Transcript 100615_HTAP_Brussels - Capita

REASoN Project to link NASA's data, modeling and systems to users in research, education and applications
Application of NASA ESE Data and Tools
to
Air Quality Management
Stefan Falke and Rudolf Husar (Co-PIs)
Washington University in St. Louis
Project Period: Nov 04 – Oct 09
NASA Applied Sciences Program Air Quality Team Meeting
October 27-29, Washington, DC
Project “Phases”
• Technology Development (2002-2006)
– DataFed development
– Architecture development
– Use of web technologies to build online tools for air
quality data analysis and decision making
• Technology Application (2005-2009)
– DataFed Workshops (EPA, Regions, States)
– Technology Infusion – Data Interoperability
– Community building, ESIP, GEOSS
DataFed
Federated Data System for Distributed Data
Design Concept
DataFed in Use: 2002 Quebec Smoke Event
Standards-Based Service Protocol
OGS Standards, WCS, WMS
Airnow DataSpace
Dataset Description
Dataset Discussion
EPA Application: Exceptional Event Analysis
The event not reasonably controllable/ preventable
Show that the cause is in category of uncontrollable/preventable
Transported Pollution
Natural Events
Human Activities
Transported African, Asian
Dust; Smoke from Mexican
fires & Mining dust, Ag.
Emissions
Nat. Disasters.; High Wind
Events; Wildland Fires;
Stratospheric Ozone;
Prescribed Fires
Chemical Spills; Industrial
Accidents; July 4th; Structural
Fires; Terrorist Attack
Near-Real-Time Data for May 11, 07 GA Smoke
Displayed on DataFed Analysts Console
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Pane 1,2: MODIS visible satellite images – smoke pattern
Pane 3,4: AirNOW PM2.5, Surf. Visibility – PM surface conc.
Pane 5,6: AirNOW Ozone, Surf. Wind – Ozone, transport pattern
Pane 7,8: OMI satellite Total, Tropospheric NO2 – NO2 column conc.
Pane 9,10: OMI satellite Aerosol Index, Fire P-xels – Smoke, Fire
Pane 11,12: GOCART, NAAPS Models of smoke – Smoke forecast
Console Links
May 07, 2007,
May 08, 2007
May 09, 2007
May 10, 2007
May 11, 2007
May 12, 2007
May 13, 2007
May 14, 2007
May 15, 2007
The Exceedance would not Occur, But For the
Exceptional Event
May 5,
2007
DataFed Application/Tech Infusion:
Hemispheric Transport of Air Pollutants (HTAP)
HTAP Data Network
Federation of Earth Science Information Partners (ESIP)
REASoN program included requirement for at least 0.25 FTE participate in activities like ESIP
and the NASA Earth Science Data Systems Work Group (ESDSWG)
An air quality focus group met during the 2005 ESIP Winter Meeting to discuss how ESIP might
play a role in advancing the use of earth science data in air quality management. Interest is high
within ESIP and air quality is recommended as a new ESIP Air Quality “Cluster”
data
brings together
groups and helps
build links among
them in order to
achieve an effective
use of data in
decision-making that
could not be
achieved by any
organization acting
on its own.
tools,methods,services
users
a)
data
tools,methods,services
b)
c)
..
.
users
aids in reuse of
data, processing
tools and other
services so that
projects, programs
and agencies avoid
the end-to-end
burden of developing
those capabilities or
having to create the
connections
themselves.
ESIP Air Quality Cluster / Workgroup Timeline
“Organic Growth and Evolution”
Jan 2005 ESIP AQ Cluster initiated
Mar 2005 ESIP AQ Cluster “straw man” created
AQ Workgroup Workspace (wiki)
Spring 2005 “straw man” promotion tour to NASA, EPA
Jun 2005 ESIP summer meeting – “straw man” refined
Jan 2006 ESIP winter meeting – wiki created
Jul 2006 ESIP summer meeting – project info exchange
Jan 2007 ESIP winter meeting – project info exchange
Jul 2007 ESIP summer meeting – group desire to create
interoperable AQ community network
Aug 2007 Cluster telecons started
Nov 2007 ESIP-EPA-NASA NOx Workshop
Jan 2008 ESIP winter meeting
Feb 2008 Support to EPA Data Summit
Apr 2008 EPA Community AQ Data System on ESIP wiki
and archive…
May 2008 AQ Scenario for GEOSS AIP
Sep2008-May2009 GEOSS Arch. Implementation Pilot
Oct 2008 Becomes the ESIP AQ Workgroup
http://wiki.esipfed.org/index.php/Air_Quality_Cluster
Jan 2009 ESIP winter meeting
Jun 2009 Coordinated GEO Decision Support Proposal (with India)
Jul 2009 ESIP summer meeting – “The Santa Barbara AQ meeting”
Jul 2009 Movement toward GEOSS CoP
Nov 2009 GEO-VI AQ side meeting
Jan 2010 ESIP winter meeting (Washington, DC)
GEOSS – The Vision
Service Orientation
GEOSS
Clearinghouse
Interoperability Stack
People-People
Extended Structured Metadata
ISO 19115
Find
Publish
Bind
Provider
User
Core Discovery Metadata/
Machine
Metadata
OGC W*S Capabilities
Refined Search for AQ Data in uFIND
GEOSS
Clearinghouse
AQ Community Portal
Coarse Filter
Refined Search
Provider
Community
Portal
AQ uFIND
GEOSS AQ Community Catalog
uFIND
GEOSS
Air Quality Community of Practice
(GEO CoP)
GEO Perspective:
• Need conduit for communication with the AQ community
Practitioner Perspective:
• Forum for sharing experiences, information…..++
CoP Motto (by RBH): Connect and Enable
(Divide and Conquer)
How you can contribute and benefit
Community Building
•
•
•
Share your interests and project contributions (like this meeting)
Use ESIP for advancing your project objectives (e.g., ‘built-in’ testers, users…)
Help define the GEOSS GCI and/or Community of Practice
Enhance the Information Infrastructure
•
•
•
•
•
Become a ‘node’ on the air quality interoperability network
Learn best practices in implementing standards for sharing your project data and tools
Participate in (and influence) the GEOSS Architecture Implementation Pilot
Use the AQ Community Information Architecture (register your services in GEOSS, find
information resources useful for your project)
Participate in the development of air quality information networks
Collaborate on AQ Science and Research Projects
Interested in participating and building GEOSS?
Want to Help Building
GEOSS?
Have AQ Info
Need?
Have Data or
Model
Participate in the AQ
Community of
Practice
Make your need be
known to CoP
Register them in
the GEOSS
Catalog