Difference between revisions of "Data System Connectivity Matrix"
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− | [[Data Summit Workspace| | + | [[Data Summit Workspace|< Back to Data Summit Workspace]] |
− | The connectivity matrix indicates data system connections ranging from downloading data to standards-based interoperability. | + | The connectivity matrix indicates data system connections ranging from downloading data to standards-based interoperability. |
− | The yellow symbols ''' | + | The yellow symbols '''<--''' and '''-->''' indicate one-way connectivity, green '''<-->''' indicates bi-directional connectivity. |
This matrix is '''incomplete''' and in flux as the connections among systems are identified and logged. Please add connections or make corrections. | This matrix is '''incomplete''' and in flux as the connections among systems are identified and logged. Please add connections or make corrections. | ||
+ | <br> <iframe width="1200" scrolling="no" height="520" frameborder="0" src="http://sheet.zoho.com/publish.do?docurl=%2Bn8KSXFD8KOmVwpd%2B4lCZnt0HNO0xJA79IZOfsFa11M%3D&name=utW2RCJYXJyaLt19MRFlDw%3D%3D"></iframe> | ||
− | + | '''To edit''' the matrix, click on the link to '[http://sheet.zoho.com/public.do?docurl=%2Bn8KSXFD8KOmVwpd%2B4lCZnt0HNO0xJA79IZOfsFa11M%3D&name=utW2RCJYXJyaLt19MRFlDw%3D%3D Data System Connectivity Matrix]' above the matrix and then login as aqcluster PW: aqcluster<br> '''NOTE:''' To login, select the 'sign up now' button in the top right. Then type in aqcluster, aqcluster. When the ZoHo applciation loads, select the Data Connectivity Matrix from the list in the left frame.<br> Before editing, make sure that you see a 'Save' button in the toolbar otherwise you won't be able to save your edits. | |
− | |||
− | |||
− | |||
# type in the arrow in the appropriate cell | # type in the arrow in the appropriate cell | ||
# color the cell either yellow or green | # color the cell either yellow or green | ||
# describe the connection in the appropriate section in the lower half of this wiki page | # describe the connection in the appropriate section in the lower half of this wiki page | ||
+ | |||
* Please '''do not copy and paste cells'''. Each cell contains a hyperlink to its corresponding section of the wiki page and then link will be overwritten if content from one cell is pasted to another cell. | * Please '''do not copy and paste cells'''. Each cell contains a hyperlink to its corresponding section of the wiki page and then link will be overwritten if content from one cell is pasted to another cell. | ||
− | ===3D-AQS_-_AQS=== | + | == AQS== |
+ | |||
+ | ===3D-AQS_-_AQS === | ||
===AIRNow_-_AQS=== | ===AIRNow_-_AQS=== | ||
− | ===AirQuest_-_AQS=== | + | ===AirQuest_-_AQS === |
− | ===AQ Modeling_-_AQS=== | + | ===AQ Modeling_-_AQS === |
===CASTNET_-_AQS=== | ===CASTNET_-_AQS=== | ||
− | ===DAACs_-_AQS=== | + | ===DAACs_-_AQS === |
− | ===DataFed_-_AQS=== | + | ===DataFed_-_AQS === |
