, e.g.: Tsunami in [http://www.ogcnetwork.net/node/164 Seoul, Korea], Wind Energy in [http://www.ogcnetwork.net/node/138 Beijing, China],  Air Quality in [http://www.ogcnetwork.net/node/137 Denver, Colorado], and Biodiversity in [http://www.ogcnetwork.net/node/265 Barcelona, Spain]. Our group had the privilege of participating/organizing the interoperability demonstrations for the Denver and Barcelona workshops, both related to air quality. For your information below please find links to presentations at the Denver and Barcelona workshops.
 
In 2006-7, the IEEE, OGC and other participating organizations in GEO have sponsored a series of workshops entitled "[http://www.ogcnetwork.net/GEOSSdemos The User and the GEOSS Architecture]", each workshop having a region-specific theme, e.g.: Tsunami in [http://www.ogcnetwork.net/node/164 Seoul, Korea], Wind Energy in [http://www.ogcnetwork.net/node/138 Beijing, China],  Air Quality in [http://www.ogcnetwork.net/node/137 Denver, Colorado], and Biodiversity in [http://www.ogcnetwork.net/node/265 Barcelona, Spain]. Our group had the privilege of participating/organizing the interoperability demonstrations for the Denver and Barcelona workshops, both related to air quality. For your information below please find links to presentations at the Denver and Barcelona workshops.
 +
 +
=== EPA AIP ===
 +
I see that you are on the agenda for the GEOSS Architecture Meeting at Ispra JRC, Italy, and leading the development of an Air Quality Scenario. for GEO Task AR-07-02 "GEOSS Architecture Implementation Pilot (AIP). This is great since air quality indeed offers a terrific "near-term opportunity" to demonstrate the characteristics and benefits of the loosely coupled, service-oriented GEOSS architecture.
 +
 +
A significant challenge of the highly distributed GEOSS is that so many things are happening at so many places with such a variety of participants that it is difficult to keep track of the diverse and distributed activities. The purpose of this note is to make visible one set of GEOSS technical activities pertaining interoperability of air quality data systems using OGC data access standards.
 +
 +
In 2006-7, the IEEE, OGC and other participating organizations in GEO have sponsored a series of workshops entitled "The User and the GEOSS Architecture", each workshop having a region-specific theme, e.g.: Tsunami in Seoul, Korea, Wind Energy in Beijing, China,  Air Quality in Denver, Colorado, and Biodiversity in Barcelona, Spain. Our group had the privilege of participating/organizing the interoperability demonstrations for the Denver and Barcelona workshops, both related to air quality. For your information below please find links to presentations at the Denver and Barcelona workshops.
 +
 +
A number of activities for the networking of Air Quality information systems are in progress in the context of different programs such as ESIP, Hemispheric Transport of Air Pollutants (HTAP), Exceptional Event Analysis (EE). The content of this note is placed on the ESIP wiki where it can evolve though community contributions. Also, it may serve as a starting point for discussion at the EPA/OAQPS Data Summit regarding the 
 +
 +
 +
 +
  
 
A number of activities for the networking of Air Quality information systems are in progress in the context of different programs such as ESIP, Axceptional Even is still  the on
 
A number of activities for the networking of Air Quality information systems are in progress in the context of different programs such as ESIP, Axceptional Even is still  the on

Revision as of 23:24, January 7, 2008

A significant challenge of the highly distributed GEOSS is that so many things are happening at so many places with such a variety of participants that it is difficult to keep track of the diverse and distributed activities. The purpose of this note is to make visible one set of GEOSS technical activities pertaining interoperability of air quality data systems using OGC data access standards.


In 2006-7, the IEEE, OGC and other participating organizations in GEO have sponsored a series of workshops entitled "The User and the GEOSS Architecture", each workshop having a region-specific theme, e.g.: Tsunami in Seoul, Korea, Wind Energy in Beijing, China, Air Quality in Denver, Colorado, and Biodiversity in Barcelona, Spain. Our group had the privilege of participating/organizing the interoperability demonstrations for the Denver and Barcelona workshops, both related to air quality. For your information below please find links to presentations at the Denver and Barcelona workshops.

EPA AIP

I see that you are on the agenda for the GEOSS Architecture Meeting at Ispra JRC, Italy, and leading the development of an Air Quality Scenario. for GEO Task AR-07-02 "GEOSS Architecture Implementation Pilot (AIP). This is great since air quality indeed offers a terrific "near-term opportunity" to demonstrate the characteristics and benefits of the loosely coupled, service-oriented GEOSS architecture.

A significant challenge of the highly distributed GEOSS is that so many things are happening at so many places with such a variety of participants that it is difficult to keep track of the diverse and distributed activities. The purpose of this note is to make visible one set of GEOSS technical activities pertaining interoperability of air quality data systems using OGC data access standards.

In 2006-7, the IEEE, OGC and other participating organizations in GEO have sponsored a series of workshops entitled "The User and the GEOSS Architecture", each workshop having a region-specific theme, e.g.: Tsunami in Seoul, Korea, Wind Energy in Beijing, China, Air Quality in Denver, Colorado, and Biodiversity in Barcelona, Spain. Our group had the privilege of participating/organizing the interoperability demonstrations for the Denver and Barcelona workshops, both related to air quality. For your information below please find links to presentations at the Denver and Barcelona workshops.

A number of activities for the networking of Air Quality information systems are in progress in the context of different programs such as ESIP, Hemispheric Transport of Air Pollutants (HTAP), Exceptional Event Analysis (EE). The content of this note is placed on the ESIP wiki where it can evolve though community contributions. Also, it may serve as a starting point for discussion at the EPA/OAQPS Data Summit regarding the



A number of activities for the networking of Air Quality information systems are in progress in the context of different programs such as ESIP, Axceptional Even is still the on

Since July 77 the Barcelona GEOSS workshop, the collaborating technical community has continued:

  • Adding nodes to the air quality data network
  • Improving the robustness and the semantic richness of the connections
  • Contributing to the development of interoperability standards
  • Applying the existing network to support air quality management and policy (Exceptional Event Analysis; Hemispheric Transport)

In spite of this technical progress, we are still a ways to go before we have a robust... air quality network.

2007-07-22 Barcelona GEOSS Demo

2006-07-30 Denver GEOSS Demo

Presentation PPT Screencast
Architecture and Technologies for an Agile, User-Oriented Air Quality Data System ppt  
Air Quality Background   800/1200
Information Architecture   800/1200
Use Case 1: Canadian Smoke Event ppt 800/1200
Use Case 2: AeroCom Model-Data Comparison ppt 800/1200


Related Links