NEISGEI uses particulate matter and gasous pollutant concentrations from the AQS network in its analysis applications. The AQS data is accessed through the DataFed WCS interface. | NEISGEI uses particulate matter and gasous pollutant concentrations from the AQS network in its analysis applications. The AQS data is accessed through the DataFed WCS interface. | ||
− | |||
===EMF&NEI_-_AQS=== | ===EMF&NEI_-_AQS=== | ||
− | ===ESIP_-_AQS=== | + | ===ESIP_-_AQS === |
===GeoWeb_-_AQS=== | ===GeoWeb_-_AQS=== | ||
− | ===Giovanni_-_AQS=== | + | ===Giovanni_-_AQS === |
− | ===HEI AQDB_-_AQS=== | + | ===HEI AQDB_-_AQS === |
===IDD/LDM_-_AQS=== | ===IDD/LDM_-_AQS=== | ||
− | ===NEISGEI_-_AQS=== | + | ===NEISGEI_-_AQS === |
− | ===NOAA_-_AQS=== | + | ===NOAA_-_AQS === |
− | ===RSIG_-_AQS=== | + | ===RSIG_-_AQS === |
− | ===VIEWS_-_AQS=== | + | ===VIEWS_-_AQS === |
+ | ===NARSTO_-_AQS === | ||
+ | |||
+ | == 3D-AQS== | ||
+ | ===AQS_-_3D-AQS=== | ||
===AIRNow_-_3D-AQS=== | ===AIRNow_-_3D-AQS=== | ||
− | ===AirQuest_-_3D-AQS=== | + | ===AirQuest_-_3D-AQS === |
− | ===AQ Modeling_-_3D-AQS=== | + | ===AQ Modeling_-_3D-AQS === |
===CASTNET_-_3D-AQS=== | ===CASTNET_-_3D-AQS=== | ||
− | ===DAACs_-_3D-AQS=== | + | ===DAACs_-_3D-AQS === |
− | ===DataFed_-_3D-AQS=== | + | ===DataFed_-_3D-AQS === |
===EMF&NEI_-_3D-AQS=== | ===EMF&NEI_-_3D-AQS=== | ||
− | ===ESIP_-_3D-AQS=== | + | ===ESIP_-_3D-AQS === |
===GeoWeb_-_3D-AQS=== | ===GeoWeb_-_3D-AQS=== | ||
− | ===Giovanni_-_3D-AQS=== | + | ===Giovanni_-_3D-AQS === |
− | ===HEI AQDB_-_3D-AQS=== | + | ===HEI AQDB_-_3D-AQS === |
===IDD/LDM_-_3D-AQS=== | ===IDD/LDM_-_3D-AQS=== | ||
− | ===NEISGEI_-_3D-AQS=== | + | ===NEISGEI_-_3D-AQS === |
− | * NEISGEI.org reads the RSS feed from Smog Blog | + | * NEISGEI.org reads the RSS feed from Smog Blog |
− | ===NOAA_-_3D-AQS=== | + | ===NOAA_-_3D-AQS === |
− | ===RSIG_-_3D-AQS=== | + | ===RSIG_-_3D-AQS === |
− | ===VIEWS_-_3D-AQS=== | + | ===VIEWS_-_3D-AQS === |
− | ===AirQuest_-_AIRNow=== | + | ===NARSTO_-_3D-AQS === |
− | ===AQ Modeling_-_AIRNow=== | + | |
+ | |||
+ | == AIRNow== | ||
+ | ===AQS_-_AIRNow=== | ||
+ | ===3D-AQS_-_AIRNow=== | ||
+ | ===AirQuest_-_AIRNow === | ||
+ | ===AQ Modeling_-_AIRNow === | ||
===CASTNET_-_AIRNow=== | ===CASTNET_-_AIRNow=== | ||
− | ===DAACs_-_AIRNow=== | + | ===DAACs_-_AIRNow === |
− | ===DataFed_-_AIRNow=== | + | ===DataFed_-_AIRNow === |
===EMF&NEI_-_AIRNow=== | ===EMF&NEI_-_AIRNow=== | ||
− | ===ESIP_-_AIRNow=== | + | ===ESIP_-_AIRNow === |
===GeoWeb_-_AIRNow=== | ===GeoWeb_-_AIRNow=== | ||
− | ===Giovanni_-_AIRNow=== | + | ===Giovanni_-_AIRNow === |
− | ===HEI AQDB_-_AIRNow=== | + | ===HEI AQDB_-_AIRNow === |
===IDD/LDM_-_AIRNow=== | ===IDD/LDM_-_AIRNow=== | ||
− | ===NEISGEI_-_AIRNow=== | + | ===NEISGEI_-_AIRNow === |
NEISGEI uses AIRNOw PM concentration measurements in its analysis applications. The AIRNOw data is accessed through the DataFed WCS interface. | NEISGEI uses AIRNOw PM concentration measurements in its analysis applications. The AIRNOw data is accessed through the DataFed WCS interface. | ||
+ | ===NOAA_-_AIRNow === | ||
+ | ===RSIG_-_AIRNow === | ||
+ | ===VIEWS_-_AIRNow === | ||
+ | ===NARSTO_-_AIRNow === | ||
+ | |||
− | === | + | == AirQuest== |
− | === | + | ===AQS_-_AirQuest=== |
− | === | + | ===3D-AQS_-_AirQuest=== |
− | ===AQ Modeling_-_AirQuest=== | + | ===AIRNow_-_AirQuest=== |
+ | ===AQ Modeling_-_AirQuest === | ||
===CASTNET_-_AirQuest=== | ===CASTNET_-_AirQuest=== | ||
− | ===DAACs_-_AirQuest=== | + | ===DAACs_-_AirQuest === |
− | ===DataFed_-_AirQuest=== | + | ===DataFed_-_AirQuest === |
===EMF&NEI_-_AirQuest=== | ===EMF&NEI_-_AirQuest=== | ||
− | ===ESIP_-_AirQuest=== | + | ===ESIP_-_AirQuest === |
===GeoWeb_-_AirQuest=== | ===GeoWeb_-_AirQuest=== | ||
− | ===Giovanni_-_AirQuest=== | + | ===Giovanni_-_AirQuest === |
− | ===HEI AQDB_-_AirQuest=== | + | ===HEI AQDB_-_AirQuest === |
===IDD/LDM_-_AirQuest=== | ===IDD/LDM_-_AirQuest=== | ||
− | ===NEISGEI_-_AirQuest=== | + | ===NEISGEI_-_AirQuest === |
− | ===NOAA_-_AirQuest=== | + | ===NOAA_-_AirQuest === |
− | ===RSIG_-_AirQuest=== | + | ===RSIG_-_AirQuest === |
− | ===VIEWS_-_AirQuest=== | + | ===VIEWS_-_AirQuest === |
+ | ===NARSTO_-_AirQuest === | ||
+ | |||
+ | == AQ Modeling== | ||
+ | ===AQS_-_AQ Modeling=== | ||
+ | ===3D-AQS_-_AQ Modeling=== | ||
+ | ===AIRNow_-_AQ Modeling=== | ||
+ | ===AirQuest_-_AQ Modeling === | ||
===CASTNET_-_AQ Modeling=== | ===CASTNET_-_AQ Modeling=== | ||
− | ===DAACs_-_AQ Modeling=== | + | ===DAACs_-_AQ Modeling === |
− | ===DataFed_-_AQ Modeling=== | + | ===DataFed_-_AQ Modeling === |
===EMF&NEI_-_AQ Modeling=== | ===EMF&NEI_-_AQ Modeling=== | ||
− | ===ESIP_-_AQ Modeling=== | + | ===ESIP_-_AQ Modeling === |
===GeoWeb_-_AQ Modeling=== | ===GeoWeb_-_AQ Modeling=== | ||
− | ===Giovanni_-_AQ Modeling=== | + | ===Giovanni_-_AQ Modeling === |
− | ===HEI AQDB_-_AQ Modeling=== | + | ===HEI AQDB_-_AQ Modeling === |
===IDD/LDM_-_AQ Modeling=== | ===IDD/LDM_-_AQ Modeling=== | ||
− | ===NEISGEI_-_AQ Modeling=== | + | ===NEISGEI_-_AQ Modeling === |
NEISGEI serves soem of the HTAP 2001 model results and is developing prototype model analysis applciations for HTAP and a single day CMAQ run. NEISGEI provides WCS access to the RETRO and EDGAR global emission estimates. Fire emissions model ouput are in the process of being integrated. | NEISGEI serves soem of the HTAP 2001 model results and is developing prototype model analysis applciations for HTAP and a single day CMAQ run. NEISGEI provides WCS access to the RETRO and EDGAR global emission estimates. Fire emissions model ouput are in the process of being integrated. | ||
+ | ===NOAA_-_AQ Modeling === | ||
+ | ===RSIG_-_AQ Modeling === | ||
+ | ===VIEWS_-_AQ Modeling === | ||
+ | ===NARSTO_-_AQ Modeling === | ||
− | === | + | == CASTNET== |
− | === | + | ===AQS_-_CASTNET=== |
− | === | + | ===3D-AQS_-_CASTNET=== |
− | ===DAACs_-_CASTNET=== | + | ===AIRNow_-_CASTNET=== |
− | ===DataFed_-_CASTNET=== | + | ===AirQuest_-_CASTNET === |
+ | ===AQ Modeling_-_CASTNET === | ||
+ | ===DAACs_-_CASTNET === | ||
+ | ===DataFed_-_CASTNET === | ||
===EMF&NEI_-_CASTNET=== | ===EMF&NEI_-_CASTNET=== | ||
− | ===ESIP_-_CASTNET=== | + | ===ESIP_-_CASTNET === |
===GeoWeb_-_CASTNET=== | ===GeoWeb_-_CASTNET=== | ||
− | ===Giovanni_-_CASTNET=== | + | ===Giovanni_-_CASTNET === |
− | ===HEI AQDB_-_CASTNET=== | + | ===HEI AQDB_-_CASTNET === |
===IDD/LDM_-_CASTNET=== | ===IDD/LDM_-_CASTNET=== | ||
− | ===NEISGEI_-_CASTNET=== | + | ===NEISGEI_-_CASTNET === |
− | ===NOAA_-_CASTNET=== | + | ===NOAA_-_CASTNET === |
− | ===RSIG_-_CASTNET=== | + | ===RSIG_-_CASTNET === |
− | ===VIEWS_-_CASTNET=== | + | ===VIEWS_-_CASTNET === |
− | ===DataFed_-_DAACs=== | + | ===NARSTO_-_CASTNET === |
+ | |||
+ | == DAACs== | ||
+ | ===AQS_-_DAACs=== | ||
+ | ===3D-AQS_-_DAACs=== | ||
+ | ===AIRNow_-_DAACs=== | ||
+ | ===AirQuest_-_DAACs === | ||
+ | ===AQ Modeling_-_DAACs === | ||
+ | ===CASTNET_-_DAACs=== | ||
+ | ===DataFed_-_DAACs === | ||
===EMF&NEI_-_DAACs=== | ===EMF&NEI_-_DAACs=== | ||
− | ===ESIP_-_DAACs=== | + | ===ESIP_-_DAACs === |
===GeoWeb_-_DAACs=== | ===GeoWeb_-_DAACs=== | ||
− | ===Giovanni_-_DAACs=== | + | ===Giovanni_-_DAACs === |
− | ===HEI AQDB_-_DAACs=== | + | ===HEI AQDB_-_DAACs === |
===IDD/LDM_-_DAACs=== | ===IDD/LDM_-_DAACs=== | ||
− | ===NEISGEI_-_DAACs=== | + | ===NEISGEI_-_DAACs === |
NEISGEI accesses NASA MODIS fire products through the NASA DAACs for use in analysis applications | NEISGEI accesses NASA MODIS fire products through the NASA DAACs for use in analysis applications | ||
+ | ===NOAA_-_DAACs === | ||
+ | ===RSIG_-_DAACs === | ||
+ | ===VIEWS_-_DAACs === | ||
+ | ===NARSTO_-_DAACs === | ||
+ | |||
− | === | + | == DataFed== |
− | === | + | ===AQS_-_DataFed=== |
− | === | + | ===3D-AQS_-_DataFed=== |
+ | ===AIRNow_-_DataFed=== | ||
+ | ===AirQuest_-_DataFed === | ||
+ | ===AQ Modeling_-_DataFed === | ||
+ | ===CASTNET_-_DataFed=== | ||
+ | ===DAACs_-_DataFed === | ||
===EMF&NEI_-_DataFed=== | ===EMF&NEI_-_DataFed=== | ||
− | ===ESIP_-_DataFed=== | + | ===ESIP_-_DataFed === |
===GeoWeb_-_DataFed=== | ===GeoWeb_-_DataFed=== | ||
− | ===Giovanni_-_DataFed=== | + | ===Giovanni_-_DataFed === |
− | ===HEI AQDB_-_DataFed=== | + | ===HEI AQDB_-_DataFed === |
===IDD/LDM_-_DataFed=== | ===IDD/LDM_-_DataFed=== | ||
− | ===NEISGEI_-_DataFed=== | + | ===NEISGEI_-_DataFed === |
* NEISGEI uses DataFed to register and serve emissions data through OGC WMS and WCS | * NEISGEI uses DataFed to register and serve emissions data through OGC WMS and WCS | ||
* NEISGEI uses the DataFed service workflow engine to create web applications | * NEISGEI uses the DataFed service workflow engine to create web applications | ||
* NEISGEI uses the DataFed Browser and applications for visualization and analysis | * NEISGEI uses the DataFed Browser and applications for visualization and analysis | ||
* DataFed use WMS and WCS services from NEISGEI | * DataFed use WMS and WCS services from NEISGEI | ||
− | ===NOAA_-_DataFed=== | + | ===NOAA_-_DataFed === |
− | ===RSIG_-_DataFed=== | + | ===RSIG_-_DataFed === |
− | ===VIEWS_-_DataFed=== | + | ===VIEWS_-_DataFed === |
− | === | + | ===NARSTO_-_DataFed === |
− | |||
− | |||
− | |||
− | |||
− | |||
− | |||
− | |||
− | |||
− | |||
− | |||
− | |||
− | |||
− | |||
− | |||
− | has developed metadata translators to create FGDC and SERF | + | == EMF&NEI== |
+ | ===AQS_-_EMF&NEI=== | ||
+ | ===3D-AQS_-_EMF&NEI=== | ||
+ | ===AIRNow_-_EMF&NEI=== | ||
+ | ===AirQuest_-_EMF&NEI === | ||
+ | ===AQ Modeling_-_EMF&NEI === | ||
+ | ===CASTNET_-_EMF&NEI=== | ||
+ | ===DAACs_-_EMF&NEI === | ||
+ | ===DataFed_-_EMF&NEI === | ||
+ | ===ESIP_-_EMF&NEI === | ||
+ | ===GeoWeb_-_EMF&NEI=== | ||
+ | ===Giovanni_-_EMF&NEI === | ||
+ | ===HEI AQDB_-_EMF&NEI === | ||
+ | ===IDD/LDM_-_EMF&NEI=== | ||
+ | ===NEISGEI_-_EMF&NEI === | ||
+ | ===NOAA_-_EMF&NEI === | ||
+ | ===RSIG_-_EMF&NEI === | ||
+ | ===VIEWS_-_EMF&NEI === | ||
+ | ===NARSTO_-_EMF&NEI === | ||
+ | |||
+ | |||
+ | |||
+ | |||
+ | |||
+ | === GeoWeb_-_ESIP === | ||
+ | |||
+ | === Giovanni_-_ESIP === | ||
+ | |||
+ | === HEI AQDB_-_ESIP === | ||
+ | |||
+ | === IDD/LDM_-_ESIP === | ||
+ | |||
+ | === NEISGEI_-_ESIP === | ||
+ | |||
+ | NEISGEI provides DataSpace pages for emissions data and | ||
+ | |||
+ | has developed metadata translators to create FGDC and SERF | ||
metadata records for data catalogs. | metadata records for data catalogs. | ||
− | ===NOAA_-_ESIP=== | + | === NOAA_-_ESIP === |
− | ===RSIG_-_ESIP=== | + | |
− | ===VIEWS_-_ESIP=== | + | === RSIG_-_ESIP === |
− | ===Giovanni_-_GeoWeb=== | + | |
− | ===HEI AQDB_-_GeoWeb=== | + | === VIEWS_-_ESIP === |
− | ===IDD/LDM_-_GeoWeb=== | + | |
− | ===NEISGEI_-_GeoWeb=== | + | === Giovanni_-_GeoWeb === |
− | ===NOAA_-_GeoWeb=== | + | |
− | ===RSIG_-_GeoWeb=== | + | === HEI AQDB_-_GeoWeb === |
− | ===VIEWS_-_GeoWeb=== | + | |
− | ===HEI AQDB_-_Giovanni=== | + | === IDD/LDM_-_GeoWeb === |
− | ===IDD/LDM_-_Giovanni=== | + | |
− | ===NEISGEI_-_Giovanni=== | + | === NEISGEI_-_GeoWeb === |
− | NEISGEI accesses OMI data through the DataFed WCS (which accesses the Giovanni WCS) | + | |
+ | === NOAA_-_GeoWeb === | ||
+ | |||
+ | === RSIG_-_GeoWeb === | ||
+ | |||
+ | === VIEWS_-_GeoWeb === | ||
+ | |||
+ | === HEI AQDB_-_Giovanni === | ||
+ | |||
+ | === IDD/LDM_-_Giovanni === | ||
+ | |||
+ | === NEISGEI_-_Giovanni === | ||
+ | |||
+ | NEISGEI accesses OMI data through the DataFed WCS (which accesses the Giovanni WCS) for use in analysis applications | ||
+ | |||
+ | === NOAA_-_Giovanni === | ||
+ | |||
+ | === RSIG_-_Giovanni === | ||
+ | |||
+ | === VIEWS_-_Giovanni === | ||
+ | |||
+ | === IDD/LDM_-_HEI AQDB === | ||
+ | |||
+ | === NEISGEI_-_HEI AQDB === | ||
+ | |||
+ | === NOAA_-_HEI AQDB === | ||
+ | |||
+ | === RSIG_-_HEI AQDB === | ||
+ | |||
+ | === VIEWS_-_HEI AQDB === | ||
+ | |||
+ | === NEISGEI_-_IDD/LDM === | ||
+ | |||
+ | === NOAA_-_IDD/LDM === | ||
+ | |||
+ | === RSIG_-_IDD/LDM === | ||
+ | |||
+ | === VIEWS_-_IDD/LDM === | ||
+ | |||
+ | === NOAA_-_NEISGEI === | ||
− | |||
− | |||
− | |||
− | |||
− | |||
− | |||
− | |||
− | |||
− | |||
− | |||
− | |||
− | |||
− | |||
NEISGEI uses the NOAA Hazard Mapping System WFS and WMS in its analysis applications. | NEISGEI uses the NOAA Hazard Mapping System WFS and WMS in its analysis applications. | ||
− | ===RSIG_-_NEISGEI=== | + | === RSIG_-_NEISGEI === |
− | ===VIEWS_-_NEISGEI=== | + | |
− | ===RSIG_-_NOAA=== | + | === VIEWS_-_NEISGEI === |
− | ===VIEWS_-_NOAA=== | + | |
− | ===VIEWS_-_RSIG=== | + | === RSIG_-_NOAA === |
− | ===AQS_-_NARSTO=== | + | |
− | ===3D-AQS_-_NARSTO=== | + | === VIEWS_-_NOAA === |
− | ===AIRNow_-_NARSTO=== | + | |
− | ===AirQuest_-_NARSTO=== | + | === VIEWS_-_RSIG === |
− | ===AQ Modeling_-_NARSTO=== | + | |
− | ===CASTNET_-_NARSTO=== | + | === AQS_-_NARSTO === |
− | ===DAACs_-_NARSTO=== | + | |
− | ===DataFed_-_NARSTO=== | + | === 3D-AQS_-_NARSTO === |
− | ===EMF&NEI_-_NARSTO=== | + | |
− | ===ESIP_-_NARSTO=== | + | === AIRNow_-_NARSTO === |
− | ===GeoWeb_-_NARSTO=== | + | |
− | ===Giovanni_-_NARSTO=== | + | === AirQuest_-_NARSTO === |
− | ===HEI AQDB_-_NARSTO=== | + | |
− | ===IDD/LDM_-_NARSTO=== | + | === AQ Modeling_-_NARSTO === |
− | ===NEISGEI_-_NARSTO=== | + | |
− | ===NOAA_-_NARSTO=== | + | === CASTNET_-_NARSTO === |
− | ===RSIG_-_NARSTO=== | + | |
− | ===VIEWS_-_NARSTO=== | + | === DAACs_-_NARSTO === |
+ | |||
+ | === DataFed_-_NARSTO === | ||
+ | |||
+ | === EMF&NEI_-_NARSTO === | ||
+ | |||
+ | === ESIP_-_NARSTO === | ||
+ | |||
+ | === GeoWeb_-_NARSTO === | ||
+ | |||
+ | === Giovanni_-_NARSTO === | ||
+ | |||
+ | === HEI AQDB_-_NARSTO === | ||
+ | |||
+ | === IDD/LDM_-_NARSTO === | ||
+ | |||
+ | === NEISGEI_-_NARSTO === | ||
+ | |||
+ | === NOAA_-_NARSTO === | ||
+ | |||
+ | === RSIG_-_NARSTO === | ||
+ | |||
+ | === VIEWS_-_NARSTO === |
Revision as of 16:57, March 9, 2008
< Back to Data Summit Workspace
The connectivity matrix indicates data system connections ranging from downloading data to standards-based interoperability.
The yellow symbols <-- and --> indicate one-way connectivity, green <--> indicates bi-directional connectivity.
This matrix is incomplete and in flux as the connections among systems are identified and logged. Please add connections or make corrections.
<iframe width="1200" scrolling="no" height="520" frameborder="0" src="http://sheet.zoho.com/publish.do?docurl=%2Bn8KSXFD8KOmVwpd%2B4lCZnt0HNO0xJA79IZOfsFa11M%3D&name=utW2RCJYXJyaLt19MRFlDw%3D%3D"></iframe>
To edit the matrix, click on the link to 'Data System Connectivity Matrix' above the matrix and then login as aqcluster PW: aqcluster
NOTE: To login, select the 'sign up now' button in the top right. Then type in aqcluster, aqcluster. When the ZoHo applciation loads, select the Data Connectivity Matrix from the list in the left frame.
Before editing, make sure that you see a 'Save' button in the toolbar otherwise you won't be able to save your edits.
- type in the arrow in the appropriate cell
- color the cell either yellow or green
- describe the connection in the appropriate section in the lower half of this wiki page
- Please do not copy and paste cells. Each cell contains a hyperlink to its corresponding section of the wiki page and then link will be overwritten if content from one cell is pasted to another cell.
AQS
3D-AQS_-_AQS
AIRNow_-_AQS
AirQuest_-_AQS
AQ Modeling_-_AQS
CASTNET_-_AQS
DAACs_-_AQS
DataFed_-_AQS
NEISGEI uses particulate matter and gasous pollutant concentrations from the AQS network in its analysis applications. The AQS data is accessed through the DataFed WCS interface.
EMF&NEI_-_AQS
ESIP_-_AQS
GeoWeb_-_AQS
Giovanni_-_AQS
HEI AQDB_-_AQS
IDD/LDM_-_AQS
NEISGEI_-_AQS
NOAA_-_AQS
RSIG_-_AQS
VIEWS_-_AQS
NARSTO_-_AQS
3D-AQS
AQS_-_3D-AQS
AIRNow_-_3D-AQS
AirQuest_-_3D-AQS
AQ Modeling_-_3D-AQS
CASTNET_-_3D-AQS
DAACs_-_3D-AQS
DataFed_-_3D-AQS
EMF&NEI_-_3D-AQS
ESIP_-_3D-AQS
GeoWeb_-_3D-AQS
Giovanni_-_3D-AQS
HEI AQDB_-_3D-AQS
IDD/LDM_-_3D-AQS
NEISGEI_-_3D-AQS
- NEISGEI.org reads the RSS feed from Smog Blog
NOAA_-_3D-AQS
RSIG_-_3D-AQS
VIEWS_-_3D-AQS
NARSTO_-_3D-AQS
AIRNow
AQS_-_AIRNow
3D-AQS_-_AIRNow
AirQuest_-_AIRNow
AQ Modeling_-_AIRNow
CASTNET_-_AIRNow
DAACs_-_AIRNow
DataFed_-_AIRNow
EMF&NEI_-_AIRNow
ESIP_-_AIRNow
GeoWeb_-_AIRNow
Giovanni_-_AIRNow
HEI AQDB_-_AIRNow
IDD/LDM_-_AIRNow
NEISGEI_-_AIRNow
NEISGEI uses AIRNOw PM concentration measurements in its analysis applications. The AIRNOw data is accessed through the DataFed WCS interface.
NOAA_-_AIRNow
RSIG_-_AIRNow
VIEWS_-_AIRNow
NARSTO_-_AIRNow
AirQuest
AQS_-_AirQuest
3D-AQS_-_AirQuest
AIRNow_-_AirQuest
AQ Modeling_-_AirQuest
CASTNET_-_AirQuest
DAACs_-_AirQuest
DataFed_-_AirQuest
EMF&NEI_-_AirQuest
ESIP_-_AirQuest
GeoWeb_-_AirQuest
Giovanni_-_AirQuest
HEI AQDB_-_AirQuest
IDD/LDM_-_AirQuest
NEISGEI_-_AirQuest
NOAA_-_AirQuest
RSIG_-_AirQuest
VIEWS_-_AirQuest
NARSTO_-_AirQuest
AQ Modeling
AQS_-_AQ Modeling
3D-AQS_-_AQ Modeling
AIRNow_-_AQ Modeling
AirQuest_-_AQ Modeling
CASTNET_-_AQ Modeling
DAACs_-_AQ Modeling
DataFed_-_AQ Modeling
EMF&NEI_-_AQ Modeling
ESIP_-_AQ Modeling
GeoWeb_-_AQ Modeling
Giovanni_-_AQ Modeling
HEI AQDB_-_AQ Modeling
IDD/LDM_-_AQ Modeling
NEISGEI_-_AQ Modeling
NEISGEI serves soem of the HTAP 2001 model results and is developing prototype model analysis applciations for HTAP and a single day CMAQ run. NEISGEI provides WCS access to the RETRO and EDGAR global emission estimates. Fire emissions model ouput are in the process of being integrated.
NOAA_-_AQ Modeling
RSIG_-_AQ Modeling
VIEWS_-_AQ Modeling
NARSTO_-_AQ Modeling
CASTNET
AQS_-_CASTNET
3D-AQS_-_CASTNET
AIRNow_-_CASTNET
AirQuest_-_CASTNET
AQ Modeling_-_CASTNET
DAACs_-_CASTNET
DataFed_-_CASTNET
EMF&NEI_-_CASTNET
ESIP_-_CASTNET
GeoWeb_-_CASTNET
Giovanni_-_CASTNET
HEI AQDB_-_CASTNET
IDD/LDM_-_CASTNET
NEISGEI_-_CASTNET
NOAA_-_CASTNET
RSIG_-_CASTNET
VIEWS_-_CASTNET
NARSTO_-_CASTNET
DAACs
AQS_-_DAACs
3D-AQS_-_DAACs
AIRNow_-_DAACs
AirQuest_-_DAACs
AQ Modeling_-_DAACs
CASTNET_-_DAACs
DataFed_-_DAACs
EMF&NEI_-_DAACs
ESIP_-_DAACs
GeoWeb_-_DAACs
Giovanni_-_DAACs
HEI AQDB_-_DAACs
IDD/LDM_-_DAACs
NEISGEI_-_DAACs
NEISGEI accesses NASA MODIS fire products through the NASA DAACs for use in analysis applications
NOAA_-_DAACs
RSIG_-_DAACs
VIEWS_-_DAACs
NARSTO_-_DAACs
DataFed
AQS_-_DataFed
3D-AQS_-_DataFed
AIRNow_-_DataFed
AirQuest_-_DataFed
AQ Modeling_-_DataFed
CASTNET_-_DataFed
DAACs_-_DataFed
EMF&NEI_-_DataFed
ESIP_-_DataFed
GeoWeb_-_DataFed
Giovanni_-_DataFed
HEI AQDB_-_DataFed
IDD/LDM_-_DataFed
NEISGEI_-_DataFed
- NEISGEI uses DataFed to register and serve emissions data through OGC WMS and WCS
- NEISGEI uses the DataFed service workflow engine to create web applications
- NEISGEI uses the DataFed Browser and applications for visualization and analysis
- DataFed use WMS and WCS services from NEISGEI
NOAA_-_DataFed
RSIG_-_DataFed
VIEWS_-_DataFed
NARSTO_-_DataFed
EMF&NEI
AQS_-_EMF&NEI
3D-AQS_-_EMF&NEI
AIRNow_-_EMF&NEI
AirQuest_-_EMF&NEI
AQ Modeling_-_EMF&NEI
CASTNET_-_EMF&NEI
DAACs_-_EMF&NEI
DataFed_-_EMF&NEI
ESIP_-_EMF&NEI
GeoWeb_-_EMF&NEI
Giovanni_-_EMF&NEI
HEI AQDB_-_EMF&NEI
IDD/LDM_-_EMF&NEI
NEISGEI_-_EMF&NEI
NOAA_-_EMF&NEI
RSIG_-_EMF&NEI
VIEWS_-_EMF&NEI
NARSTO_-_EMF&NEI
GeoWeb_-_ESIP
Giovanni_-_ESIP
HEI AQDB_-_ESIP
IDD/LDM_-_ESIP
NEISGEI_-_ESIP
NEISGEI provides DataSpace pages for emissions data and
has developed metadata translators to create FGDC and SERF
metadata records for data catalogs.
NOAA_-_ESIP
RSIG_-_ESIP
VIEWS_-_ESIP
Giovanni_-_GeoWeb
HEI AQDB_-_GeoWeb
IDD/LDM_-_GeoWeb
NEISGEI_-_GeoWeb
NOAA_-_GeoWeb
RSIG_-_GeoWeb
VIEWS_-_GeoWeb
HEI AQDB_-_Giovanni
IDD/LDM_-_Giovanni
NEISGEI_-_Giovanni
NEISGEI accesses OMI data through the DataFed WCS (which accesses the Giovanni WCS) for use in analysis applications
NOAA_-_Giovanni
RSIG_-_Giovanni
VIEWS_-_Giovanni
IDD/LDM_-_HEI AQDB
NEISGEI_-_HEI AQDB
NOAA_-_HEI AQDB
RSIG_-_HEI AQDB
VIEWS_-_HEI AQDB
NEISGEI_-_IDD/LDM
NOAA_-_IDD/LDM
RSIG_-_IDD/LDM
VIEWS_-_IDD/LDM
NOAA_-_NEISGEI
NEISGEI uses the NOAA Hazard Mapping System WFS and WMS in its analysis applications.